CN112732280B - Personal habit data management system for computer users - Google Patents
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/61—Installation
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/14—Error detection or correction of the data by redundancy in operation
- G06F11/1402—Saving, restoring, recovering or retrying
- G06F11/1446—Point-in-time backing up or restoration of persistent data
- G06F11/1448—Management of the data involved in backup or backup restore
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/14—Error detection or correction of the data by redundancy in operation
- G06F11/1402—Saving, restoring, recovering or retrying
- G06F11/1446—Point-in-time backing up or restoration of persistent data
- G06F11/1458—Management of the backup or restore process
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/602—Providing cryptographic facilities or services
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44521—Dynamic linking or loading; Link editing at or after load time, e.g. Java class loading
- G06F9/44526—Plug-ins; Add-ons
Abstract
The invention relates to a personal habit big data management system of a computer user, which comprises a user terminal, a big data management module and a big data management module, wherein the user terminal is provided with a data information base, an application information base and an environment information base; the data acquisition subsystem is configured at the user terminal and comprises a data backup module, an environment backup module and a motion capture module; the installed subsystem comprises a data acquisition module, an environment configuration module and an application installation module; the behavior and the requirement of a user during installation are captured by pre-acquiring data information, environment plug-ins and application parameters, so that almost all data can be recovered by one key in the installation process, and the user can complete the migration of the whole content of the computer by one key without additionally performing multiple operations when replacing the computer.
Description
Technical Field
The invention relates to the technical field of computer data, in particular to a personal habit data management system for computer users.
Background
Data backup is the basis of disaster recovery, and refers to a process of copying all or part of a data set from a hard disk or an array of an application host to another storage medium in order to prevent data loss caused by misoperation of a system or system failure. The traditional data backup mainly adopts a built-in or external tape unit for cold backup. However, this method can only prevent human failures such as misoperation, and the recovery time is long. With the continuous development of the technology, the amount of data is increased, and a large number of enterprises begin to adopt network backup. Network backups are typically implemented by specialized data storage management software in conjunction with corresponding hardware and storage devices. However, there is still a large development space for data backup of computers, patent publication No. CN102012826A discloses a method for solving the problem of software binding by matching an installation list to avoid the problem of mistakenly installing software with binding, patent publication No. CN102880935A discloses a method for solving the problem of complex installation process by clustering software installation, but the actual appeal of computer users is still not solved, because of the life span of the computer and the fast update of the computer, if the user needs to replace the computer, all software needs to be reinstalled, although software is installed quickly at present, two problems exist, the first is that data migration cannot be carried out according to personal habits of users, and nonstandard software necessary for the users cannot be installed quickly, so that the users need to install part of software independently; secondly, because the computer software has higher diversity, the user-defined content in the installation process is more, and the operation logics of different installation packages are different, the different types of installation packages cannot be normalized and formatted, so that the user still needs to manually reselect and configure.
Disclosure of Invention
In view of the above, the present invention provides a personal habit data management system for computer users to solve the above problems.
In order to solve the technical problems, the technical scheme of the invention is as follows: a personal habit data management system of computer users comprises a user terminal, a data information base, an application information base and an environment information base, wherein the user terminal is configured with the data information base, the application information base and the environment information base; the computer user personal habit big data management system also comprises a data acquisition subsystem and an installation subsystem; the computer user personal habit big data management system is also provided with an environment reference library, and a plurality of different environment reference plug-ins are prestored in the environment reference library;
the data acquisition subsystem is configured at the user terminal and comprises a data backup module, an environment backup module and a motion capture module;
when the user terminal is configured to be in a backup state, the data acquisition subsystem acquires backup information from the user terminal in real time;
the data backup module comprises a data classification strategy, an encrypted data backup strategy, a first data backup strategy and a second data backup strategy, wherein the data classification strategy is used for classifying data to be backed up into encrypted data, first common data and second common backup data, the encrypted data backup strategy is used for backing up the encrypted data, the encrypted data backup strategy is provided with a first encryption algorithm, the data to be backed up is encrypted through the first encryption algorithm to generate encrypted ciphertext data and a first encryption key, the first encryption key corresponds to the encrypted ciphertext data, and the encrypted ciphertext data is stored to a storage position of the data information base corresponding to the user terminal; the first data backup strategy is used for backing up first common data, and the first data backup strategy stores the first common data to a storage position of the data information base corresponding to the user terminal; the second data backup strategy is configured with a data feature extraction algorithm, data feature information in the second common data is extracted through the data feature extraction algorithm, the data feature information is stored in a storage position of the data information base corresponding to the user terminal, and the data feature information, the first common data and the encrypted ciphertext data are defined as data information;
the environment backup module comprises a first environment backup strategy and a second environment backup strategy, the first environment backup strategy comprises the steps of obtaining local environment information of the user terminal, retrieving the environment reference library according to the local environment information, storing the local environment information to a storage position of the environment information library corresponding to the user terminal if a matched corresponding environment reference plug-in exists in the environment reference library, and generating an environment missing request and storing the environment missing request to the storage position of the environment information library corresponding to the user terminal if the matched environment reference plug-in does not exist in the environment reference library; the second environment backup strategy comprises the steps of obtaining an environment application plug-in installed when the application of the user terminal is installed so as to generate application environment information, searching an environment reference library according to the application environment information, if the environment reference library has a matched corresponding environment reference plug-in, storing the local environment information to a storage position of the environment information library corresponding to the user terminal, if the environment reference library does not have the matched environment reference plug-in, storing the environment application plug-in serving as the environment reference plug-in into the corresponding environment reference library, and simultaneously storing the application environment information to the environment information library;
the action capturing module comprises a configuration acquisition strategy and an action acquisition strategy, the application of the terminal comprises a typed application and a characterized application, the typed application generates installed parameter information according to the selection of a user when installed, and the characterized application does not generate the installed parameter information when installed; when the application is a typed application, executing a configuration acquisition strategy, wherein the configuration acquisition strategy is used for acquiring installed parameter information; when the application is a characterized application, executing an action acquisition strategy, wherein the action acquisition strategy comprises a window positioning step, an action confirmation step and an information generation step, the window positioning step comprises the step of determining an interactive window and an interactive characteristic region in real time in the application installation process, the interactive characteristic comprises an interactive button and an interactive text bar, the action acquisition strategy comprises the step of monitoring the action of the region corresponding to the interactive characteristic in the application installation process and generating operation node information, the information generation step comprises the step of generating installation parameter information according to the generated operation node information when the application installation is finished, and the action capture module stores the installation parameter information to a storage position of an application information base corresponding to the user terminal;
the installed subsystem comprises a data acquisition module, an environment configuration module and an application installation module;
the data acquisition module comprises a decryption installation strategy, a first data installation strategy and a second data installation strategy, the decryption installation strategy is configured with a first decryption algorithm, a new user terminal acquires encrypted ciphertext data from the data information base and decrypts the encrypted ciphertext data through the first decryption algorithm and a first encryption key input by a user to obtain the encrypted data, the first data installation strategy acquires corresponding first common data from the data information base, the second data installation strategy comprises the steps of acquiring data characteristic information from the data information base and acquiring corresponding second common data from an original user terminal according to the acquired data characteristic information;
the application installation module comprises an application screening strategy and an application installation strategy; the application screening strategy comprises determining an application installation package from the encrypted ciphertext data, the first common data and the second common data, and the application installation strategy comprises obtaining installation parameter information of the application installation package from an application information base and installing the application installation package according to preset installation steps and the installation parameter information;
the environment configuration module comprises an environment obtaining step, a local environment information corresponding to the user terminal in the environment information base is obtained, a corresponding environment reference plug-in is obtained from the environment reference base according to the obtained local environment information, and the local environment is configured according to the environment reference plug-in and the local environment information.
Further: the computer user personal habit big data management system is configured with a data association strategy, the data association strategy is used for associating data information, application environment information and installed parameter information of the same user terminal, the computer user personal habit big data management system is configured with a response number association database, a ring response association database and a ring number association database, the response number association database stores a plurality of application characteristics, the application characteristics take the data characteristics as indexes, the ring response association database stores a plurality of environment characteristics, the environment characteristics take the application characteristics as indexes, the ring number association database stores a plurality of environment characteristics, and the environment characteristics take the data characteristics as indexes;
the installed subsystem further comprises a data extraction strategy and an application extraction strategy, wherein the data extraction strategy comprises the steps of extracting first data characteristics according to the data information and respectively screening the corresponding first application characteristics and the corresponding first environment characteristics from the corresponding number association database and the ring number association database according to the first data characteristics; the application extraction strategy comprises extracting a second application characteristic according to the installed parameter information, and screening the corresponding second environment characteristic from the environment correlation database according to the second application characteristic;
the installation subsystem executes installation by the following steps:
step A1, controlling the environment configuration module to work according to the first environment characteristic, the second environment characteristic and the application environment information of the user terminal;
step A2, controlling the data acquisition module to work according to the data information of the user terminal;
step A3, downloading a corresponding application installation package according to the first application characteristic of the user terminal;
and step A4, controlling the application installation module to work according to the application installation package of the user terminal.
Further: and the installed subsystem is provided with a data verification module, and when the data information is installed, the data verification module runs corresponding data information to verify the installed data information.
Further: and the installation subsystem is configured with an application verification module, and after the installation of the application installation package is completed, the application verification module runs the corresponding application to verify the installed application installation package.
Further: in the second data installation strategy, the new user terminal is connected with the original user terminal through a USB interface, and second common data is obtained from the original user terminal from the USB interface.
Further: and the environment reference library is connected with an external environment plug-in database, and acquires environment data from the external environment plug-in database according to the environment missing request.
Further: and when the action in the action acquisition strategy is input text information, generating operation node information according to the text information and the corresponding interactive characteristics.
Further: and when the action in the action acquisition strategy is a button selection, generating operation node information according to the button and the corresponding interactive characteristics.
Further: the application installation module also comprises a step of executing pre-configuration when the installed parameter information is not matched with the application installation package, wherein the step of pre-configuration comprises the steps of outputting an interactive window which is correspondingly not matched, and acquiring the operation of a user to update the installed parameter information.
Further: the pre-configuration step further comprises the steps of obtaining the interactive features corresponding to the unmatched interactive windows, and integrating the same interactive features to output a new interactive window.
The technical effects of the invention are mainly reflected in the following aspects: through the setting, behaviors and requirements of a user during installation are captured by pre-acquiring data information, environment plug-ins and application parameters, so that almost all data can be recovered by one key in the installation process, and the user can complete the migration of the whole content of the computer by one key without additionally performing multiple operations when replacing the computer.
Drawings
FIG. 1: the invention discloses a system architecture schematic diagram of a personal habit data management system of a computer user;
FIG. 2: the invention discloses a data acquisition subsystem schematic diagram of a personal habit data management system of a computer user;
FIG. 3: the invention discloses an installation subsystem schematic diagram of a personal habit data management system of a computer user.
Reference numerals: 100. a user terminal; 101. a database of data information; 102. an application information base; 103. an environmental information base; 104. an environmental reference library; 111. a response correlation database; 112. the ring should be associated with a database; 113. a ring number association database; 200. a data acquisition subsystem; 210. a data backup module; 220. an environment backup module; 230. a motion capture module; 300. installing a subsystem; 310. a data acquisition module; 320. an environment configuration module; 330. an application installation module; 340. a data verification module; 350. and applying a verification module.
Detailed Description
The following detailed description of the embodiments of the present invention is provided in order to make the technical solution of the present invention easier to understand and understand.
A computer user personal habit data management system comprises a user terminal 100, wherein the user terminal 100 can be understood as a computer used by a user, and the system can be networked with any user terminal 100 through a network, upload and download information bases and data in the data bases, and is provided with a data information base 101, an application information base 102 and an environment information base 103; the data information base 101 is used for storing data, the data includes application software of a user, an installation package, generated history data, cache data and data stored on a computer by the user, the application information base 102 stores an application name and data corresponding to selection and configuration of the user, the data are not necessarily stored in the database, so that a corresponding information base needs to be separately set for storage, the environment information base 103 is used for storing data corresponding to an environment plug-in necessary by the user, the data are not necessarily directly stored in the user terminal 100, so that an information base needs to be established for storage, and the establishment of an independent information base has the following two advantages: 1. storage redundancy can be generated, and the same or similar data can be stored and stored through a simplified algorithm; 2. missing data can be expanded through an external database, the expandability of the whole system is improved, for example, if part of environmental data and application operation data is missing, because the data appears in more than one terminal, missing data compensation can be carried out on the information base according to the data of different terminals, and the personal habit big data management system of a computer user further comprises a data acquisition subsystem 200 and an installation subsystem 300; the computer user personal habit big data management system is also provided with an environment reference library 104, and a plurality of different environment reference plug-ins are stored in the environment reference library 104 in advance; the environment reference library 104 is used for pre-storing all the environment plug-ins which can be acquired through the environment reference library 104 because the requirements of different terminals for application and data of computer environment configuration are possibly consistent, so that the information complexity of the environment information library 103 is reduced, the efficiency of the environment information library 103 during interaction is higher, and meanwhile, the editability and the expansibility of the environment information library 103 are improved. The environment reference library 104 is connected to an external environment plug-in database, and the environment reference library 104 acquires environment data from the external environment plug-in database according to the environment missing request. If true, it can be obtained from the outside in a timely manner. The integrity and the reliability of the whole database are improved, and the acquisition mode can be that the keyword is automatically acquired through retrieval or that the keyword is downloaded by professional operators.
The first core part of the present invention is a data acquisition subsystem 200, wherein the data acquisition subsystem 200 is configured in the user terminal 100 and includes a data backup module 210, an environment backup module 220, and a motion capture module 230;
when the user terminal 100 is configured in the backup state, the data acquiring subsystem 200 acquires backup information from the user terminal 100 in real time; it should be noted that, the data obtaining subsystem 200 of the present invention is implemented by identifying a user operation interface and intercepting log information generated during software operation or intercepting output information generated by a system, so that obtaining can be performed only after user permission, specifically, the user changes the state of the computer from a use state to a backup state, and the data obtaining subsystem 200 works to obtain data.
The data backup module 210 includes a data classification policy, an encrypted data backup policy, a first data backup policy, and a second data backup policy, where the data classification policy is used to classify data to be backed up into encrypted data, first normal data, and second normal backup data, the encrypted data backup policy is used to backup the encrypted data, the encrypted data backup policy configures a first encryption algorithm, encrypts the data to be backed up through the first encryption algorithm, and generates encrypted ciphertext data and a first encryption key, the first encryption key corresponds to the encrypted ciphertext data, and stores the encrypted ciphertext data in a storage location of the data information base 101 corresponding to the user terminal 100; the first data backup strategy is used for backing up first common data, and the first data backup strategy stores the first common data to a storage position of the data information base 101 corresponding to the user terminal 100; the second data backup strategy is configured with a data feature extraction algorithm, data feature information in the second common data is extracted through the data feature extraction algorithm, and the data feature information is stored in a storage position of the data information base 101 corresponding to the user terminal 100, wherein the data feature information, the first common data and the encrypted ciphertext data are defined as data information; the data is classified according to the data type, the data which needs to be encrypted firstly is encrypted through an encryption algorithm, the encrypted data is uploaded, the purpose of compressing the data can be achieved, the first encryption key is output to a user in a short message or mail mode, and the user can store the data when the data is newly installed, the data feature extraction algorithm is based on keyword extraction, and takes the data as the standard for uniquely determining, for example, extracting information such as file names or storage positions or contents of the data, uploading the information, and taking the data feature information as the basis for retrieving the corresponding second common data. Where no expansion is done first.
The environment backup module 220 includes a first environment backup strategy and a second environment backup strategy, the first environment backup strategy includes obtaining local environment information of the user terminal 100, retrieving the environment reference library 104 according to the local environment information, if a matched corresponding environment reference plug-in exists in the environment reference library 104, storing the local environment information to a storage location of the environment information library 103 corresponding to the user terminal 100, and if no matched environment reference plug-in exists in the environment reference library 104, generating an environment missing request and storing the environment missing request to a storage location of the environment information library 103 corresponding to the user terminal 100; the second environment backup strategy comprises the steps of acquiring an environment application plug-in installed when the application of the user terminal 100 is installed to generate application environment information, retrieving an environment reference library 104 according to the application environment information, if a matched corresponding environment reference plug-in exists in the environment reference library 104, storing the local environment information to a storage position of an environment information library 103 corresponding to the user terminal 100, if the matched environment reference plug-in does not exist in the environment reference library 104, storing the environment application plug-in serving as the environment reference plug-in into the corresponding environment reference library 104, and simultaneously storing the application environment information to the environment information library 103; firstly, the purpose of the environment backup strategy is to backup the environment, because the environment data is not completely and fixedly stored and comprises two parts of the environment plug-in and the environment configuration, and the environment configuration and the environment plug-in have a correlation, the environment configuration and the index of the environment plug-in are used as the application environment information in the scheme, the environment plug-in is stored in the environment reference library 104, and the environment plug-in can be downloaded by calling the corresponding information from the environment reference library 104.
The motion capture module 230 includes a configuration acquisition strategy and a motion acquisition strategy, the terminal application includes a typed application and a characterized application, the typed application generates installation parameter information according to user selection when installed, and the characterized application does not generate installation parameter information when installed; when the application is a typed application, executing a configuration acquisition strategy, wherein the configuration acquisition strategy is used for acquiring installed parameter information; when the application is a characterized application, executing an action acquisition strategy, wherein the action acquisition strategy comprises a window positioning step, an action confirmation step and an information generation step, the window positioning step comprises the step of determining an interactive window and an interactive feature area in real time in the application installation process, the interactive feature comprises an interactive button and an interactive text bar, the action acquisition strategy comprises the step of monitoring the action of the area corresponding to the interactive feature in the application installation process and generating operation node information, the information generation step comprises the step of generating installation parameter information according to the generated operation node information when the application installation is finished, and the action capture module 230 stores the installation parameter information to a storage position of the application information base 102 corresponding to the user terminal 100; and when the action in the action acquisition strategy is input text information, generating operation node information according to the text information and the corresponding interactive characteristics. And when the action in the action acquisition strategy is a button selection, generating operation node information according to the button and the corresponding interactive characteristics. The motion capture module 230 is mainly set for application installation, and as a great number of personalized options are generated in the application installation process, and the personalized options can cause that a more convenient installation effect is difficult to achieve when a new machine is installed, the selection is firstly performed according to the application, if installation parameter information can be automatically output, the installation parameter information can be directly obtained and stored, and installation parameter information cannot be generated when the application is installed by a specific application, so that interactive features and corresponding installation actions need to be obtained in an image positioning mode, and installation parameter information is generated according to the interactive features and the interactive actions, so that installation habits and installation requirements of a user on the application are obtained, and one-key installation is facilitated.
The installed subsystem 300 comprises a data acquisition module 310, an environment configuration module 320 and an application installation module 330; another aspect of the present invention relates to the installed logic, and the user is very troublesome for a new computer if the data, environment, and application need to be configured one by one, and is the reason why the user is not willing to change the computer.
The data obtaining module 310 includes a decryption installation policy, a first data installation policy, and a second data installation policy, where the decryption installation policy configures a first decryption algorithm, the new user terminal 100 obtains encrypted ciphertext data from the data information base 101, and decrypts the encrypted ciphertext data through the first decryption algorithm and a first encryption key input by a user to obtain the encrypted data, the first data installation policy obtains corresponding first common data from the data information base 101, and the second data installation policy includes obtaining data feature information from the data information base 101, and obtaining corresponding second common data from the original user terminal 100 according to the obtained data feature information; in the second data installation policy, the new user terminal 100 and the original user terminal 100 are connected through the USB interface, and second common data is obtained from the original user terminal 100 from the USB interface. The decryption installation strategy firstly needs to decrypt and install the original data, corresponding to the encryption strategy setting, which is not described herein, and it needs to be explained that there are two acquisition modes of the second common data, the first is a mode of direct transmission through an original machine, because the data characteristic information can be directly obtained from the original terminal, and the second is a mode of obtaining and downloading data from the network according to the data characteristic information.
The application installation module 330 includes an application screening policy and an application installation policy; the application screening strategy comprises determining an application installation package from the encrypted ciphertext data, the first common data and the second common data, and the application installation strategy comprises obtaining installation parameter information of the application installation package from the application information base 102 and installing the application installation package according to preset installation steps and the installation parameter information; the application installation module 330 further performs a pre-configuration step when the installed parameter information is not matched with the application installation package, where the pre-configuration step includes outputting an interactive window corresponding to the mismatch, and obtaining a user operation to update the installed parameter information. The pre-configuration step further comprises the steps of obtaining the interactive features corresponding to the unmatched interactive windows, and integrating the same interactive features to output a new interactive window. The application installation module 330 needs to determine an installation package first, so that application installation tends to be before installation parameter information, after the application installation package is obtained, corresponding installation parameter information can be determined according to the information of the application installation package, and then installation application is installed according to installation interaction information.
The environment configuration module 320 includes an environment obtaining step of obtaining local environment information corresponding to the user terminal 100 in the environment information base 103, obtaining a corresponding environment reference plug-in from the environment reference base 104 according to the obtained local environment information, and configuring a local environment according to the environment reference plug-in and the local environment information. The environment configuration step configures an environment according to the local environment information, and downloads and installs an environment reference plug-in.
Since the problem of the installation sequence is involved during installation, but the data priority is generally the data priority, but the data priority is not favorable for checking the installation result, the computer user personal habit big data management system is configured with a data association policy, the data association policy is used for associating data information, application environment information and installation parameter information of the same user terminal 100, the computer user personal habit big data management system is configured with a response number association database 111, a ring response association database 112 and a ring number association database 113, the response number association database 111 stores a plurality of application characteristics, the application characteristics take the data characteristics as indexes, the ring response association database 112 stores a plurality of environment characteristics, the environment characteristics take the application characteristics as indexes, the ring number association database 113 stores a plurality of environment characteristics, the environmental characteristics are indexed by data characteristics; because the data can be checked only by depending on the application and the environment, and the application can be checked only by depending on the environment, the invention establishes three background databases, can acquire the association requirements of the data and the application under the user terminal 100 through the association database, and can determine and configure the application according to the association requirements, so that the logical installation sequence at least can ensure that the application and the data can be operated, and can directly perform task management and check installation results during installation.
The installed subsystem 300 further comprises a data extraction strategy and an application extraction strategy, wherein the data extraction strategy comprises extracting a first data characteristic according to the data information, and respectively screening the corresponding first application characteristic and a first environment characteristic from the corresponding number association database 111 and the ring number association database 113 according to the first data characteristic; the application extraction strategy comprises extracting a second application characteristic according to the installed parameter information, and screening from the corresponding association database 112 according to the second application characteristic to obtain a corresponding second environment characteristic;
the installation subsystem 300 performs installation by the following steps:
step a1, controlling the environment configuration module 320 to work according to the first environment characteristic, the second environment characteristic and the application environment information of the user terminal 100;
step a2, controlling the data obtaining module 310 to work according to the data information of the user terminal 100;
step A3, downloading a corresponding application installation package according to the first application feature of the user terminal 100;
step a4, the application installation module 330 is controlled to operate according to the application installation package of the user terminal 100.
Further: the installed subsystem 300 is configured with a data verification module 340, and when the data information is installed, the data verification module 340 runs the corresponding data information to verify the installed data information.
The installed subsystem 300 is configured with an application verification module 350, and when the installation of the application installation package is completed, the application verification module 350 runs the corresponding application to verify the installed application installation package.
The above are only typical examples of the present invention, and besides, the present invention may have other embodiments, and all the technical solutions formed by equivalent substitutions or equivalent changes are within the scope of the present invention as claimed.
Claims (10)
1. A personal habit data management system of computer users comprises a user terminal, and is characterized in that: configuring a data information base, an application information base and an environment information base; the computer user personal habit big data management system also comprises a data acquisition subsystem and an installation subsystem; the computer user personal habit big data management system is also provided with an environment reference library, and a plurality of different environment reference plug-ins are prestored in the environment reference library;
the data acquisition subsystem is configured at the user terminal and comprises a data backup module, an environment backup module and a motion capture module;
when the user terminal is configured to be in a backup state, the data acquisition subsystem acquires backup information from the user terminal in real time;
the data backup module comprises a data classification strategy, an encrypted data backup strategy, a first data backup strategy and a second data backup strategy, wherein the data classification strategy is used for classifying data to be backed up into encrypted data, first common data and second common backup data, the encrypted data backup strategy is used for backing up the encrypted data, the encrypted data backup strategy is provided with a first encryption algorithm, the data to be backed up is encrypted through the first encryption algorithm to generate encrypted ciphertext data and a first encryption key, the first encryption key corresponds to the encrypted ciphertext data, and the encrypted ciphertext data is stored to a storage position of the data information base corresponding to the user terminal; the first data backup strategy is used for backing up first common data, and the first data backup strategy stores the first common data to a storage position of the data information base corresponding to the user terminal; the second data backup strategy is configured with a data feature extraction algorithm, data feature information in the second common data is extracted through the data feature extraction algorithm, the data feature information is stored in a storage position of the data information base corresponding to the user terminal, and the data feature information, the first common data and the encrypted ciphertext data are defined as data information;
the environment backup module comprises a first environment backup strategy and a second environment backup strategy, the first environment backup strategy comprises the steps of obtaining local environment information of the user terminal, retrieving the environment reference library according to the local environment information, storing the local environment information to a storage position of the environment information library corresponding to the user terminal if a matched corresponding environment reference plug-in exists in the environment reference library, and generating an environment missing request and storing the environment missing request to the storage position of the environment information library corresponding to the user terminal if the matched environment reference plug-in does not exist in the environment reference library; the second environment backup strategy comprises the steps of obtaining an environment application plug-in installed when the application of the user terminal is installed so as to generate application environment information, searching an environment reference library according to the application environment information, if the environment reference library has a matched corresponding environment reference plug-in, storing the local environment information to a storage position of the environment information library corresponding to the user terminal, if the environment reference library does not have the matched environment reference plug-in, storing the environment application plug-in serving as the environment reference plug-in into the corresponding environment reference library, and simultaneously storing the application environment information to the environment information library;
the action capturing module comprises a configuration acquisition strategy and an action acquisition strategy, the application of the terminal comprises a typed application and a characterized application, the typed application generates installed parameter information according to the selection of a user when installed, and the characterized application does not generate the installed parameter information when installed; when the application is a typed application, executing a configuration acquisition strategy, wherein the configuration acquisition strategy is used for acquiring installed parameter information; when the application is a characterized application, executing an action acquisition strategy, wherein the action acquisition strategy comprises a window positioning step, an action confirmation step and an information generation step, the window positioning step comprises the step of determining an interactive window and an interactive characteristic region in real time in the application installation process, the interactive characteristic comprises an interactive button and an interactive text bar, the action acquisition strategy comprises the step of monitoring the action of the region corresponding to the interactive characteristic in the application installation process and generating operation node information, the information generation step comprises the step of generating installation parameter information according to the generated operation node information when the application installation is finished, and the action capture module stores the installation parameter information to a storage position of an application information base corresponding to the user terminal;
the installed subsystem comprises a data acquisition module, an environment configuration module and an application installation module;
the data acquisition module comprises a decryption installation strategy, a first data installation strategy and a second data installation strategy, the decryption installation strategy is configured with a first decryption algorithm, a new user terminal acquires encrypted ciphertext data from the data information base and decrypts the encrypted ciphertext data through the first decryption algorithm and a first encryption key input by a user to obtain the encrypted data, the first data installation strategy acquires corresponding first common data from the data information base, the second data installation strategy comprises the steps of acquiring data characteristic information from the data information base and acquiring corresponding second common data from an original user terminal according to the acquired data characteristic information;
the application installation module comprises an application screening strategy and an application installation strategy; the application screening strategy comprises determining an application installation package from the encrypted ciphertext data, the first common data and the second common data, and the application installation strategy comprises obtaining installation parameter information of the application installation package from an application information base and installing the application installation package according to preset installation steps and the installation parameter information;
the environment configuration module comprises an environment obtaining step, a local environment information corresponding to the user terminal in the environment information base is obtained, a corresponding environment reference plug-in is obtained from the environment reference base according to the obtained local environment information, and the local environment is configured according to the environment reference plug-in and the local environment information.
2. A computer user personal habit data management system, according to claim 1, wherein: the computer user personal habit big data management system is configured with a data association strategy, the data association strategy is used for associating data information, application environment information and installed parameter information of the same user terminal, the computer user personal habit big data management system is configured with a response number association database, a ring response association database and a ring number association database, the response number association database stores a plurality of application characteristics, the application characteristics take the data characteristics as indexes, the ring response association database stores a plurality of environment characteristics, the environment characteristics take the application characteristics as indexes, the ring number association database stores a plurality of environment characteristics, and the environment characteristics take the data characteristics as indexes;
the installed subsystem further comprises a data extraction strategy and an application extraction strategy, wherein the data extraction strategy comprises the steps of extracting first data characteristics according to the data information and respectively screening the corresponding first application characteristics and the corresponding first environment characteristics from the corresponding number association database and the ring number association database according to the first data characteristics; the application extraction strategy comprises extracting a second application characteristic according to the installed parameter information, and screening the corresponding second environment characteristic from the environment correlation database according to the second application characteristic;
the installation subsystem executes installation by the following steps:
step A1, controlling the environment configuration module to work according to the first environment characteristic, the second environment characteristic and the application environment information of the user terminal;
step A2, controlling the data acquisition module to work according to the data information of the user terminal;
step A3, downloading a corresponding application installation package according to the first application characteristic of the user terminal;
and step A4, controlling the application installation module to work according to the application installation package of the user terminal.
3. A computer user personal habit data management system, according to claim 2, wherein: and the installed subsystem is provided with a data verification module, and when the data information is installed, the data verification module runs corresponding data information to verify the installed data information.
4. A computer user personal habit data management system, according to claim 2, wherein: and the installation subsystem is configured with an application verification module, and after the installation of the application installation package is completed, the application verification module runs the corresponding application to verify the installed application installation package.
5. A computer user personal habit data management system, according to claim 1, wherein: in the second data installation strategy, the new user terminal is connected with the original user terminal through a USB interface, and second common data is obtained from the original user terminal from the USB interface.
6. A computer user personal habit data management system, according to claim 1, wherein: and the environment reference library is connected with an external environment plug-in database, and acquires environment data from the external environment plug-in database according to the environment missing request.
7. A computer user personal habit data management system, according to claim 1, wherein: and when the action in the action acquisition strategy is input text information, generating operation node information according to the text information and the corresponding interactive characteristics.
8. A computer user personal habit data management system, according to claim 1, wherein: and when the action in the action acquisition strategy is a button selection, generating operation node information according to the button and the corresponding interactive characteristics.
9. A computer user personal habit data management system, according to claim 1, wherein: the application installation module also comprises a step of executing pre-configuration when the installed parameter information is not matched with the application installation package, wherein the step of pre-configuration comprises the steps of outputting an interactive window which is correspondingly not matched, and acquiring the operation of a user to update the installed parameter information.
10. A computer user personal habit data management system, according to claim 9, wherein: the pre-configuration step further comprises the steps of obtaining the interactive features corresponding to the unmatched interactive windows, and integrating the same interactive features to output a new interactive window.
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