CN103870208B - Information processing method and electronic device - Google Patents

Abstract

The invention discloses an information processing method and electronic equipment, wherein the electronic equipment comprises a first storage unit and a second storage unit, a first operating system is installed in the first storage unit, whether a first file is stored in the second storage unit or not is judged in the process that the first operating system reads a first part of the first file from the first storage unit, when the first file is stored in the second storage unit, a second part of the first file starts to be read from the second storage unit in advance during the period of reading the first part of the first file from the first storage unit, and the second part of the first file is different from the first part of the first file.

Description

Information processing method and electronic device

technical field

The invention relates to the field of computer technology, in particular to an information processing method and electronic equipment.

Background technique

With the development of computer technology, existing electronic devices usually use Redundant Array of Independent Hard Disks (RAID) technology in order to speed up hard disk read and write performance or stability. For example, RAID0 disperses continuous data to multiple hard disks for access. In this way, when the system has a data request, it can be executed by multiple hard disks in parallel, and each hard disk executes its own part of the data request, thereby improving the data reading performance of the hard disk combination; and RAID1 realizes data redundancy through hard disk data mirroring. In addition, the data for mutual backup is generated on the paired independent hard disks, thereby improving the reliability of the hard disks.

In the process of implementing the technical solutions of the embodiments of the present application, the inventors of the present application at least found the following technical problems in the prior art:

When the existing electronic equipment uses RAID0 technology, since the data is stored in a dispersed manner, the damage of any hard disk will lead to the loss of all data, and the probability of damage to multiple hard disks is greater than that of a single hard disk, thereby reducing the overall reliability of the hard disk. The security is low; when using RAID1 technology, although the reliability of the overall operation of the hard disk is improved, the data reading speed is low due to the redundant backup method. In this way, when the existing electronic equipment reads data from the hard disk, there are technical problems that when the data reading speed is fast, the security is low; and when the security is high, the data reading speed is slow.

Contents of the invention

The embodiment of the present application provides an information processing method and electronic equipment to solve the problem of high data reading speed and low security when electronic equipment in the prior art reads data from a hard disk; and high security. , the technical problem of slow data reading speed.

An embodiment of the present application provides an information processing method, which is applied to an electronic device. The electronic device includes a first storage unit and a second storage unit, and a first operating system is installed in the first storage unit. The method include:

During the process of the first operating system reading the first part of the first file from the first storage unit, it is determined whether the first file is stored in the second storage unit;

When the first file is stored in the second storage unit, during the period of reading the first part of the file from the first storage unit, pre-reading the first file from the second storage unit is started. A second partial file of a file, wherein the second partial file is different from the first partial file.

Optionally, the second storage unit is mounted under the first directory of the electronic device, and the first directory is one of the multiple directories of the first storage unit.

Optionally, storing the first file in the second storage unit specifically includes: based on a preset rule, obtaining the first file from a file package stored in the first storage unit, and generating a first control instruction ; executing the first control instruction, and backing up the first data content of the first file in a preset space in the second storage unit.

Optionally, after the first control instruction is executed to back up the first data content of the first file in a preset space in the second storage unit, the method further includes: acquiring the the first path parameter of the first data content in the second storage unit; store the first path parameter in the first memory of the electronic device, so that the first memory can pass through the first memory A path parameter reads the first data content of the first file.

Optionally, when the first file is stored in the second storage unit, pre-reading from the second storage unit is started while the first part of the file is being read from the first storage unit Retrieving the second partial file of the first file specifically includes: when the first file is stored in the second storage unit, obtaining the first partial file after the first partial file from the first file identification information; based on the first identification information, acquire a second partial file of the first file; during the period of reading the first partial file from the first storage unit, start to read from the second storage unit The second portion of the file is pre-read.

Optionally, during the period of reading the first partial file from the first storage unit, starting to pre-read the second partial file from the second storage unit specifically includes: While the first storage unit is reading the first partial file, acquire a second path parameter of the second partial file in the second storage unit; The second data content of the second part of the file is read.

Optionally, after the start of reading the second part of the file from the second storage unit, the method further includes: detecting whether the first file changes, and when the first file changes , obtain a second file, wherein the second file is a changed file of the first file; replace the first file stored in the second storage unit with the second file .

The embodiment of the present application also provides an electronic device, the electronic device includes a first storage unit and a second storage unit, a first operating system is installed in the first storage unit, and the electronic device includes:

circuit board;

The processing chip is arranged on the circuit board and is used to determine whether the first file is stored in the process of the first operating system reading the first part of the first file from the first storage unit. In the second storage unit, when the first file is stored in the second storage unit, during the period of reading the first part of the file from the first storage unit, starting from the A second partial file of the first file is pre-read in the second storage unit, wherein the second partial file is different from the first partial file.

Optionally, the processing chip includes a mounting unit, configured to mount the second storage unit under the first directory of the electronic device, and the first directory is a plurality of files of the first storage unit. A directory within a directory.

Optionally, the processing chip includes a data backup unit, the first file is stored in the second storage unit, and based on a preset rule, is used to obtain the first file from the file package stored in the first storage unit. A file, generating a first control instruction, and executing the first control instruction, for backing up the first data content of the first file in a preset space in the second storage unit.

Optionally, the processing chip includes a path parameter storage unit, and when the first control instruction is executed, the first data content of the first file is backed up in a preset space in the second storage unit Afterwards, it is used to obtain a first path parameter of the first data content in the second storage unit, and store the first path parameter in the first memory of the electronic device, so that the first A memory can read the first data content of the first file through the first path parameter.

Optionally, the processing chip includes a first reading unit, configured to obtain from the first file after the first part of the file when the first file is stored in the second storage unit First identification information, and based on the first identification information, used to obtain the second partial file of the first file, during the period when the first partial file is read from the first storage unit, used to start from The second part of the file is pre-read in the second storage unit.

Optionally, the first reading unit includes a second reading unit, configured to acquire the second part of the file in the second part during reading the first part of the file from the first storage unit. The second path parameter in the storage unit is used to pre-read the second data content of the second part of the file through the first memory based on the second path parameter.

Optionally, the processing chip includes a prompting unit, configured to detect whether the first file has changed after the start of reading the second part of the file from the second storage unit. When a file is changed, it is used to obtain a second file, wherein the second file is a changed file of the first file, and the first file stored in the second storage unit is used The second file is replaced.

One or more technical solutions provided in the embodiments of this application have at least the following technical effects or advantages:

First, due to the embodiment of the present application, when the first operating system reads the first part of the first file from the first storage unit, it detects that the first file is stored in the second storage unit, during the period of reading the first partial file from the first storage unit, start to pre-read the second part of the first file that is different from the first partial file from the second storage unit part of the file. In this way, a part of data in the first storage unit is stored in the second storage unit, and when reading the part of data, it can be read from the first storage unit and the second storage unit at the same time. The part of the data is used to solve the technical problem that the electronic device in the prior art reads data from the hard disk, the data reading speed is fast, the security is low, and the security is high, and the data reading speed is slow, and then When the electronic device reads data from the hard disk, the technical effect of faster data reading speed and higher security is achieved, thereby making it more convenient for users to use and having better user experience.

Second, because the embodiment of the present application reads the first part of the file from the first storage unit, the first memory uses the second path parameter to pre-read the first part of the second part of the file. 2. Data content. In this way, the first memory can directly obtain the second data content by obtaining the second path parameter of the second part of the file in the second storage unit, thereby improving the efficiency of reading the second data content. The speed further facilitates the user's use and makes the user's experience better.

Third, since the embodiment of the present application is to obtain the second file after the first file is changed when the first file is changed, and store the first file in the second storage unit Replace with said second file. In this way, when the first file changes, the first file stored in the second storage unit will also change accordingly, so that the data in the second storage unit and the first storage unit remain Synchronization further facilitates user use and better user experience.

Description of drawings

Fig. 1 is the flowchart of the method for information processing in the embodiment of the present application;

FIG. 2 is a schematic structural diagram of an electronic device in an embodiment of the present application.

detailed description

The embodiment of the present application provides an information processing method and electronic equipment to solve the problem of high data reading speed, low security and high security when electronic equipment in the prior art reads data from a hard disk. , The technical problem of slow data reading speed.

The technical solution of the embodiment of the present application is to solve the problems of the above-mentioned technologies, and the general idea is as follows:

Since in the embodiment of the present application, during the process of the first operating system reading the first part of the first file from the first storage unit, when it is detected that the first file is stored in the second storage unit , during the period of reading the first partial file from the first storage unit, start to pre-read a second partial file in the first file that is different from the first partial file from the second storage unit. In this way, a part of data in the first storage unit is stored in the second storage unit, and when reading the part of data, it can be read from the first storage unit and the second storage unit at the same time. The part of the data is used to solve the technical problem that the electronic device in the prior art reads data from the hard disk, the data reading speed is fast, the security is low, and the security is high, and the data reading speed is slow, and then When the electronic device reads data from the hard disk, the technical effect of faster data reading speed and higher security is achieved, thereby making it more convenient for users to use and having better user experience.

In order to better understand the above-mentioned technical solution, the above-mentioned technical solution will be described in detail below in conjunction with the accompanying drawings and specific implementation methods.

An embodiment of the present application provides an information processing method applied to an electronic device, where the electronic device includes a first storage unit and a second storage unit, and a first operating system is installed in the first storage unit. The electronic device is, for example, a tablet computer, a notebook computer, a mobile phone and other electronic devices.

Wherein, the first storage unit is, for example, an electronic device such as a solid state disk (SSD) and a mechanical hard disk (HDD), and further, the second storage unit is, for example, an electronic device such as a solid state disk (SSD) or a mechanical hard disk (HDD). .

Referring to Figure 1, the method includes:

Step 101: During the process of the first operating system reading the first part of the first file from the first storage unit, determine whether the first file is stored in the second storage unit;

Step 102: When the first file is stored in the second storage unit, start pre-reading from the second storage unit while reading the first part of the file from the first storage unit A second partial file of the first file, wherein the second partial file is different from the first partial file.

Wherein, in step 101, during the process of the first operating system reading the first part of the first file from the first storage unit, it is judged whether the first file is stored in the second storage unit. in the unit. In the specific implementation process, it is first detected whether the electronic device is in the on state, and when the electronic device is in the on state, it is detected whether the first operating system reads the first file of the first file from the first storage unit. For a part of files, during the process of the first operating system reading the first part of the first file from the first storage unit, it is determined whether the first file is stored in the second storage unit .

Wherein, the first operating system may be operating systems such as Windows, Unix, Linux, ios, and Android.

Specifically, taking the electronic device as a notebook computer as an example, the notebook is equipped with a first HDD hard disk and a second HDD hard disk, and the first operating system installed on the first HDD hard disk is Windows XP, The second HDD hard disk starts the Windows XP after the notebook computer is powered on and turned on by the switch key, and the Windows XP reads the corresponding startup file from the first HDD hard disk to start the electronic device , at the current moment, acquire the first file of the startup file read by Windows XP from the first HDD hard disk, and read the first part of the first file from the first HDD hard disk by Windows XP During the file process, it is judged whether the first file is stored in the second HDD hard disk.

In a specific implementation process, the second storage unit is mounted under the first directory of the first electronic device, and the first directory is one directory among the multiple directories of the first storage unit. Specifically, taking the HDD-A hard disk as an example of the first storage unit, the HDD-A hard disk is divided into three partitions, which are respectively C disk, D disk and E disk, wherein, in the C disk The installed first operating system is ios6.0, and under the directory of the D disk, a new first directory is D:\HDD-B, and the hard disk of the HDD-B as the second storage unit is mounted on the under the first directory. Similarly, a first directory may also be created under the directories of the C disk and the E disk, and the first directory is used to mount the HDD-B hard disk.

Wherein, the first directory may not be any one of the multiple directories of the first storage unit. For example, when the electronic device is a desktop computer, the first operating system installed on the desktop computer is Linux, the first storage unit is an SSD-A hard disk, and the mount point of the SSD-A hard disk is mount/ dev/sdb1/media, when the second storage unit is an SSD-B hard disk connected to the desktop computer, the mount point of the SSD-B hard disk is mount/dev/sdb2/media, so that the The SSD-A hard disk and the SSD-B hard disk are mounted in different directories of the electronic device.

When the first file is stored in the second storage unit, perform step 102, during which the first part of the file is read from the first storage unit, start pre-reading from the second storage unit A second partial file of the first file is obtained, wherein the second partial file is different from the first partial file.

Wherein, storing the first file in the second storage unit specifically includes: based on a preset rule, obtaining the first file from a file package stored in the first storage unit, generating a first control instruction, and Executing the first control instruction, backing up the first data content of the first file in a preset space in the second storage unit.

Specifically, taking the hard disk A as the first storage unit and the hard disk B as the second storage unit as an example, a preset space is preset in the hard disk B for storing a part of the files of the hard disk A in the hard disk B. In the preset space, for example: hard disk A is divided into C disk and D disk, and hard disk B is divided into E disk and F disk, wherein, it can be assumed that the preset space is E disk, that is, in the E disk A part of files in the hard disk A is stored in . When storing the first file in the hard disk A to the hard disk B, it may be determined whether to store the first file in the preset space of the hard disk B according to the directory of the first file in the hard disk A In, for example: the file packages under the windows, programfiles and other directories under the C disk of the notebook computer can be stored in the hard disk B, when the first file is a file of the file package, such as the first file When a file is a file such as MyDrivers or MovieMaker under the program files directory, a first control instruction is generated, and the first control instruction is executed, and the first data content of the first file is backed up in the second storage unit in the preset space. Wherein, the first data content is data contained in files such as MyDrivers and Movie Maker.

Of course, the first file can also be specified by the user. For example, a notebook computer includes hard disk A and hard disk B, and a Unix system is installed in the hard disk A, and the user sets the first file in the hard disk A such as QQ software, OFICE2010 When files such as software are stored in the preset space of the hard disk B, the notebook computer will generate a first control instruction and execute the first control instruction to back up the first data content of the first file in the In the preset space of hard disk B mentioned above.

In a specific implementation process, after executing the first control instruction and backing up the first data content of the first file in the preset space in the second storage unit, the method further includes: Obtaining a first path parameter of the first data content in the second storage unit; storing the first path parameter in the first memory of the electronic device, so that the first memory can pass through the The first path parameter reads the first data content of the first file.

Wherein, the first memory is, for example, an electronic device such as a read only memory (ROM), a random access memory (RAM), and a cache memory (Cache).

Specifically, taking a desktop computer as an example, an SSD-A hard disk and an SSD-B hard disk are installed in the desktop computer, Windows XP is safely installed in the SSD-A hard disk, and the first A file is a QQ application program, and the SSD-B hard disk is divided into E disk and F disk, and the first data content of the QQ application program is backed up under the E:\QQ directory of the SSD-B hard disk, obtained The first path parameter is E:\QQ, and the first path parameter is stored in the first memory of the desktop computer, so that the first memory can read the QQ application by the first path parameter The first data content of the program.

When the first file is stored in the second storage unit, in the specific implementation process, the first identification information after the first partial file is obtained from the first file, and based on the first identification information, obtaining a second part of the first file; during reading the first part of the file from the first storage unit, start pre-reading the second part from the second storage unit document.

Specifically, for example, when the notebook computer reads the outlook express file from the hard disk A, it detects that the outlook express file is also stored in the hard disk B at the same time, and detects that the first part of the file read from the hard disk A is msoeres .dll file, during the period of reading the msoeres.dll file, obtain the first identification information after the msoeres.dll file in the outlook express file, the first identification information is such as 00000000, 10000000 and other specific The ASCII code of indicates that after the first identification information is obtained, the second part of the first file is obtained, and the second part of the file is the file after the first identification information of the first file, such as The first file is the msoe.dll file 00000000oeimport.dll file 00000000wabfind.dll file, when it is detected that the first part of the file read by the electronic device is the msoe.dll file, it indicates that the second part of the file to be obtained is oeimport .dll file and wabfind.dll file, so, during the period when the msoe.dll file is read from the hard disk A, the oeimport.dll file and the wabfind.dll file are pre-read from the hard disk B. dll file. Certainly, the first identification information may also be represented by other binary codes, such as 5-digit binary code, 4-digit binary code, 7-digit binary code and other specific codes.

Wherein, when the first file is the database file of the electronic device, the database file is, for example, .CSV comma-separated value files, DAT data files, WrodPerfect combined data files and other files, and the database file contains When there is a large amount of data, the first part file and the second part file of the database file can be distinguished by the first identification information. For example, when the first file is a Registry database file, the Registry database file includes char[40 ], int[50], long[35] data, the first identification information is represented by the ASCII code of 10000000, and then the Registry database file is represented as char[40]10000000int[50]10000000long[35]. When the first part file is char[40], the second part file is int[50] and long[35]; when the first part file is char[40] and int[50], the The second part of the file is long[35]. During the period when the electronic device reads the first part of the file from the hard disk A, it starts to pre-read the second part of the file from the second storage unit.

Wherein, in the embodiment of the present application, for the period of reading the first part of the file from the first storage unit, start to pre-read the second part of the file from the second storage unit, specifically The implementation process includes: during the period of reading the first partial file from the first storage unit, obtaining a second path parameter of the second partial file in the second storage unit, and based on the second path parameter, and pre-read the second data content of the second part of the file through the first memory.

In the specific implementation process, for example, when the first file is a Tencent (Tencent) file under the Program files directory in hard disk A, the directory to obtain the Tencent file in hard disk B is E:\Tencent, and from the hard disk A During the period of reading the Bin file of the Tencent file, based on the Bin file, the second part file of the Tencent file is a Users file, and the second part of the Users file is found in the first memory of the electronic device. The path parameter is E:\Tencent\Users, that is, the second path parameter is obtained, and then based on the second path parameter, from the E:\Tencent\Users directory of the hard disk B through the first memory Pre-read the second data content of the Users file.

In the actual application process, such as a notebook computer, a hard disk A and a hard disk B are installed in the notebook computer, wherein Windows XP is installed in the hard disk A, and Windows XP in the hard disk A is installed according to the user's setting. , the file packages under the program files directory are all stored in the hard disk B, and when it is detected that the notebook computer is powered on and turned on, when the first file that Windows XP reads from the hard disk A is a Microsoft Office file, when it is detected When the Microsoft Office file is stored in the hard disk B, when the Windows XP reads the CLIPART file of the Microsoft Office file from the hard disk A, it is determined that the second part of the Microsoft Office file is During MEDIA file and Templates file, the second path parameter that obtains described second part file is E:\Microsoft Office\Templates and E:\Microsoft Office\MEDIA, based on described second path parameter, through described notebook computer The first memory pre-reads the second part of files, so that the notebook computer can read data from the hard disk A and the hard disk B at the same time, so that the data reading speed is faster.

In the embodiment of the present application, since a part of important data in the hard disk A is stored in the preset space of the hard disk B, when the hard disk A fails, it can also be read from the hard disk B. The part of important data improves data security to a certain extent; in addition, due to the reduction of data redundancy in the hard disk B, the storage performance of the notebook computer is also improved to a certain extent.

In an embodiment, when it is judged whether the first file is stored in the second storage unit, when the first file is not stored in the second storage unit, the electronic device from A file of the remaining part of the first file is read from the first storage unit.

In another embodiment, after starting to read the second part of files from the second storage unit, it is necessary to detect whether the first file changes, and when the first file changes, Acquiring a second file, wherein the second file is a changed file of the first file, and replacing the first file stored in the second storage unit with the second file.

In the specific implementation process, after the notebook computer is powered on and turned on, when it is detected that the notebook computer reads the QQ application program from the hard disk A, when the QQ application program is stored in the preset space in the hard disk B, When it is detected that operations such as modifying the user’s note name, adding a user, or deleting a user have been performed on the QQ application, the data of the QQ application will change, and the QQ application after the change is obtained. Two files, based on the path information of the QQ application program in the hard disk B, the QQ application program stored in the hard disk B is replaced with the second file, so as to realize the hard disk A and the The data in the hard disk B mentioned above is kept in sync.

Specifically, when replacing the first file stored in the second storage unit with the second file, only the changed file may be replaced, such as the changed file of the QQ application program. It is a user note file, the original user note file before the change, the first user note file after the change, and the first user note file is overwritten in the address space where the original user note file is stored in the hard disk B.

One or more technical solutions provided in the embodiments of this application have at least the following technical effects or advantages:

First, due to the embodiment of the present application, when the first operating system reads the first part of the first file from the first storage unit, it detects that the first file is stored in the second storage unit, during the period of reading the first partial file from the first storage unit, start to pre-read the second part of the first file that is different from the first partial file from the second storage unit part of the file. In this way, a part of data in the first storage unit is stored in the second storage unit, and when reading the part of data, it can be read from the first storage unit and the second storage unit at the same time. The part of the data is used to solve the technical problem that the electronic device in the prior art reads data from the hard disk, the data reading speed is fast, the security is low, and the security is high, and the data reading speed is slow, and then When the electronic device reads data from the hard disk, the technical effect of faster data reading speed and higher security is achieved, thereby making it more convenient for users to use and having better user experience.

Second, because the embodiment of the present application reads the first part of the file from the first storage unit, the first memory uses the second path parameter to pre-read the first part of the second part of the file. 2. Data content. In this way, the first memory can directly obtain the second data content by obtaining the second path parameter of the second part of the file in the second storage unit, thereby improving the efficiency of reading the second data content. The speed further facilitates the user's use and makes the user's experience better.

Third, since the embodiment of the present application is to obtain the second file after the first file is changed when the first file is changed, and store the first file in the second storage unit Replace with said second file. In this way, when the first file changes, the first file stored in the second storage unit will also change accordingly, so that the data in the second storage unit and the first storage unit remain Synchronization further facilitates user use and better user experience.

An embodiment of the present invention also provides an electronic device, the electronic device includes a first storage unit and a second storage unit, and a first operating system is installed in the first storage unit. The electronic device is, for example, a tablet computer, a notebook computer, a mobile phone and other electronic devices.

Wherein, the first storage unit is, for example, an electronic device such as a solid state disk (SSD) and a mechanical hard disk (HDD), and further, the second storage unit is, for example, an electronic device such as a solid state disk (SSD) or a mechanical hard disk (HDD). .

Further, the first operating system may be operating systems such as Windows, Unix, Linux, ios, and Android.

Referring to FIG. 2, the electronic device includes a circuit board 201; a processing chip 202 is disposed on the circuit board 201, and during the process of the first operating system reading the first part of the first file from the first storage unit 203, For judging whether the first file is stored in the second storage unit 204, when the first file is stored in the second storage unit 204, when reading the first part of the file from the first storage unit 203 During this period, it is used to start pre-reading the second partial file of the first file from the second storage unit 204, wherein the second partial file is different from the first partial file.

Wherein, the circuit board 201 may be a main board of an electronic device, and further, the processing chip 202 may be a separate processing chip, or may be integrated in a processor.

Further, the first storage unit 203 is electrically connected to the circuit board 201 and the processing chip 202 respectively, and further, the second storage unit 204 is also electrically connected to the circuit board 201 and the processing chip 202 respectively.

Further, the processing chip 202 includes a mounting unit, configured to mount the second storage unit 204 under the first directory of the electronic device, and the first directory is one of the multiple directories of the first storage unit 203 Table of contents.

Further, the processing chip 202 includes a data backup unit, the first file is stored in the second storage unit 204, and based on a preset rule, is used to obtain the first file from the file package stored in the first storage unit 203, and generate a first control instruction, and execute the first control instruction, for backing up the first data content of the first file in a preset space in the second storage unit 204 .

Further, the processing chip 202 includes a path parameter storage unit, after the first control instruction is executed to back up the first data content of the first file in the preset space in the second storage unit 204, use Obtaining the first path parameter of the first data content in the second storage unit 204, and storing the first path parameter in the first memory of the electronic device, so that the first memory can pass through The first path parameter reads the first data content of the first file.

Wherein, the first memory is, for example, electronic devices such as read-only memory (ROM), random access memory (RAM), and cache memory (Cache), and the first memory is electrically connected to the circuit board 201 and the processing chip 202 respectively.

Further, the processing chip 202 includes a first reading unit, configured to acquire the first identification after the first partial file from the first file when the first file is stored in the second storage unit 204 information, and based on the first identification information, used to obtain the second part of the first file, during the period of reading the first part of the file from the first storage unit 203, used to start from the second storage unit 203 In 204, the second part of the file is pre-read.

Further, the first reading unit includes a second reading unit, which is used to obtain the second partial file stored in the second storage unit 204 during the period of reading the first partial file from the first storage unit 203. The second path parameter, and based on the second path parameter, is used to pre-read the second data content of the second part of the file through the first memory.

In one embodiment, such as a notebook computer, a hard disk A and a hard disk B are installed in the notebook computer, wherein Windows XP is installed in the hard disk A, and Windows XP in the hard disk A is installed according to user settings. , the file packages under the programfiles directory are all stored in the hard disk B, when it is detected that the notebook computer is powered on and turned on, when the first file that Windows XP reads from the hard disk A is a Windows Media Player file, when it is detected When the Windows Media Player file is stored in the hard disk B, when the Windows XP reads the Icons file of the Windows Media Player file from the hard disk A, determine the first file of the Windows Media Player file When the two-part file is a Sample Playlists file and a Skins file, the second path parameter for obtaining the second part file is E:\Windows Media Player\Sample Playlists and E:\Windows Media Player\Skins, based on the second path parameter, pre-read the second part of the file through the first memory of the notebook computer, so that the notebook computer can read data from the hard disk A and the hard disk B at the same time, so that the data reading speed is faster .

In another embodiment, the processing chip 202 includes a prompt unit, which is used to detect whether the first file has changed after the start of reading the second part of the file from the second storage unit 204. When the first file is changed, it is used to obtain a second file, wherein the second file is a changed file of the first file, and the first file stored in the second storage unit 204 is used The second file is replaced.

One or more technical solutions provided in the embodiments of this application have at least the following technical effects or advantages:

First, due to the embodiment of the present application, when the first operating system reads the first part of the first file from the first storage unit, it detects that the first file is stored in the second storage unit, during the period of reading the first partial file from the first storage unit, start to pre-read the second part of the first file that is different from the first partial file from the second storage unit part of the file. In this way, a part of data in the first storage unit is stored in the second storage unit, and when reading the part of data, it can be read from the first storage unit and the second storage unit at the same time. The part of the data is used to solve the technical problem that the electronic device in the prior art reads data from the hard disk, the data reading speed is fast, the security is low, and the security is high, and the data reading speed is slow, and then When the electronic device reads data from the hard disk, the technical effect of faster data reading speed and higher security is achieved, thereby making it more convenient for users to use and having better user experience.

Second, because the embodiment of the present application reads the first part of the file from the first storage unit, the first memory uses the second path parameter to pre-read the first part of the second part of the file. 2. Data content. In this way, the first memory can directly obtain the second data content by obtaining the second path parameter of the second part of the file in the second storage unit, thereby improving the efficiency of reading the second data content. The speed further facilitates the user's use and makes the user's experience better.

Third, since the embodiment of the present application is to obtain the second file after the first file is changed when the first file is changed, and store the first file in the second storage unit Replace with said second file. In this way, when the first file changes, the first file stored in the second storage unit will also change accordingly, so that the data in the second storage unit and the first storage unit remain Synchronization further facilitates user use and better user experience.

While preferred embodiments of the invention have been described, additional changes and modifications to these embodiments can be made by those skilled in the art once the basic inventive concept is appreciated. Therefore, it is intended that the appended claims be construed to cover the preferred embodiment as well as all changes and modifications which fall within the scope of the invention.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and equivalent technologies thereof, the present invention also intends to include these modifications and variations.

Claims (12)

1. A method for information processing, applied to an electronic device, the electronic device comprising a first storage unit and a second storage unit, a first operating system is installed in the first storage unit, it is characterized in that the method include: During the process of the first operating system reading the first part of the first file from the first storage unit, it is determined whether the first file is stored in the second storage unit; When the first file is stored in the second storage unit, during the period of reading the first part of the file from the first storage unit, pre-reading the first file from the second storage unit is started. a second partial file of a file, wherein the second partial file is different from the first partial file; After the start of reading the second part of the file from the second storage unit, the method further includes: detecting whether the first file has changed; obtaining a second file when the first file is changed, wherein the second file is a changed file of the first file; replacing the first file stored in the second storage unit with the second file. 2. The method according to claim 1, wherein the second storage unit is mounted under the first directory of the electronic device, and the first directory is a plurality of files of the first storage unit. A directory within a directory. 3. The method according to claim 1, wherein the first file is stored in the second storage unit, specifically comprising: Based on a preset rule, acquire a first file from the file package stored in the first storage unit, and generate a first control instruction; Executing the first control instruction, backing up the first data content of the first file in a preset space in the second storage unit. 4. The method according to claim 3, characterized in that, after the execution of the first control instruction, the first data content of the first file is backed up in a preset space in the second storage unit After, the method also includes: acquiring a first path parameter of the first data content in the second storage unit; storing the first path parameter in the first memory of the electronic device, so that the first memory can read the first data content of the first file through the first path parameter. 5. The method according to claim 1, wherein when the first file is stored in the second storage unit, during reading the first part of the file from the first storage unit, Start to pre-read the second part of the first file from the second storage unit, specifically including: When the first file is stored in the second storage unit, acquiring first identification information following the first partial file from the first file; Acquiring a second partial file of the first file based on the first identification information; During reading of the first partial file from the first storage unit, pre-reading of the second partial file from the second storage unit is started. 6. The method according to claim 5, wherein during the period of reading the first part of the file from the first storage unit, pre-reading the first part of the file from the second storage unit is started. Two parts of the document, including: During reading the first partial file from the first storage unit, acquiring a second path parameter of the second partial file in the second storage unit; Based on the second path parameter, pre-read the second data content of the second partial file through the first memory. 7. An electronic device, the electronic device comprising a first storage unit and a second storage unit, a first operating system is installed in the first storage unit, wherein the electronic device comprises: circuit board; The processing chip is arranged on the circuit board and is used to determine whether the first file is stored in the process of the first operating system reading the first part of the first file from the first storage unit. In the second storage unit, when the first file is stored in the second storage unit, during the period of reading the first part of the file from the first storage unit, starting from the pre-reading a second partial file of the first file in the second storage unit, wherein the second partial file is different from the first partial file; The processing chip includes a prompt unit, which is used to detect whether the first file changes after the start of reading the second part of the file from the second storage unit, and when the first file changes , used to acquire a second file, wherein the second file is a changed file of the first file, and the first file stored in the second storage unit is used by the second file to replace. 8. The electronic device according to claim 7, wherein the processing chip comprises a mounting unit configured to mount the second storage unit under the first directory of the electronic device, the second A directory is a directory among the multiple directories of the first storage unit. 9. The electronic device according to claim 7, wherein the processing chip comprises a data backup unit, the first file is stored in the second storage unit, and based on a preset rule, is used to retrieve from the obtain the first file from the file package stored in the first storage unit, generate a first control instruction, and execute the first control instruction, for backing up the first data content of the first file in the second storage unit In the preset space in the unit. 10. The electronic device according to claim 9, wherein the processing chip includes a path parameter storage unit, and when the first control instruction is executed, the first data content of the first file is backed up in the After being stored in the preset space in the second storage unit, it is used to obtain the first path parameter of the first data content in the second storage unit, and store the first path parameter in the electronic In the first memory of the device, the first memory can read the first data content of the first file through the first path parameter. 11. The electronic device according to claim 7, wherein the processing chip comprises a first reading unit, for reading from the first file when the first file is stored in the second storage unit Acquiring first identification information following the first partial file from a file, and based on the first identification information, used to obtain a second partial file of the first file, and reading from the first storage unit The period of the first partial file is used to start pre-reading the second partial file from the second storage unit. 12. The electronic device according to claim 11, wherein the first reading unit comprises a second reading unit, for reading the first part of the file from the first storage unit Obtaining a second path parameter of the second partial file in the second storage unit, and based on the second path parameter, using the first memory to pre-read the second data content of the second partial file .