CN103458019A - Method for sharing operating parameters between terminals, server and terminals - Google Patents
Method for sharing operating parameters between terminals, server and terminals Download PDFInfo
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- CN103458019A CN103458019A CN2013103769478A CN201310376947A CN103458019A CN 103458019 A CN103458019 A CN 103458019A CN 2013103769478 A CN2013103769478 A CN 2013103769478A CN 201310376947 A CN201310376947 A CN 201310376947A CN 103458019 A CN103458019 A CN 103458019A
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Abstract
The invention relates to a method for sharing operating parameters between terminals, a server and the terminals. The server acquires the operating parameters of the first terminal and sends acquired operating parameter data to the second terminal; the server also can send the operating parameter data to multiple second terminals at the same time; the second terminals conduct corresponding configuration according to the received operating parameter data. Therefore, quick sharing of the operating parameters between the first terminal and the second terminals is realized, and manual operation is not needed; moreover, the operating parameters can be sent to the multiple second terminals at the same time, so that the configuration efficiency is high.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of terminal room operational factor shared method, server and terminal.
Background technology
At present, electronics firm is when production in enormous quantities and debugging embedded electronic equipment, usually be all obtain first terminal by movable storage device operational factor (for example, display brightness data, volume data, resolution data, stand-by time data etc.), again described movable storage device is connected on the second terminal, operational factor is write to the second terminal, realize sharing of operational factor between first terminal and the second terminal.The method needs artificial hands-on, and can not process in enormous quantities simultaneously, and between terminal, the sharing efficiency of operational factor is low.
Summary of the invention
Main purpose of the present invention is to provide a kind of terminal room operational factor shared method, server and terminal, is intended to improve the sharing efficiency of operational factor between terminal.
The present invention proposes a kind of shared method of terminal room operational factor, comprising:
When the configuring request of the operational factor that receives the second terminal or third terminal transmission, server sends the operational factor feedback request to first terminal, for described first terminal, responds this its operational parameter data of request feedback;
Server, when receiving the described operational parameter data of described first terminal feedback, sends to the second terminal by the described operational parameter data received, and for described the second terminal, its operational factor is configured according to described operational parameter data; Perhaps
Server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.
Preferably, the step that described the second terminal is configured according to described operational parameter data its operational factor comprises:
The operational parameter data that described the second end-on is received is resolved, to parse the operational parameter data of each type;
The operational parameter data that described the second terminal is each type of parsing generates corresponding configuration order;
Described the second terminal is carried out each configuration order generated and is carried out the operational parameter data configuration.
Preferably, the step that described the second terminal is configured according to described operational parameter data its operational factor comprises:
The second terminal is mated the end message of the end message in the operational parameter data received and described the second terminal;
If the end message of the end message in the operational parameter data received and described the second terminal coupling, the operational parameter data that described the second end-on is received is resolved, to parse the operational parameter data of each type.
Preferably, the step that described first terminal responds its operational parameter data of this request feedback comprises:
The operational parameter data that described first terminal is each preset kind generates corresponding reading order;
Each reading order that described first terminal execution generates carries out operational parameter data and reads;
Described first terminal sends to described server by the operational parameter data read.
Preferably, described confession the second terminal receives the operational parameter data of broadcast transmission, and also comprises after the step that its operational factor is configured according to the operational parameter data received:
The response data that the second terminal sends is detected and received to described server.
The present invention also proposes the shared server of a kind of terminal room operational factor, comprising:
Receiver module, for the configuring request that receives the operational factor that the second terminal or third terminal send and the operational parameter data of first terminal feedback;
Sending module, be used for when the configuring request of the operational factor that receives the second terminal transmission, server sends the operational factor feedback request to first terminal, respond this its operational parameter data of request feedback for described first terminal, and server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data received is sent to the second terminal, for described the second terminal, its operational factor is configured according to described operational parameter data; Perhaps when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.
Preferably, the response data that described receiver module also sends for detecting and receive the second terminal.
The present invention also comprises a kind of terminal of and above-described server interaction, comprising:
Parsing module, resolved for the operational parameter data to receiving, to parse the operational parameter data of each type;
The first generation module, be used to the operational parameter data of each type parsed to generate corresponding configuration order;
The first Executive Module, carry out the operational parameter data configuration for each configuration order of carrying out generation.
Preferably, also comprise matching module, mated for the end message of the operational parameter data by receiving and the end message of terminal; If described parsing module also, for the end message of the operational parameter data that receives and the end message coupling of terminal, is resolved the operational parameter data received, to parse the operational parameter data of each type.
The present invention also proposes a kind of terminal of and above-described server interaction, comprising:
The second generation module, be used to the operational parameter data of each preset kind to generate corresponding reading order;
The second Executive Module, carry out operational parameter data for each reading order of carrying out generation and read;
Transceiver module, send to described server for the operational parameter data by reading.
Shared method, server and the terminal of terminal room operational factor that the present invention proposes, server obtains the operational factor on first terminal, and the operational parameter data got is sent to the second terminal, also operational parameter data can be sent to simultaneously to a plurality of the second terminals, the second terminal configures accordingly according to the operational parameter data received, realized that between first terminal and the second terminal, the quick of operational factor shared, do not need manual operation, and can operational factor be sent to a plurality of the second terminals, allocative efficiency is high simultaneously.
The accompanying drawing explanation
The schematic flow sheet that Fig. 1 is shared method the first embodiment of terminal room operational factor of the present invention;
Fig. 2 is first terminal response operational factor feedback request feed back the schematic flow sheet of its operational parameter data in the shared method of terminal room operational factor of the present invention;
Fig. 3 is that in the shared method of terminal room operational factor of the present invention, the second terminal is configured the schematic flow sheet of the first embodiment according to the operational parameter data received to its operational factor;
Fig. 4 is that in the shared method of terminal room operational factor of the present invention, the second terminal is configured the schematic flow sheet of the second embodiment according to the operational parameter data received to its operational factor;
The schematic flow sheet that Fig. 5 is shared method the second embodiment of terminal room operational factor of the present invention;
The structural representation that Fig. 6 is the shared server preferred embodiment of terminal room operational factor of the present invention;
The structural representation of the first embodiment of the terminal that Fig. 7 is the shared server interaction of the present invention and terminal room operational factor;
The structural representation of the second embodiment of the terminal that Fig. 8 is the shared server interaction of the present invention and terminal room operational factor;
The structural representation of the preferred embodiment of another terminal that Fig. 9 is the shared server interaction of the present invention and terminal room operational factor.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Below in conjunction with drawings and the specific embodiments, with regard to technical scheme of the present invention, be described further.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Referring to figs. 1 through Fig. 3, the schematic flow sheet that Fig. 1 is shared method the first embodiment of terminal room operational factor of the present invention, Fig. 2 is first terminal response operational factor feedback request feed back the schematic flow sheet of its operational parameter data in the shared method of terminal room operational factor of the present invention; Fig. 3 is that in the shared method of terminal room operational factor of the present invention, the second terminal is configured the schematic flow sheet of the first embodiment according to the operational parameter data received to its operational factor.
The present embodiment proposes a kind of shared method of terminal room operational factor, comprising:
Step S10, when the configuring request of the operational factor that receives the second terminal or third terminal transmission, server sends the operational factor feedback request to first terminal, for described first terminal, responds this its operational parameter data of request feedback;
When the second terminal need to be shared the operational factor of first terminal, can first to server, send the operational factor configuring request, this operational factor configuring request sends to server by the mode of message, this operational factor configuring request comprises the end message of first terminal, this end message comprises the physical address of first terminal, the information such as model information, perhaps the associated codes of the end message of first terminal and first terminal is kept in server, the second terminal only needs the code that adds first terminal to get final product in the operational factor configuring request sent, in server, according to the mapping relations of the code of first terminal and end message, determine the end message of first terminal.Server sends the operational factor feedback request to first terminal by the form of message, and server is coded in definite end message in the operational factor feedback request, and this operational factor feedback request is sent to first terminal; Also can add the user side corresponding with server (being third terminal), the user sends the operational factor configuring request by user side, this sharing request comprises the information of first terminal and the second terminal, server is when receiving the operational factor configuring request, according to the end message of the first terminal in the operational factor configuring request received, send the operational factor feedback request to described first terminal.
In the present embodiment, first terminal response operational factor feedback request the step of feeding back its operational parameter data specifically comprise:
Step S11, the operational parameter data that described first terminal is each preset kind generates corresponding reading order;
Step S12, each reading order that described first terminal execution generates carries out operational parameter data and reads;
Step S13, described first terminal sends to described server by the operational parameter data read.
By the operational factor feedback request, the mode by message sends to first terminal to server, can by operational factor with the form coding of command code in operational factor feedback request message, for example 0X31 represents channel parameter, 0X32 represents the image quality parameter, 0X33 represents luminance parameter, and 0X34 represents volume parameters, first terminal parsing operation parameter feedback request message, obtain the operational factor in operational factor feedback request message, when the command code comprised in the operational factor feedback request message received is 0X33 and 0X34, illustrate that the operational factor that server will obtain is luminance parameter and volume parameters, first terminal can generate the reading order of luminance parameter and volume parameters, the command code of this reading order is applicable to the operating system of first terminal, first terminal matches corresponding application programming interfaces according to command code, it is the interface of brightness and volume, parse the memory address of luminance parameter and volume parameters, get luminance parameter and volume parameters according to the memory address parsed, for example volume 50, brightness 60, and by the luminance parameter that gets and the volume parameters generating run supplemental characteristic message of being encoded, and this operational parameter data message is sent to server.
Before first terminal sends to server by supplemental characteristic, can first to supplemental characteristic, be encrypted and be sent to again server, to guarantee the reliability of transfer of data between first terminal and server.
Step S20, server, when receiving the described operational parameter data of described first terminal feedback, sends to the second terminal by the described operational parameter data received, and for described the second terminal, its operational factor is configured according to described operational parameter data; Perhaps
Server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.
Server has kinds of schemes when operational parameter data is sent to the second terminal, for example:
1) server is kept at the end message of the second terminal in the guidance code of operational parameter data message, server can send to the operational parameter data message separately certain second terminal, for example, when the communication protocol of supporting when a plurality of the second terminals is different, server can be encoded into operational parameter data the message format that required the second terminal of carrying out the operational factor setting is supported, this second terminal arranges accordingly according to the operational parameter data message received;
2) server is when carrying out arranging of operational factor to certain second terminal, also can operational parameter data be sent by the mode of broadcast, add the end message (as the physical address of the second terminal) of the second terminal of pending operational factor setting in operational parameter data, when the communication protocol of supporting when a plurality of the second terminals is identical, a plurality of the second terminals all can receive operational parameter data, the end message of the second terminal in receiving operational parameter data and the end message of self are mated, when the end message in receiving operational parameter data and the end message of self coupling, the operational parameter data that parsing receives is to carry out the setting of operational factor,
3) server also can carry out the operational factor setting to a plurality of the second terminals simultaneously simultaneously, can in the operational parameter data sent to the second terminal, add the end message of the second terminal of a plurality of pending operational factors settings, and the mode by broadcast sends by this operational parameter data, the end message of the second terminal in receiving operational parameter data and the end message of self are mated, when the end message in receiving operational parameter data and the end message of self coupling, the operational parameter data that parsing receives is to carry out the setting of operational factor, can realize a plurality of the second terminals being carried out to the operational factor setting simultaneously, the efficiency of parameter setting is carried out in raising to the second terminal,
4) server can carry out the operational factor setting to all the second terminals in its networking simultaneously, for example can send operational parameter data by the mode of broadcast, do not add the end message of any the second terminal in this operational parameter data, all the second terminals in the networking of server all can be carried out the setting of operational factor simultaneously, improve the efficiency that the second terminal is carried out to the parameter setting.
The first embodiment that the second terminal is configured according to the operational parameter data received its operational factor as shown in Figure 3, comprising:
Step S21, the operational parameter data that described the second end-on is received is resolved, to parse the operational parameter data of each type;
Step S22, the operational parameter data that described the second terminal is each type of parsing generates corresponding configuration order;
Step S23, described the second terminal is carried out each configuration order generated and is carried out the operational parameter data configuration.
The second terminal is when receiving the operational parameter data of server transmission, resolve the operational parameter data of reception to obtain the operational parameter data of each type, the service data got is one or more, the operational parameter data for example got is volume 60, brightness 70, the configuration order of generating run supplemental characteristic, the command code of this configuration order is applicable to the operating system of the second terminal, for example the operating system of the second terminal is the Andriod system, command code can be converted to the discernible code of Andriod system, the second terminal matches corresponding application programming interfaces according to command code, it is the interface of brightness and volume, parse the memory address of luminance parameter and volume parameters, then operational factor is write to the memory address parsed, to realize the setting to the second terminal, perhaps adopt the operational factor in the operational parameter data received to upgrade the operational factor of preserving in the memory address parsed.Server is before sending to the second terminal by supplemental characteristic, can first to operational parameter data, be encrypted and be sent to again the second terminal, after being decrypted, the second terminal line after receiving operational parameter data resolves again this operational parameter data, to guarantee the reliability of transfer of data between the second terminal and server.
Sharing of service data by a plurality of terminals, the operational factor of a plurality of terminals is set to unanimously fast.For example, when being dispatched from the factory debugging, can be set to machine tool by first terminal, the second terminal is set to handset, and server obtains the parameters of machine tool, and this parameters is shared to a plurality of handsets fast, can realize rapidly the consistency of the Default Value of a plurality of terminals; Perhaps in some occasion, need the operational factor (as brightness and volume) of a plurality of terminals of this occasion to be set to consistent, now can obtain first one of them terminal is arranged, the operational factor of this terminal be set to canonical parameter and using this terminal as first terminal other terminal carry out data interaction as the second terminal and server, the operational factor of a plurality of terminals is set to standard value rapidly.
The shared method of terminal room operational factor of the present embodiment, server obtains the operational factor on first terminal, and the operational parameter data got is sent to the second terminal, also operational parameter data can be sent to simultaneously to a plurality of the second terminals, the second terminal configures accordingly according to the operational parameter data received, realized that between first terminal and the second terminal, the quick of operational factor shared, do not need manual operation, and can operational factor be sent to a plurality of the second terminals, allocative efficiency is high simultaneously.
With reference to Fig. 4, the schematic flow sheet that Fig. 4 is the second embodiment that in the shared method of terminal room operational factor of the present invention, the second terminal is configured according to described operational parameter data its operational factor.
In the present embodiment, the first embodiment difference its operational factor is configured according to the operational parameter data received with the second terminal is that the step of this configuration also comprises:
Step S24, whether the end message of the end message in the operational parameter data that the second terminal judges receives and described the second terminal mates;
If the end message of the end message in the operational parameter data received and described the second terminal coupling, perform step S21, the operational parameter data that described the second end-on is received is resolved, to parse the operational parameter data of each type.
Server can send to the second terminal by operational parameter data by the mode of broadcast, the end message (as physical address) that can comprise the second terminal that a pending operational factor arranges in operational parameter data, the end message that also can comprise the second terminal that a plurality of pending operational factors arrange, the second terminal is when receiving the operational parameter data of server transmission, the end message of the end message in the operational parameter data received and the second terminal self is mated to (for example the physical address of the physical address in the operational parameter data received and the second terminal self being mated), if the end message of the end message in the operational parameter data received and described the second terminal coupling, the operational parameter data that the second end-on is received is resolved, to parse the operational parameter data of each type, carry out the setting of operational factor according to the operational parameter data parsed.
With reference to Fig. 5, the schematic flow sheet that Fig. 5 is shared method the second embodiment of terminal room operational factor of the present invention.
Based on the first embodiment, shared method the second embodiment of terminal room operational factor of the present invention is proposed, after step S20, comprise in the present embodiment:
Step S30, the response data that the second terminal sends is detected and received to described server.
The second terminal is after the operational parameter data according to receiving is arranged, can send response data to server, the information that these data can be setup failed also can be the successful information that arranges, if the information that this response data is setup failed, can again to the second terminal, send operational parameter data, so when server receives the operational parameter data of first terminal feedback, can first preserve this operational parameter data and this operational parameter data is sent to the second terminal, when receiving the successful information of arranging of the second terminal feedback, delete the operational parameter data of preserving in server, can when the second terminal setup failed, can resend immediately operational parameter data to the second terminal, in order to avoid again by first terminal, obtain operational parameter data, the efficiency of operational factor configuration is carried out in raising to the second terminal.
With reference to Fig. 6, the structural representation that Fig. 6 is the shared server preferred embodiment of terminal room operational factor of the present invention.
The present embodiment proposes the shared server of a kind of terminal room operational factor, comprising:
Sending module 20, be used for when the configuring request of the operational factor that receives the second terminal transmission, server sends the operational factor feedback request to first terminal, respond this its operational parameter data of request feedback for described first terminal, and server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data received is sent to the second terminal, for described the second terminal, its operational factor is configured according to described operational parameter data; Perhaps when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.
When the second terminal need to be shared the operational factor of first terminal, can first to server, send the operational factor configuring request, this operational factor configuring request sends to server by the mode of message, this operational factor configuring request comprises the end message of first terminal, this end message comprises the physical address of first terminal, the information such as model information, perhaps the associated codes of the end message of first terminal and first terminal is kept in server, the second terminal only needs the code that adds first terminal to get final product in the operational factor configuring request sent, in server, according to the mapping relations of the code of first terminal and end message, determine the end message of first terminal.Server sends the operational factor feedback request to first terminal by the form of message, and server is coded in definite end message in the operational factor feedback request, and this operational factor feedback request is sent to first terminal; Also can add the user side corresponding with server (being third terminal), the user sends the operational factor configuring request by user side, this sharing request comprises the information of first terminal and the second terminal, server is when receiving the operational factor configuring request, according to the end message of the first terminal in the operational factor configuring request received, send the operational factor feedback request to described first terminal.
Server has kinds of schemes when operational parameter data is sent to the second terminal, for example:
1) server is kept at the end message of the second terminal in the guidance code of operational parameter data message, server can send to the operational parameter data message separately certain second terminal, for example, when the communication protocol of supporting when a plurality of the second terminals is different, server can be encoded into operational parameter data the message format that required the second terminal of carrying out the operational factor setting is supported, this second terminal arranges accordingly according to the operational parameter data message received;
2) server is when carrying out arranging of operational factor to certain second terminal, also can operational parameter data be sent by the mode of broadcast, add the end message (as the physical address of the second terminal) of the second terminal of pending operational factor setting in operational parameter data, when the communication protocol of supporting when a plurality of the second terminals is identical, a plurality of communication protocol all can receive operational parameter data, the end message of the second terminal in receiving operational parameter data and the end message of self are mated, when the end message of the end message in receiving operational parameter data and the second terminal self mates, the operational parameter data that parsing receives is to carry out the setting of operational factor,
3) server also can carry out the operational factor setting to a plurality of the second terminals simultaneously simultaneously, can in the operational parameter data sent to the second terminal, add the end message of the second terminal of a plurality of pending operational factors settings, and the mode by broadcast sends by this operational parameter data, the end message of the second terminal in receiving operational parameter data and the end message of self are mated, when the end message of the end message in receiving operational parameter data and the second terminal self mates, the operational parameter data that parsing receives is to carry out the setting of operational factor, can realize a plurality of the second terminals being carried out to the operational factor setting simultaneously, the efficiency of parameter setting is carried out in raising to the second terminal,
4) server can carry out the operational factor setting to all the second terminals in its networking simultaneously, for example can send operational parameter data by the mode of broadcast, do not add the end message of any the second terminal in this operational parameter data, all the second terminals in the networking of server all can be carried out the setting of operational factor simultaneously, improve the efficiency that the second terminal is carried out to the parameter setting.
Sharing of service data by a plurality of terminals, the operational factor of a plurality of terminals is set to unanimously fast.For example, when being dispatched from the factory debugging, can be set to machine tool by first terminal, the second terminal is set to handset, and server obtains the parameters of machine tool, and this parameters is shared to a plurality of handsets fast, can realize rapidly the consistency of the Default Value of a plurality of terminals; Perhaps in some occasion, need the operational factor (as brightness and volume) of a plurality of terminals of this occasion to be set to consistent, now can obtain first one of them terminal is arranged, the operational factor of this terminal be set to canonical parameter and using this terminal as first terminal other terminal carry out data interaction as the second terminal and server, the operational factor of a plurality of terminals is set to standard value rapidly.
The shared server of terminal room operational factor of the present embodiment, server obtains the operational factor on first terminal, and the operational parameter data got is sent to the second terminal, also operational parameter data can be sent to simultaneously to a plurality of the second terminals, the second terminal configures accordingly according to the operational parameter data received, realized that between first terminal and the second terminal, the quick of operational factor shared, do not need manual operation, and can operational factor be sent to a plurality of the second terminals, allocative efficiency is high simultaneously.
In terminal room operational factor of the present invention, in the preferred embodiment of shared server, described receiver module 10 is also for detecting and receive the response data of the second terminal transmission.
The second terminal is after the operational parameter data according to receiving is arranged, can send response data to server, the information that these data can be setup failed also can be the successful information that arranges, if the information that this response data is setup failed, can again to the second terminal, send operational parameter data, so when server receives the operational parameter data of first terminal feedback, can first preserve this operational parameter data and this operational parameter data is sent to the second terminal, when receiving the successful information of arranging of the second terminal feedback, delete the operational parameter data of preserving in server, can when the second terminal setup failed, can resend immediately operational parameter data to the second terminal, in order to avoid again by first terminal, obtain operational parameter data, the efficiency of operational factor configuration is carried out in raising to the second terminal.
With reference to Fig. 7, the structural representation of the first embodiment of the terminal that Fig. 7 is the shared server interaction of the present invention and terminal room operational factor.
The present embodiment proposes terminal a kind of and the described server interaction of above-described embodiment, comprising:
Parsing module 30, resolved for the operational parameter data to receiving, to parse the operational parameter data of each type;
The first generation module 40, be used to the operational parameter data of each type parsed to generate corresponding configuration order;
The first Executive Module 50, carry out the operational parameter data configuration for each configuration order of carrying out generation.
In the present embodiment, server receives the configuring request of the operational factor that the second terminal or third terminal send and the operational parameter data of first terminal feedback, and when the configuring request of the operational factor that receives the second terminal transmission, server sends the operational factor feedback request to first terminal, respond this its operational parameter data of request feedback for described first terminal, and server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data received is sent to the second terminal, for described the second terminal, its operational factor is configured according to described operational parameter data, perhaps when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.The terminal that the present embodiment proposes is the second terminal.
Terminal is when receiving the operational parameter data of server transmission, resolve the operational parameter data of reception to obtain the operational parameter data of each type, the service data got is one or more, the operational parameter data for example got is volume 60, brightness 70, the configuration order of generating run supplemental characteristic, the command code of this configuration order is applicable to the operating system of terminal, for example the operating system of terminal is the Andriod system, command code can be converted to the discernible code of Andriod system, terminal matches corresponding application programming interfaces according to command code, it is the interface of brightness and volume, parse the memory address of luminance parameter and volume parameters, then operational factor is write to the memory address parsed, to realize the setting to terminal, perhaps adopt the operational factor in the operational parameter data received to upgrade the operational factor of preserving in the storage ground parsed.Server is before sending to first terminal by supplemental characteristic, can first to operational parameter data, be encrypted and be sent to again terminal, after being decrypted, terminal line after receiving operational parameter data resolves again this operational parameter data, to guarantee the reliability of transfer of data between terminal and server.
The present embodiment that propose with the terminal shared server interaction of terminal room service data, terminal is obtained the operational parameter data that server sends, and configure accordingly according to the operational parameter data received, the data that terminal sends according to server are arranged the operational factor of terminal fast, do not need manual operation, server can send to operational factor a plurality of terminals simultaneously, and allocative efficiency is high.
With reference to Fig. 8, the structural representation of the second embodiment of the terminal that Fig. 8 is the shared server interaction of the present invention and terminal room operational factor.
In the present embodiment, also comprise matching module 60, mated for the end message of the operational parameter data by receiving and the end message of terminal; If described parsing module 10 also, for the end message of the operational parameter data that receives and the end message coupling of terminal, is resolved the operational parameter data received, to parse the operational parameter data of each type.
Server has kinds of schemes when operational parameter data is sent to the second terminal, for example:
1) server is kept at the end message of terminal in the guidance code of operational parameter data message, server can send to separately certain terminal by the operational parameter data message, for example, when the communication protocol of supporting when a plurality of terminals is different, server can be encoded into operational parameter data the message format that required terminal of carrying out the operational factor setting is supported, this terminal arranges accordingly according to the operational parameter data message received;
2) server is when carrying out arranging of operational factor to certain terminal, also can operational parameter data be sent by the mode of broadcast, add the end message (as the physical address of terminal) of the terminal of pending operational factor setting in operational parameter data, when the communication protocol of supporting when a plurality of terminals is identical, a plurality of communication protocol all can receive operational parameter data, the end message of terminal in receiving operational parameter data and the end message of self are mated, when the end message of the end message in receiving operational parameter data and terminal self mates, the operational parameter data that parsing receives is to carry out the setting of operational factor,
3) server also can carry out the operational factor setting to a plurality of terminals simultaneously simultaneously, can in the operational parameter data sent to terminal, add the end message of the terminal of a plurality of pending operational factors settings, and the mode by broadcast sends by this operational parameter data, the end message of terminal in receiving operational parameter data and the end message of self are mated, when the end message of the end message in receiving operational parameter data and terminal self mates, the operational parameter data that parsing receives is to carry out the setting of operational factor, can realize a plurality of terminals being carried out to the operational factor setting simultaneously, the efficiency of parameter setting is carried out in raising to terminal,
4) server can carry out the operational factor setting to all terminals in its networking simultaneously, for example can send operational parameter data by the mode of broadcast, do not add the end message of any terminal in this operational parameter data, the all terminals in the networking of server all can be carried out the setting of operational factor simultaneously, improve the efficiency that terminal is carried out to the parameter setting.
Server can send to the second terminal by operational parameter data by the mode of broadcast, the end message (as physical address) that can comprise the second terminal that a pending operational factor arranges in operational parameter data, the end message that also can comprise the second terminal that a plurality of pending operational factors arrange, the second terminal is when receiving the operational parameter data of server transmission, the end message of the end message in the operational parameter data received and the second terminal self is mated to (for example the physical address of the physical address in the operational parameter data received and the second terminal self being mated), if the end message of the end message in the operational parameter data received and described the second terminal coupling, the operational parameter data that the second end-on is received is resolved, to parse the operational parameter data of each type, carry out the setting of operational factor according to the operational parameter data parsed.
With reference to Fig. 9, the structural representation of the preferred embodiment of another terminal that Fig. 9 is the shared server interaction of the present invention and terminal room operational factor.
The present embodiment proposes terminal a kind of and the described server interaction of above-described embodiment, comprising:
The second generation module 70, be used to the operational parameter data of each preset kind to generate corresponding reading order;
The second Executive Module 80, carry out operational parameter data for each reading order of carrying out generation and read;
In the present embodiment, server receives the configuring request of the operational factor that the second terminal or third terminal send and the operational parameter data of first terminal feedback, and when the configuring request of the operational factor that receives the second terminal transmission, server sends the operational factor feedback request to first terminal, respond this its operational parameter data of request feedback for described first terminal, and server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data received is sent to the second terminal, for described the second terminal, its operational factor is configured according to described operational parameter data, perhaps when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.The terminal that the present embodiment proposes is first terminal.
By the operational factor feedback request, the mode by message sends to terminal to server, can by operational factor with the form coding of command code in operational factor feedback request message, for example 0X31 represents channel parameter, 0X32 represents the image quality parameter, 0X33 represents luminance parameter, and 0X34 represents volume parameters, terminal parses operational factor feedback request message, obtain the operational factor in operational factor feedback request message, when the command code comprised in the operational factor feedback request message received is 0X33 and 0X34, illustrate that the operational factor that server will obtain is luminance parameter and volume parameters, terminal can generate the reading order of luminance parameter and volume parameters, the command code of this reading order is applicable to the operating system of terminal, terminal matches corresponding application programming interfaces according to command code, it is the interface of brightness and volume, parse the memory address of luminance parameter and volume parameters, get luminance parameter and volume parameters according to the memory address parsed, for example volume 50, brightness 60, and by the luminance parameter that gets and the volume parameters generating run supplemental characteristic message of being encoded, and this operational parameter data message is sent to server.
The foregoing is only the preferred embodiments of the present invention; not thereby limit the scope of the claims of the present invention; every equivalent structure transformation that utilizes specification of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in scope of patent protection of the present invention.
Claims (10)
1. the method that the terminal room operational factor is shared, is characterized in that, comprising:
When the configuring request of the operational factor that receives the second terminal or third terminal transmission, server sends the operational factor feedback request to first terminal, for described first terminal, responds this its operational parameter data of request feedback;
Server, when receiving the described operational parameter data of described first terminal feedback, sends to the second terminal by the described operational parameter data received, and for described the second terminal, its operational factor is configured according to described operational parameter data; Perhaps
Server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.
2. method according to claim 1, is characterized in that, the step that described the second terminal is configured according to described operational parameter data its operational factor comprises:
The operational parameter data that described the second end-on is received is resolved, to parse the operational parameter data of each type;
The operational parameter data that described the second terminal is each type of parsing generates corresponding configuration order;
Described the second terminal is carried out each configuration order generated and is carried out the operational parameter data configuration.
3. method according to claim 2, is characterized in that, the step that described the second terminal is configured according to described operational parameter data its operational factor comprises:
The second terminal is mated the end message of the end message in the operational parameter data received and described the second terminal;
If the end message of the end message in the operational parameter data received and described the second terminal coupling, the operational parameter data that described the second end-on is received is resolved, to parse the operational parameter data of each type.
4. method according to claim 1, is characterized in that, the step that described first terminal responds this its operational parameter data of request feedback comprises:
The operational parameter data that described first terminal is each preset kind generates corresponding reading order;
Each reading order that described first terminal execution generates carries out operational parameter data and reads;
Described first terminal sends to described server by the operational parameter data read.
5. method according to claim 1, is characterized in that, described confession the second terminal receives the operational parameter data of broadcast transmission, and also comprise after the step that its operational factor is configured according to the operational parameter data received:
The response data that the second terminal sends is detected and received to described server.
6. the server that the terminal room operational factor is shared, is characterized in that, comprising:
Receiver module, for the configuring request that receives the operational factor that the second terminal or third terminal send and the operational parameter data of first terminal feedback;
Sending module, be used for when the configuring request of the operational factor that receives the second terminal transmission, server sends the operational factor feedback request to first terminal, respond this its operational parameter data of request feedback for described first terminal, and server is when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data received is sent to the second terminal, for described the second terminal, its operational factor is configured according to described operational parameter data; Perhaps when receiving the described operational parameter data of described first terminal feedback, the described operational parameter data broadcast transmission received is gone out, receive the operational parameter data of broadcast transmission for the second terminal, and its operational factor is configured according to the operational parameter data received.
7. server according to claim 6, is characterized in that, the response data that described receiver module also sends for detecting and receive the second terminal.
8. the terminal with server interaction claimed in claim 6, is characterized in that, comprising:
Parsing module, resolved for the operational parameter data to receiving, to parse the operational parameter data of each type;
The first generation module, be used to the operational parameter data of each type parsed to generate corresponding configuration order;
The first Executive Module, carry out the operational parameter data configuration for each configuration order of carrying out generation.
9. terminal according to claim 8, is characterized in that, also comprises matching module, for the end message of the operational parameter data by receiving and the end message of terminal, mated; If described parsing module also, for the end message of the operational parameter data that receives and the end message coupling of terminal, is resolved the operational parameter data received, to parse the operational parameter data of each type.
10. the terminal with server interaction claimed in claim 6, is characterized in that, comprising:
The second generation module, be used to the operational parameter data of each preset kind to generate corresponding reading order;
The second Executive Module, carry out operational parameter data for each reading order of carrying out generation and read;
Transceiver module, send to described server for the operational parameter data by reading.
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