CN104519598A - Information processing method and first electronic device - Google Patents
Information processing method and first electronic device Download PDFInfo
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- CN104519598A CN104519598A CN201310446536.1A CN201310446536A CN104519598A CN 104519598 A CN104519598 A CN 104519598A CN 201310446536 A CN201310446536 A CN 201310446536A CN 104519598 A CN104519598 A CN 104519598A
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- wireless network
- network card
- electronic equipment
- basic input
- output system
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/08—Access point devices
Abstract
The invention discloses an information processing method and a first electronic device. The method includes the steps of: obtaining a first trigger command; in response to the first trigger command, controlling a central processing unit to be in a running state; uploading a BIOS (Basic Input And Output System) of a firmware unit through the central processing unit, to allow the BIOS to have control right; at least initialing a wireless network adapter through the BIOS; at least uploading a driver of the wireless network adapter through the BIOS to allow the wireless network adapter to be in a working condition; configuring that the wireless network adapter to be in a wireless AP (Access Point) mode through the BIOS, to allow the first electronic device to be a first AP, which in turn causes that a second electronic device can scan the first AP and establishes first connection with the first AP to form a first data channel.
Description
Technical field
The application relates to technical field of information processing, particularly a kind of information processing method and the first electronic equipment.
Background technology
Along with the development of science and technology, wireless network card becomes the standard fitting of notebook computer, and people need the mode of operation of wireless network card to be set to wireless access points ap mode usually, to realize notebook computer and other electronic equipments carry out transfer of data.
For solving the problem, the technical scheme that prior art provides is: first, under the operating system of notebook computer supports the prerequisite of wireless routing function, notebook computer is installed can make notebook computer have the application software of wireless routing function, then notebook computer is opened, run this application software in an operating system, the mode of operation of wireless network card is set to wireless access points ap mode, and then notebook computer can carry out transfer of data with other electronic equipments.
But present inventor, in the process realizing technical scheme in the embodiment of the present application, finds that the mode of operation of wireless network card is being set to, in the process of wireless access points ap mode, to there is following technical problem by prior art:
One, first, in prior art, the mode of operation realizing wireless network card is set to the operating system that wireless access points ap mode must utilize electronic equipment, that is, the operating system of electronic equipment must be in running status, can arrange the mode of operation of wireless network card, and then electronic equipment can carry out transfer of data with other electronic equipments.So, in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, there is the technical problem that must utilize the operating system of notebook computer.
Two, due in prior art, the mode of operation realizing arranging wireless network card is that wireless access points ap mode must make the operating system of electronic equipment be in running status, and operating system is in running status and needs to consume electric energy and power, so in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, there is the technical problem that power consumption is high.
Three, due in prior art, the mode of operation realizing wireless network card is set to wireless access points ap mode must make the operating system of electronic equipment be in running status, but operating system needs the longer opening time to be in running status.So, in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, there is inefficient technical problem.
Summary of the invention
The application provides a kind of information processing method and the first electronic equipment, in order to solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, existence must utilize the technical problem of the operating system of electronic equipment, achieve under the prerequisite of the operating system of unfavorable electronic equipment, the mode of operation of wireless network card is set to the technique effect of wireless access points ap mode.
There is provided a kind of information processing method on the one hand in the embodiment of the present application, be applied in the first electronic equipment, be applied in the first electronic equipment, described first electronic equipment comprises central processing unit, firmware unit and wireless network card, and described method comprises:
Obtain the first triggering command, described first triggering command is in the pattern of wireless access points AP for controlling described first electronic equipment;
Respond described first triggering command, with the pattern making described first electronic equipment be in described wireless access points AP;
Wherein, described first triggering command of described response comprises:
Control described central processing unit and be in running status;
Loaded the basic input-output system BIOS of described firmware unit by the process of described central authorities, enjoy control to make described basic input-output system BIOS;
Described basic input-output system BIOS is wireless network card described in initialization at least;
Described basic input-output system BIOS at least loads the driving of described wireless network card, to make described wireless network card in running order;
Described basic input-output system BIOS configures described wireless network card and is in described wireless access points ap mode, to make described first electronic equipment become an AP, and then make the second electronic equipment can scan a described AP and set up first with a described AP and be connected to form the first data channel in the wireless signal coverage that a described AP launches.
Optionally, configure while described wireless network card is in described wireless access points ap mode or afterwards, described method also comprises at described basic input-output system BIOS:
Described basic input-output system BIOS configures described wireless network card and is in Master pattern, scans the 2nd AP of the first preset range and set up network with described 2nd AP and be connected to form the second data channel to enable described first electronic equipment by described wireless network card.
Optionally, the second electronic equipment described one AP launch wireless signal coverage in can scan a described AP and with a described AP set up first be connected to form the first data channel after, described method also comprises:
Obtain the first switching command, control is given described operating system OS for controlling described basic input-output system BIOS by described first switching command;
Respond described first switching command, enjoy control to make described operating system OS;
Wherein, described first switching command of described response comprises:
Described central processing unit loads the driving of the kernel of described operating system OS and the hardware module of described first electronic equipment, enjoys control to make described operating system OS;
Described operating system OS configures described wireless network card and is in described wireless access points ap mode, continue to maintain with the wireless signal making a described AP launch, and described second electronic equipment can scan a described AP and maintain described first data channel set up with a described AP in the wireless signal coverage that a described AP launches.
Optionally, described basic input-output system BIOS is wireless network card described in initialization at least, is specially:
Wireless network card and non-volatile memory medium described in described basic input-output system BIOS initialization.
Optionally, described basic input-output system BIOS at least loads the driving of described wireless network card, is specially:
Described basic input-output system BIOS loads the driving of described wireless network card and the driving of described non-volatile memory medium.
Optionally, described second electronic equipment described one AP launch wireless signal coverage in can scan a described AP and with a described AP set up first be connected to form the first data channel after, described method also comprises:
Transmission data are obtained by described first data channel;
Described transmission data are stored on described non-volatile memory medium.
Optionally, described second electronic equipment described one AP launch wireless signal coverage in can scan a described AP and with a described AP set up first be connected to form the first data channel after, described method also comprises:
Described transmission data are obtained by described first data channel;
By in first storage area of described transmission data buffer storage on described non-volatile memory medium.
Optionally, after described operating system OS enjoys control, described method also comprises:
Described operating system OS upgrades the described transmission data in described first storage area.
A kind of first electronic equipment is also provided in the embodiment of the present application, comprises:
First obtains unit, and for obtaining the first triggering command, described first triggering command is in the pattern of wireless access points AP for controlling described first electronic equipment;
First response unit, for responding described first triggering command, with the pattern making described first electronic equipment be in described wireless access points AP;
Wherein, described first triggering command of described response comprises:
Control described central processing unit and be in running status;
Loaded the basic input-output system BIOS of described firmware unit by the process of described central authorities, enjoy control to make described basic input-output system BIOS;
Described basic input-output system BIOS is wireless network card described in initialization at least;
Described basic input-output system BIOS at least loads the driving of described wireless network card, to make described wireless network card in running order;
Described basic input-output system BIOS configures described wireless network card and is in described wireless access points ap mode, to make described first electronic equipment become an AP, and then make the second electronic equipment can scan a described AP and set up first with a described AP and be connected to form the first data channel in the wireless signal coverage that a described AP launches.
Optionally, to configure while described wireless network card is in described wireless access points ap mode or afterwards at described basic input-output system BIOS, described basic input-output system BIOS configures described wireless network card and is in Master pattern, scans the 2nd AP of the first preset range and set up network with described 2nd AP and be connected to form the second data channel to enable described first electronic equipment by described wireless network card.
Optionally, described first electronic equipment also comprises:
Second obtains unit, and for obtaining the first switching command, control is given described operating system OS for controlling described basic input-output system BIOS by described first switching command;
Second response unit, for responding described first switching command, enjoys control to make described operating system OS;
Wherein, described first switching command of described response comprises:
Described central processing unit loads the driving of the kernel of described operating system OS and the hardware module of described first electronic equipment, enjoys control to make described operating system OS;
Described operating system OS configures described wireless network card and is in described wireless access points ap mode, continue to maintain with the wireless signal making a described AP launch, and described second electronic equipment can scan a described AP and maintain described first data channel set up with a described AP in the wireless signal coverage that a described AP launches.
Optionally, described basic input-output system BIOS is wireless network card described in initialization at least, is specially:
Wireless network card and non-volatile memory medium described in described basic input-output system BIOS initialization.
Optionally, described basic input-output system BIOS at least loads the driving of described wireless network card, is specially:
Described basic input-output system BIOS loads the driving of described wireless network card and the driving of described non-volatile memory medium.
Optionally, described first electronic equipment also comprises:
First obtains memory cell, for obtaining transmission data by described first data channel; Described transmission data are stored on described non-volatile memory medium.
Optionally, described first electronic equipment also comprises:
Second obtains memory cell, for obtaining described transmission data by described first data channel; By in first storage area of described transmission data buffer storage on described non-volatile memory medium.
Optionally, described first electronic equipment also comprises:
Updating block, upgrades the described transmission data in described first storage area for described operating system OS.
The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:
1, owing to have employed acquisition first triggering command, and respond this first triggering command, control central processing unit and be in running status, by the basic input-output system BIOS of these central authorities process loading firmware unit, enjoy control to make this basic input-output system BIOS, this basic input-output system BIOS is intiating radio network interface card at least, this basic input-output system BIOS at least loads the driving of this wireless network card, to make this wireless network card in running order, this basic input-output system BIOS configures the technological means that this wireless network card is in described wireless access points ap mode, visible, the mode of operation of wireless network card is being set in the whole process of wireless access points ap mode, all can not use the operating system of electronic equipment, so, to efficiently solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, existence must utilize the technical problem of the operating system of electronic equipment, achieve under the prerequisite of the operating system of unfavorable electronic equipment, the mode of operation of wireless network card is set to the technique effect of wireless access points ap mode.
2, the mode of operation arranging wireless network card due to this programme is wireless access points ap mode, complete in basic input-output system BIOS, instead of complete in operating system OS, so operating system OS forbids loading, thus operating system is not in running status, do not consume electric energy and power, compared with the mode of operation of wireless network card is set in prior art in operating system OS, in this programme, operating system OS does not consume electric energy and power, to solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, there is the technical problem that power consumption is high, achieve the technique effect reducing power consumption.
3, the mode of operation arranging wireless network card due to this programme is wireless access points ap mode, complete in basic input-output system BIOS, instead of complete in operating system OS, so operating system OS forbids loading, thus do not need to take a long time and wait for that operating system completes startup, compared with the mode of operation of wireless network card is set in prior art in operating system OS, this programme does not need to wait for that operating system OS completes startup, the mode of operation that directly just can arrange wireless network card in BIOS is wireless access points ap mode, to solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, there is inefficient technical problem, achieve the technique effect of raising the efficiency.
4, due to basic input-output system BIOS configuration wireless network card be in wireless access points ap mode while or afterwards, this basic input-output system BIOS can also configure this wireless network card and be in Master pattern, so wireless network card can be in ap mode and Master pattern simultaneously, thus the first electronic equipment being configured with wireless network card can carry out transfer of data with other electronic equipments on the one hand, can search in preset range and connect Wi-Fi on the other hand, other electronic equipments just can connect this Wi-Fi by the first electronic equipment, achieve the technique effect of the function making full use of wireless network card.
5, due to after obtaining and respond the first triggering command, wireless network card is in wireless access points ap mode, to make the first electronic equipment become an AP, and then make the second electronic equipment can scan an AP and set up first with an AP in the wireless signal coverage that an AP launches to be connected to form the first data channel.After obtaining and respond the first switching command, the wireless signal that one AP launches continues to maintain, and this second electronic equipment can scan an AP and maintain this first data channel set up with an AP in the wireless signal coverage that an AP launches.So the transfer of data of the second electronic equipment and the first electric room can not be interrupted, and improves Consumer's Experience.
Accompanying drawing explanation
Fig. 1 is the flow chart of information processing method in the embodiment of the present application;
Fig. 2 is the particular flow sheet of step S20 in the information processing method in the embodiment of the present application;
Fig. 3 is the particular flow sheet of step S40 in the information processing method in the embodiment of the present application;
Fig. 4 is the module map of the first electronic equipment in the embodiment of the present application.
Embodiment
The embodiment of the present application is by providing a kind of information processing method and the first electronic equipment, to solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, existence must utilize the technical problem of the operating system of electronic equipment, achieve under the prerequisite of the operating system of unfavorable electronic equipment, the mode of operation of wireless network card is set to the technique effect of wireless access points ap mode.
Technical scheme in the embodiment of the present application is for solving the problems of the technologies described above, and general thought is as follows:
First, obtain the first triggering command, and respond this first triggering command, control central processing unit and be in running status, then, by the basic input-output system BIOS of these central authorities process loading firmware unit, control is enjoyed to make this basic input-output system BIOS, this basic input-output system BIOS is intiating radio network interface card at least, this basic input-output system BIOS at least loads the driving of this wireless network card, to make this wireless network card in running order, finally, this basic input-output system BIOS configures this wireless network card and is in described wireless access points ap mode, visible, the mode of operation of wireless network card is being set in the whole process of wireless access points ap mode, all can not use the operating system of electronic equipment, so, to efficiently solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, existence must utilize the technical problem of the operating system of electronic equipment, achieve under the prerequisite of the operating system of unfavorable electronic equipment, the mode of operation of wireless network card is set to the technique effect of wireless access points ap mode.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, the specific features being to be understood that in the embodiment of the present invention and embodiment is the detailed description to technical solution of the present invention, instead of the restriction to technical solution of the present invention, when not conflicting, the technical characteristic in the embodiment of the present invention and embodiment can combine mutually.
Embodiment one:
In embodiment one, provide a kind of information processing method, be applied in the first electronic equipment, described first electronic equipment comprises central processing unit, firmware unit and wireless network card.In specific implementation process, the first electronic equipment can be notebook computer, and can be the memory device not having display unit yet, just illustrate at this, the application do any restriction.
Below with the first electronic equipment for notebook computer, the second electronic equipment is smart mobile phone, and composition graphs 1, describes in detail to the specific implementation process of the information processing method in embodiment one.
A kind of information processing method provided in embodiment one, is applied in the first electronic equipment, and described first electronic equipment comprises central processing unit, and firmware unit and wireless network card, comprise step:
S10: obtain the first triggering command, described first triggering command is in the pattern of wireless access points AP for controlling described first electronic equipment.
In the present embodiment, the implementation procedure obtaining the first triggering command can be at least following two kinds:
The first implementation is: user clicks a physical button of the keyboard of notebook computer, and this physical button can trigger notebook computer and generate the first triggering command.
The second implementation is: the 3rd electronic equipment, the such as remote controller be connected with notebook, have sent the first triggering command to notebook computer, and notebook computer have received this first triggering command.
Certainly, the implementation procedure obtaining the first triggering command has multiple method, just illustrates at this.
After obtaining the first triggering command by step S10, namely the method in the embodiment of the present application performs step S20, that is: respond described first triggering command, with the pattern making described first electronic equipment be in described wireless access points AP.
Specifically, in the present embodiment, as shown in Figure 2, S20 comprises:
S201: control described central processing unit and be in running status.
S202: the basic input-output system BIOS being loaded described firmware unit by the process of described central authorities, enjoys control to make described basic input-output system BIOS.
S203: described basic input-output system BIOS is wireless network card described in initialization at least.
In the present embodiment, step S203 is specially: wireless network card and non-volatile memory medium described in described basic input-output system BIOS initialization.
S204: described basic input-output system BIOS at least loads the driving of described wireless network card, to make described wireless network card in running order.
In the present embodiment, step S204 is specially: described basic input-output system BIOS loads the driving of described wireless network card and the driving of described non-volatile memory medium.
S205: described basic input-output system BIOS configures described wireless network card and is in described wireless access points ap mode, to make described first electronic equipment become an AP, and then make the second electronic equipment can scan a described AP and set up first with a described AP and be connected to form the first data channel in the wireless signal coverage that a described AP launches.
S206: described basic input-output system BIOS configures described wireless network card and is in Master pattern, scans the 2nd AP of the first preset range to enable described first electronic equipment by described wireless network card and sets up network with described 2nd AP and be connected to form the second data channel.
Next, still for the first electronic equipment for notebook computer, the implementation procedure of step S20 is described in detail.
After obtaining the first triggering command by step S10, first notebook computer powers on, then the central processing unit of notebook computer is just in running status, central processing unit loads the basic input-output system BIOS of the firmware unit of notebook computer, and forbid continuing load operation system OS, make basic input-output system BIOS enjoy control.
After basic input-output system BIOS enjoys control, in order to make wireless network card start working, basic input-output system BIOS also must carry out initialization to wireless network card, simultaneously, if notebook computer provides hard disk access ability, basic input-output system BIOS also will to non-volatile memory medium, and such as hard disk, carries out initialization, so that when the mode of operation of wireless network card is ap mode, notebook computer and the second electronic equipment, such as smart mobile phone, carry out transfer of data.
After wireless network card initialization is completed, basic input-output system BIOS also will load the driving of wireless network card, if to non-volatile memory medium in step S203, such as hard disk, carried out initialization, so basic input-output system BIOS also will load the driving of hard disk.
After execution of step S201-S204, basic input-output system BIOS completes the initialization to wireless network card, and is loaded with the driving of wireless network card, then, just needs to arrange the mode of operation of wireless network card.Concrete configuration information carries out arranging at the interface that arranges of bios, namely pressing a button of notebook computer, and what enter into BIOS arranges that interface carries out arranging.
Following three kinds of set-up modes are had to the mode of operation of wireless network card:
The first, the mode of operation arranging wireless network card is wireless access points ap mode, the mode of operation of namely step S205 description, when the mode of operation of wireless network card is wireless access points ap mode, the notebook computer that this wireless network card is housed just becomes an AP, one AP can wireless signal emission within the specific limits, forms wireless network.When the second electronic equipment, such as smart mobile phone, when being positioned at the scope that wireless signal that an AP launches covers, the second electronic equipment just can scanning search to an AP, and to connect with an AP, form the first data channel.After the first data channel has been set up, smart mobile phone just can carry out transfer of data with notebook computer.
The second, the mode of operation arranging wireless network card is Master pattern, the mode of operation of namely step S206 description, when the mode of operation of wireless network card is Master pattern, the notebook computer that this wireless network card is housed just can scanning search to whether there being the 2nd AP within the specific limits, wherein, the 2nd AP can be the AP being connected with the Internet, 2nd AP can wireless signal emission within the specific limits, forms wireless network.Like this, notebook computer just can search this wireless network, and connects with the 2nd AP, forms the second data channel.At notebook computer by after the 2nd AP connecting Internet, the second electronic equipment be connected with notebook computer, such as smart mobile phone, also can connect this Internet simultaneously, realizes the 2nd AP, notebook computer and smart mobile phone and share this Internet.
The third, the mode of operation simultaneously arranging wireless network card is wireless access points ap mode and Maser pattern, like this, the notebook computer that this wireless network card is housed just has two functions: on the one hand, this notebook computer can with the second electronic equipment, such as smart mobile phone, carry out transfer of data; On the other hand, this notebook computer can be searched within the specific limits and connect the 2nd AP, if the 2nd AP is connected with the Internet, so this notebook computer just can be surfed the Net, and the second electronic equipment be connected with this notebook computer, such as smart mobile phone, also can surf the Net, and realizes the 2nd AP, notebook computer, smart mobile phone share the Internet.
In the process performing step S10-S20, basic input-output system BIOS all enjoys control, and forbid load operation system OS, but when reality uses notebook computer, in some cases, user needs operating system OS to be in running status, at this moment, user will want to make OS enjoy control, in the present embodiment, make OS enjoy control to be realized by step S30, that is: obtain the first switching command, control is given described operating system OS for controlling described basic input-output system BIOS by described first switching command.
In the present embodiment, the implementation procedure obtaining the first switching command can be at least following two kinds:
The first implementation is: user clicks a physical button of the keyboard of notebook computer, and this physical button can trigger notebook computer and generate the first switching command.
The second implementation is: the 3rd electronic equipment, the such as remote controller be connected with notebook, have sent the first switching command to notebook computer, and notebook computer have received this first switching command.
Certainly, the implementation procedure obtaining the first switching command has multiple method, just illustrates at this.
After obtaining the first switching command by step S30, namely the method in the embodiment of the present application performs step S40, that is: respond described first switching command, enjoys control to make described operating system OS.
Specifically, in the present embodiment, as shown in Figure 3, S40 comprises:
S401: described central processing unit loads the driving of the kernel of described operating system OS and the hardware module of described first electronic equipment, enjoys control to make described operating system OS.
S402: described operating system OS configures described wireless network card is in described wireless access points ap mode, continue to maintain with the wireless signal making a described AP launch, and described second electronic equipment can scan a described AP and maintain described first data channel set up with a described AP in the wireless signal coverage that a described AP launches.
After obtaining the first switching command by step S30, to be enjoyed by basic input output system to make control and be switched to operating system OS and enjoy, first, central processing unit needs the driving of the kernel of load operation system OS and the hardware module of notebook computer.Then, after os starting completes and operating system enjoys control, continue to maintain to allow the wireless signal of the transmitting of an AP in step S205, simultaneously also in order to allow the first data channel between notebook computer and smart mobile phone continue to maintain, the mode of operation of wireless network card can be set to wireless access points ap mode by user in an operating system, so that the first data channel in step S205 can not be interrupted because of the switching of control, in the process of switching controls power, transfer of data can also be carried out between notebook computer and smart mobile phone.
In the present embodiment, the first electronic equipment and the second electronic equipment carry out transfer of data and have following two kinds of implementations at least:
The first implementation is: obtain transmission data by described first data channel; Described transmission data are stored on described non-volatile memory medium.
The second implementation is: obtain described transmission data by described first data channel; By in first storage area of described transmission data buffer storage on described non-volatile memory medium.After described operating system OS enjoys control, described operating system OS upgrades the described transmission data in described first storage area.
Below still with the first electronic equipment for notebook computer, the second electronic equipment be smart mobile phone citing, the implementation procedure of the first electronic equipment and the second electronic equipment being carried out to transfer of data is described in detail.
The first implementation that notebook computer and smart mobile phone carry out transfer of data is: after notebook computer and smart mobile phone establish the first data channel, and notebook computer can obtain transmission data by this first data channel.If notebook computer provides hard disk access ability, the transmission data so obtained can directly be stored on the hard disk of notebook computer.Such as: notebook computer provides the access ability of E dish, the transmission data so obtained just can directly be stored in E dish.
The second implementation that notebook computer and smart mobile phone carry out transfer of data is: after notebook computer and smart mobile phone establish the first data channel, and notebook computer can obtain transmission data by this first data channel.If notebook computer provides temporary memory space, the transmission data so obtained can temporary cache at this temporary memory space.After operating system OS enjoys control and operating system OS starts successfully, transmission data in temporary memory space can upgrade by notebook computer, namely transmission data are classified, dissimilar transmission data are stored in different hard disks.Such as: transmission data comprise the types such as word, music, video, so after os starting success, word in transmission data just can be stored into the hard disk for storing word by notebook computer, by the music storage in transmission data to being used for the hard disk storing music, by video storage to the hard disk being used for store video.
Certainly, the implementation procedure that the first electronic equipment and the second electronic equipment carry out transfer of data has multiple method, just illustrates at this.
Based on same inventive concept, additionally provide the first electronic equipment in the embodiment of the present invention, the principle of dealing with problems due to this equipment is similar to information processing method, and therefore the enforcement of this equipment see the enforcement of method, can repeat part and repeat no more.
As shown in Figure 4, the first electronic equipment comprises:
A kind of first electronic equipment, comprising:
First obtains unit 10, and for obtaining the first triggering command, described first triggering command is in the pattern of wireless access points AP for controlling described first electronic equipment;
First response unit 20, for responding described first triggering command, with the pattern making described first electronic equipment be in described wireless access points AP;
Wherein, described first triggering command of described response comprises:
Control described central processing unit and be in running status;
Loaded the basic input-output system BIOS of described firmware unit by the process of described central authorities, enjoy control to make described basic input-output system BIOS;
Described basic input-output system BIOS is wireless network card described in initialization at least;
Described basic input-output system BIOS at least loads the driving of described wireless network card, to make described wireless network card in running order;
Described basic input-output system BIOS configures described wireless network card and is in described wireless access points ap mode, to make described first electronic equipment become an AP, and then make the second electronic equipment can scan a described AP and set up first with a described AP and be connected to form the first data channel in the wireless signal coverage that a described AP launches.
Second obtains unit 30, and for obtaining the first switching command, control is given described operating system OS for controlling described basic input-output system BIOS by described first switching command;
Second response unit 40, for responding described first switching command, enjoys control to make described operating system OS;
Wherein, described first switching command of described response comprises:
Described central processing unit loads the driving of the kernel of described operating system OS and the hardware module of described first electronic equipment, enjoys control to make described operating system OS;
Described operating system OS configures described wireless network card and is in described wireless access points ap mode, continue to maintain with the wireless signal making a described AP launch, and described second electronic equipment can scan a described AP and maintain described first data channel set up with a described AP in the wireless signal coverage that a described AP launches.
First obtains memory cell 50, for obtaining transmission data by described first data channel; Described transmission data are stored on described non-volatile memory medium.
Second obtains memory cell 60, for obtaining described transmission data by described first data channel; By in first storage area of described transmission data buffer storage on described non-volatile memory medium.
Updating block 70, upgrades the described transmission data in described first storage area for described operating system OS.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:
1, owing to have employed acquisition first triggering command, and respond this first triggering command, control central processing unit and be in running status, by the basic input-output system BIOS of these central authorities process loading firmware unit, enjoy control to make this basic input-output system BIOS, this basic input-output system BIOS is intiating radio network interface card at least, this basic input-output system BIOS at least loads the driving of this wireless network card, to make this wireless network card in running order, this basic input-output system BIOS configures the technological means that this wireless network card is in described wireless access points ap mode, visible, the mode of operation of wireless network card is being set in the whole process of wireless access points ap mode, all can not use the operating system of electronic equipment, so, to efficiently solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, existence must utilize the technical problem of the operating system of electronic equipment, achieve under the prerequisite of the operating system of unfavorable electronic equipment, the mode of operation of wireless network card is set to the technique effect of wireless access points ap mode.
2, the mode of operation arranging wireless network card due to this programme is wireless access points ap mode, complete in basic input-output system BIOS, instead of complete in operating system OS, so operating system OS forbids loading, thus operating system is not in running status, do not consume electric energy and power, compared with the mode of operation of wireless network card is set in prior art in operating system OS, in this programme, operating system OS does not consume electric energy and power, to solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, there is the technical problem that power consumption is high, achieve the technique effect reducing power consumption.
3, the mode of operation arranging wireless network card due to this programme is wireless access points ap mode, complete in basic input-output system BIOS, instead of complete in operating system OS, so operating system OS forbids loading, thus do not need to take a long time and wait for that operating system completes startup, compared with the mode of operation of wireless network card is set in prior art in operating system OS, this programme does not need to wait for that operating system OS completes startup, the mode of operation that directly just can arrange wireless network card in BIOS is wireless access points ap mode, to solve in prior art when the mode of operation of wireless network card is set to wireless access points ap mode, there is inefficient technical problem, achieve the technique effect of raising the efficiency.
4, due to basic input-output system BIOS configuration wireless network card be in wireless access points ap mode while or afterwards, this basic input-output system BIOS can also configure this wireless network card and be in Master pattern, so wireless network card can be in ap mode and Master pattern simultaneously, thus the first electronic equipment being configured with wireless network card can carry out transfer of data with other electronic equipments on the one hand, can search in preset range and connect Wi-Fi on the other hand, other electronic equipments just can connect this Wi-Fi by the first electronic equipment, achieve the technique effect of the function making full use of wireless network card.
5, due to after obtaining and respond the first triggering command, wireless network card is in wireless access points ap mode, to make the first electronic equipment become an AP, and then make the second electronic equipment can scan an AP and set up first with an AP in the wireless signal coverage that an AP launches to be connected to form the first data channel.After obtaining and respond the first switching command, the wireless signal that one AP launches continues to maintain, and this second electronic equipment can scan an AP and maintain this first data channel set up with an AP in the wireless signal coverage that an AP launches.So the transfer of data of the second electronic equipment and the first electric room can not be interrupted, and improves Consumer's Experience.
Obviously, those skilled in the art can carry out various change and modification to the application and not depart from the spirit and scope of the application.Like this, if these amendments of the application and modification belong within the scope of the application's claim and equivalent technologies thereof, then the application is also intended to comprise these change and modification.
Claims (16)
1. an information processing method, is applied in the first electronic equipment, and described first electronic equipment comprises central processing unit, firmware unit and wireless network card, and described method comprises:
Obtain the first triggering command, described first triggering command is in the pattern of wireless access points AP for controlling described first electronic equipment;
Respond described first triggering command, with the pattern making described first electronic equipment be in described wireless access points AP;
Wherein, described first triggering command of described response comprises:
Control described central processing unit and be in running status;
Loaded the basic input-output system BIOS of described firmware unit by the process of described central authorities, enjoy control to make described basic input-output system BIOS;
Described basic input-output system BIOS is wireless network card described in initialization at least;
Described basic input-output system BIOS at least loads the driving of described wireless network card, to make described wireless network card in running order;
Described basic input-output system BIOS configures described wireless network card and is in described wireless access points ap mode, to make described first electronic equipment become an AP, and then make the second electronic equipment can scan a described AP and set up first with a described AP and be connected to form the first data channel in the wireless signal coverage that a described AP launches.
2. the method for claim 1, is characterized in that, configures while described wireless network card is in described wireless access points ap mode or afterwards, described method also comprises at described basic input-output system BIOS:
Described basic input-output system BIOS configures described wireless network card and is in Master pattern, scans the 2nd AP of the first preset range and set up network with described 2nd AP and be connected to form the second data channel to enable described first electronic equipment by described wireless network card.
3. the method for claim 1, it is characterized in that, the second electronic equipment described one AP launch wireless signal coverage in can scan a described AP and with a described AP set up first be connected to form the first data channel after, described method also comprises:
Obtain the first switching command, control is given described operating system OS for controlling described basic input-output system BIOS by described first switching command;
Respond described first switching command, enjoy control to make described operating system OS;
Wherein, described first switching command of described response comprises:
Described central processing unit loads the driving of the kernel of described operating system OS and the hardware module of described first electronic equipment, enjoys control to make described operating system OS;
Described operating system OS configures described wireless network card and is in described wireless access points ap mode, continue to maintain with the wireless signal making a described AP launch, and described second electronic equipment can scan a described AP and maintain described first data channel set up with a described AP in the wireless signal coverage that a described AP launches.
4. the method for claim 1, is characterized in that, described basic input-output system BIOS is wireless network card described in initialization at least, is specially:
Wireless network card and non-volatile memory medium described in described basic input-output system BIOS initialization.
5. the method for claim 1, is characterized in that, described basic input-output system BIOS at least loads the driving of described wireless network card, is specially:
Described basic input-output system BIOS loads the driving of described wireless network card and the driving of described non-volatile memory medium.
6. method as claimed in claim 5, it is characterized in that, described second electronic equipment described one AP launch wireless signal coverage in can scan a described AP and with a described AP set up first be connected to form the first data channel after, described method also comprises:
Transmission data are obtained by described first data channel;
Described transmission data are stored on described non-volatile memory medium.
7. method as claimed in claim 5, it is characterized in that, described second electronic equipment described one AP launch wireless signal coverage in can scan a described AP and with a described AP set up first be connected to form the first data channel after, described method also comprises:
Described transmission data are obtained by described first data channel;
By in first storage area of described transmission data buffer storage on described non-volatile memory medium.
8. method as claimed in claim 3, it is characterized in that, after described operating system OS enjoys control, described method also comprises:
Described operating system OS upgrades the described transmission data in described first storage area.
9. first electronic equipment, comprising:
First obtains unit, and for obtaining the first triggering command, described first triggering command is in the pattern of wireless access points AP for controlling described first electronic equipment;
First response unit, for responding described first triggering command, with the pattern making described first electronic equipment be in described wireless access points AP;
Wherein, described first triggering command of described response comprises:
Control described central processing unit and be in running status;
Loaded the basic input-output system BIOS of described firmware unit by the process of described central authorities, enjoy control to make described basic input-output system BIOS;
Described basic input-output system BIOS is wireless network card described in initialization at least;
Described basic input-output system BIOS at least loads the driving of described wireless network card, to make described wireless network card in running order;
Described basic input-output system BIOS configures described wireless network card and is in described wireless access points ap mode, to make described first electronic equipment become an AP, and then make the second electronic equipment can scan a described AP and set up first with a described AP and be connected to form the first data channel in the wireless signal coverage that a described AP launches.
10. the first electronic equipment as claimed in claim 9, it is characterized in that, to configure while described wireless network card is in described wireless access points ap mode or afterwards at described basic input-output system BIOS, described basic input-output system BIOS configures described wireless network card and is in Master pattern, scans the 2nd AP of the first preset range and set up network with described 2nd AP and be connected to form the second data channel to enable described first electronic equipment by described wireless network card.
11. first electronic equipments as claimed in claim 9, is characterized in that, described first electronic equipment also comprises:
Second obtains unit, and for obtaining the first switching command, control is given described operating system OS for controlling described basic input-output system BIOS by described first switching command;
Second response unit, for responding described first switching command, enjoys control to make described operating system OS;
Wherein, described first switching command of described response comprises:
Described central processing unit loads the driving of the kernel of described operating system OS and the hardware module of described first electronic equipment, enjoys control to make described operating system OS;
Described operating system OS configures described wireless network card and is in described wireless access points ap mode, continue to maintain with the wireless signal making a described AP launch, and described second electronic equipment can scan a described AP and maintain described first data channel set up with a described AP in the wireless signal coverage that a described AP launches.
12. first electronic equipments as claimed in claim 9, it is characterized in that, described basic input-output system BIOS is wireless network card described in initialization at least, is specially:
Wireless network card and non-volatile memory medium described in described basic input-output system BIOS initialization.
13. first electronic equipments as claimed in claim 9, it is characterized in that, described basic input-output system BIOS at least loads the driving of described wireless network card, is specially:
Described basic input-output system BIOS loads the driving of described wireless network card and the driving of described non-volatile memory medium.
14. first electronic equipments as claimed in claim 13, is characterized in that, described first electronic equipment also comprises:
First obtains memory cell, for obtaining transmission data by described first data channel; Described transmission data are stored on described non-volatile memory medium.
15. first electronic equipments as claimed in claim 13, is characterized in that, described first electronic equipment also comprises:
Second obtains memory cell, for obtaining described transmission data by described first data channel; By in first storage area of described transmission data buffer storage on described non-volatile memory medium.
16. first electronic equipments as claimed in claim 11, is characterized in that, described first electronic equipment also comprises:
Updating block, upgrades the described transmission data in described first storage area for described operating system OS.
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