CN104954341A - Client terminal interaction method and system and client terminals - Google Patents
Client terminal interaction method and system and client terminals Download PDFInfo
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- CN104954341A CN104954341A CN201410126093.2A CN201410126093A CN104954341A CN 104954341 A CN104954341 A CN 104954341A CN 201410126093 A CN201410126093 A CN 201410126093A CN 104954341 A CN104954341 A CN 104954341A
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Abstract
The embodiment of the application discloses a client terminal interaction method and system and client terminals. The client terminal interaction method comprises the steps that a first client terminal transmits a position information acquisition request to a second client terminal; the second client terminal receives the position information acquisition request; the second client terminal uses a positioning function so that current position information is generated; the second client terminal transmits the current position information to the first client terminal; the first client terminal receives the current position information; and the first client terminal uses a navigation function to be navigated to the position indicated by the current position information. According to the client terminal interaction method, tedious searching operation of a user is not needed, and the first client terminal is automatically navigated to the second client terminal so that the user is greatly facilitated.
Description
Technical field
The application relates to network communication technology field, particularly a kind of client exchange method and system and client.
Background technology
In actual life, often carry out communication between men, to maintain interpersonal social relationships.Usually, the both sides carrying out linking up may be in different places, are exchanged by phone or Internet chat software.In some cases, exchanging both sides needs meeting, and the side in both sides may be needed to go to the position at the opposing party place, and such as Party A exchanges with Party B, and arranges Party A and interview to the position at Party B place.
Traditional method, its address and possible route are told Party A by Party B, set out in the address that then Party A provides according to Party B.Obviously, traditional method is very inconvenient at some time, and such as Party A and Party B all do not know from Party A location to the on-site route of Party B, then two people are just difficult to meeting.
Along with the development of science and technology, create electronic chart, and the navigation software coordinating electronic chart to use.Such as Baidu's map, Google Maps, high moral map, the navigation of high moral and Kai Lide navigation etc.By electronic chart and navigation software with the use of, user just can be realized to navigate to some places of specifying.Such as, Party A is to the position of Party B, and after Party B informs its position of Party A, Party A just can search for the position of Party B in electronic chart, and then the path of planning trip.Usually, when Party B tells Party A's particular location, terrestrial reference obvious near it can be informed Party A, so that Party A's search, terrestrial reference can be square name, shop name, building name etc.But in some cases, the position at Party B place does not have obvious terrestrial reference, now Party A is difficult to location Party B's particular location by electronic chart, thus is difficult to the path being planned for Party B.
Summary of the invention
The object of the application's execution mode is to provide a kind of client exchange method and system and client, realizes easily by the place residing for a customer navigation terminal to another client.
For solving the problems of the technologies described above, the application provides a kind of client exchange method, comprising:
First client sends positional information to the second client and obtains request;
Described second client receives described positional information and obtains request;
Described second client uses positioning function, produces current location information;
Described current location information is sent to described first client by described second client;
Described first client receives described current location information;
Described first client uses navigation feature, navigates to the position represented by described current location information.
The application also provides a kind of client interactive system, comprises the first client and the second client, wherein,
Described first client comprises:
First sending module, obtains request for sending positional information to described second client;
First receiver module, receives the current location information that described second client sends;
Navigation module, navigates to the position represented by described current location information;
Described second client comprises:
Second receiver module, the described positional information sent for receiving described first client obtains request;
Locating module, for locating the position of described second client, produces current location information;
Second sending module, for sending to described first client by described current location information.
The application also provides a kind of client exchange method, comprising:
Send positional information to destination client and obtain request;
Receive the positional information beamed back from described destination client;
Use navigation feature, navigate to the position represented by described positional information.
The application also provides a kind of client, comprising:
First sending module, obtains request for sending positional information to destination client;
First receiver module, receives the positional information that described destination client is beamed back;
Navigation module, navigates to the position represented by described positional information.
The application also provides a kind of client exchange method, comprising:
Receiving position information obtains request;
Use positioning function, produce current location information;
Described current location information is sent to and sends the client that described positional information obtains request.
The application also provides a kind of client, comprising:
Second receiver module, obtains request for receiving position information;
Locating module, for locating current location, produces current location information;
Second sending module, sends to described current location information and sends the client that described positional information obtains request.
The technical scheme provided from above the application's execution mode, the application sends positional information by the first client to the second client and obtains request, and second client its current location information is informed the first client, realize the first client and the second client foundation contact, the first client can use the position at the place of navigation feature to the second client.So carry out loaded down with trivial details search operation without the need to user, realize self-navigation, bring great advantage to the user.
Accompanying drawing explanation
In order to be illustrated more clearly in the application's execution mode or technical scheme of the prior art, be briefly described to the accompanying drawing used required in execution mode or description of the prior art below, apparently, the accompanying drawing that the following describes is only some execution modes recorded in the application, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The flow chart of the client exchange method that Fig. 1 provides for the application's execution mode;
In the client exchange method that Fig. 2 provides for the application's execution mode, produce the flow chart of the sub-step of current location information;
In the client exchange method that Fig. 3 provides for the application's execution mode, current location information is sent to the flow chart of the sub-step of another client by client;
The module map of the client interactive system that Fig. 4 provides for the application's execution mode;
The flow chart of a kind of client exchange method that Fig. 5 provides for the application's execution mode;
The module map of the client that Fig. 6 provides for the application's execution mode;
The flow chart of the client exchange method that Fig. 7 provides for the application's execution mode;
In the client exchange method that Fig. 8 provides for the application's execution mode, produce the flow chart of the sub-step of current location information;
In the client exchange method that Fig. 9 provides for the application's execution mode, current location information is sent to the flow chart of the sub-step of another client by client;
In the client exchange method that Figure 10 provides for the application's execution mode, current location information is sent to the flow chart of the sub-step of another client by client;
In the client exchange method that Figure 11 provides for the application's execution mode, current location information is sent to the flow chart of the sub-step of another client by client;
The module map of the client that Figure 12 provides for the application's execution mode.
Embodiment
Technical scheme in the application is understood better in order to make those skilled in the art person, below in conjunction with the accompanying drawing in the application's execution mode, technical scheme in the application's execution mode is clearly and completely described, obviously, described execution mode is only the application's part execution mode, instead of whole execution modes.Based on the execution mode in the application, those of ordinary skill in the art are not making the every other execution mode obtained under creative work prerequisite, all should belong to the scope of the application's protection.
Refer to Fig. 1, the client exchange method that an execution mode for the application provides.Client can be that the mobile terminal of arbitrary form is as mobile phone, panel computer, notebook computer, portable navigation or vehicle mounted guidance etc., can also work out by program language the logic body formed in above-mentioned hardware device for operating in, be exemplified as: can be instant communication software, as Ali Wang Wang, dealing, credulity, Tencent QQ or micro-letter etc.Described client exchange method comprises the following steps.
Step S10: the first client sends positional information to the second client and obtains request.
In the present embodiment, can arrange the button options corresponding with the second client at the interface of the first client, after this button options is triggered, the first client sends positional information to the second client and obtains request.
In the present embodiment, positional information obtains request for representing that the first client-requested obtains the current location information of the second client.The expression way that positional information obtains request itself can be predefined any one group of character string or array, after the second client receives this character string, thinks that have received positional information obtains request.
Step S20: described second client receives described positional information and obtains request.
Step S30: described second client uses positioning function, produces current location information.
In the present embodiment, after the second client receives positional information acquisition request, response position information acquisition request, uses positioning function, positions the position at its current place, and produces the current location information representing current location.Positioning function can be located for GPS, can be also architecture, and corresponding to different locate modes, the mode that embodies of its positional information produced may be different.
In addition, step S30 carries out after being not limited to be positioned at step S20, and namely step S30 also can carry out prior to step S20.
Step S40: described current location information is sent to described first client by described second client.
In the present embodiment, after the second client produces current location information, current location information is sent to and sends the client that positional information obtains request, namely send to the first client, so realize position current for the second client to inform the first client.
As previously mentioned, the situation that step S30 performed before step S20, the second client can receive the positional information namely having obtained the second client self before positional information obtains request.Thus the second client, after receiving positional information and obtaining request, can perform step S40, send to the first client by described current location information.
Step S50: described first client receives described current location information.
Step S60: described first client uses navigation feature, navigates to the position represented by described current location information.
In the present embodiment, after the first client receives the positional information that the second client sends, the first client terminal start-up navigation feature, navigates the positional information of the second client as objective.Navigation feature can be realized by the navigation software in client, and namely use navigation software navigates to the place represented by current location information.Concrete, be exemplified as: described navigation software can be high moral navigation, Kai Lide navigation etc., as space is limited, no longer enumerates.Or in the first client inside, the function that navigation plug-in unit realizes navigation also can be set.
In the present embodiment, after first client receives current location information, first locate self-position, set up the path planning of the position represented to described current location information from self-position, then according to the position that path navigation to the described current location information of planning represents.
Refer to Fig. 2, in an execution mode of the application, described step S30 can also comprise following sub-step.
Step S31: receive control command.
In the present embodiment, after second client receives positional information acquisition request, can not produce current location information immediately, but whether prompting user agrees to that the first client obtains the current location information of the second client, now the second client is further processed after receiving control command.The privacy of realization like this to the second client user is preferably protected, and avoid in the unwitting situation of the user of the second client, its position is obtained by other users.
In the present embodiment, can show the control of a prompting user's input information or select button on a second client, so realize user's input of control commands, namely the second client receives control command.Concrete, be exemplified as: the mode of prompting user's input information, can for show input frame in the display of the second client, what input frame received is input as " 1 ", can for agreeing that the first client obtains the positional information of the second client, what input frame received is input as " 0 ", can not agree to that the first client obtains the positional information of the second client for representing.The mode of select button, can for providing user two button options, be respectively "Yes" and "No", or be respectively " agreement " and " not agreeing to ", obviously, button "Yes" or " agreement " are selected, and agree that the first client obtains the positional information of the second client, button "No" or " not agreeing to " are selected, and represent and do not agree to that the first client obtains the positional information of the second client.
Step S33: described control command is, when agreeing to that described first client obtains the positional information of described second client, use positioning function, produce current location information.
In the present embodiment, after second client receives positional information acquisition request, whether prompting user input of control commands agrees to that the first client obtains the positional information of the second client, after second client receives the control command of user's input, respond, if control command is agree to the positional information of the second client to be supplied to the first client, then the second client can use positioning function to locate the current position of the second client, produces current location information.If control command is do not agree to the positional information of the second client to be supplied to the first client, then no longer can carry out any process, namely no longer obtain request for positional information and carry out any response, or also can be rejected to its request of the first client feedback, its position acquisition request is rejected.
Refer to Fig. 3, in an execution mode of the application, described step S40 can also comprise following sub-step.
Step S41: described second client judging distance sent positional information and whether arrive scheduled duration last time.
Step S43: if arrive scheduled duration, described second client produces current location information.
Step S45: send current location information to described first client.
In the present embodiment, second client can record the time at every turn sending positional information, so just can realize at interval of a scheduled duration, regenerate current location information, be supplied to the first client, when so realizing occurring change in the position of the second client, can automatically inform the first client, make the first client can respond the change in location of the second client in time, navigate to the current location of the second client.
In the present embodiment, scheduled duration can for the duration preset.The value of scheduled duration can set arbitrarily, the value of scheduled duration is larger, the live load of the second client is less, but when there is change in the position of the second client, it informs that the instantaneity of the first client is poorer, namely the position of such as the second client moves to place B from place A, first client is close to place of arrival A, or place of arrival A, or have passed through a period of time after place of arrival A, current location information after change is just informed the first client by the second client, and situation like this is instantaneity difference.The value of scheduled duration is less, second client constantly can produce current location information, cause the live load of the second client larger, but when there is change in the position of the second client, it informs that the instantaneity of the first client is better, namely when the position of the second client changes, can inform the first client in time, make the first client in time according to the change in location of the second client, can plan that better route navigates.
Refer to Fig. 4, the application also provides a kind of client interactive system 100.Client interactive system 100 comprises the first client 10 and the second client 20.
First client 10 comprises: the first sending module 11, first receiver module 12 and navigation module 13.
First sending module 11 obtains request for sending positional information to the second client 20.
In the present embodiment, the first sending module 11 can be that arbitrary wireless data sends chip, also can for the logic body utilizing said chip to send positional information.The interface of the first client 10 corresponding second client 20 can arrange button options, and after this button options is triggered, the first client 10 sends positional information to the second client 20 and obtains request.
In the present embodiment, positional information obtains request for representing that the first client-requested obtains the current location information of the second client.The expression way that positional information obtains request itself can be predefined any one group of character string or array, after the second client receives this character string, thinks that have received positional information obtains request.
The current location information that first receiver module 12 sends for receiving the second client 20.
In the present embodiment, the first receiver module 12 can be arbitrary receive data by wireless chip, also can for utilizing the logic body of said chip receiving position information.
Navigation module 13 is for navigating to the position represented by current location information by the first client 10.
In the present embodiment, navigation module 13 can be navigation software, such as: high moral navigation software or Kai Lide navigation software etc., as space is limited, no longer enumerates.Or also can for being arranged on the plug-in unit realizing navigation feature in the first client 10 at navigation module 13.After first client 10 receives the positional information that the second client 20 sends, the positional information of the second client 20 is navigated as objective by navigation module 13.Concrete, first the first client can locate self-position, sets up the path planning of the position represented to described current location information from self-position, then according to the position that path navigation to the described current location information of planning represents.
Second client 20 comprises: the second receiver module 21, locating module 22 and the second sending module 23.
The positional information acquisition request that second receiver module 21 sends for receiving the first client 10.
In the present embodiment, the second receiver module 21 can be arbitrary receive data by wireless chip, also can for the logic body utilizing said chip receiving position information to obtain request.
Locating module 22, for locating the position of the second client 20, produces current location information.
In the present embodiment, after the second client 20 receives positional information acquisition request, locating module 22 response position information acquisition request, positions the position at the second current place of client 20, and produces the current location information representing current location.Locating module 22 can be GPS positioning chip, also can for providing the mobile network of architecture mode, and as GSM, CDMA, corresponding to different locate modes, the mode that embodies of its positional information produced may be different.
Second sending module 23, for sending to described first client by described current location information.
In the present embodiment, the second sending module 23 can be that arbitrary wireless data sends chip, also can for the logic body utilizing said chip to send positional information.After locating module 22 produces current location information, current location information sends to and sends the client that positional information obtains request by the second sending module 23, namely send to the first client 10, so realize position current for the second client 20 to inform the first client 10.
Refer to Fig. 5, the application's execution mode also provides a kind of client exchange method, and described client exchange method comprises the steps.
Step S110: send positional information to destination client and obtain request.
In the present embodiment, for convenience of description, the client sending positional information acquisition request is hereinafter referred to as to follow client, and the client that receiving position information obtains request is hereinafter referred to as destination client.At the interface of following client, button options can be set in corresponding destination client, after this button options is triggered, follows client and send positional information acquisition request to destination client.
In the present embodiment, positional information obtains request and follows for representing the current location information that client-requested obtains destination client.The expression way that positional information obtains request itself can be predefined any one group of character string or array, after the second client receives this character string, thinks that have received positional information obtains request.
Step S120: receive the positional information beamed back from described destination client.
Step S130: use navigation feature, navigate to the position represented by described positional information.
In the present embodiment, follow after client receives the positional information sent destination client, follow client terminal start-up navigation feature, is navigated as objective in the position that the positional information of destination client represents.Navigation feature can be realized by the navigation software of following in client, and namely use navigation software navigates to the position represented by current location information.Concrete, be exemplified as: described navigation software can be high moral navigation, Kai Lide navigation etc., as space is limited, no longer enumerates.Or client is inner also can arrange the function that navigation plug-in unit realizes navigation following.
Refer to Fig. 6, the application's execution mode also provides a kind of client 10, and client 10 comprises: the first sending module 11, first receiver module 12 and navigation module 13.
First sending module 11, obtains request for sending positional information to destination client.
In the present embodiment, the first sending module 11 can be that arbitrary wireless data sends chip, also can for the logic body utilizing said chip to send positional information.The interface of client 10 can arrange button options in corresponding destination client, and after this button options is triggered, client 10 sends positional information and obtains request to destination client.
In the present embodiment, positional information obtains request for representing that client-requested obtains the current location information of destination client.The expression way that positional information obtains request itself can be predefined any one group of character string or array, after destination client receives this character string, thinks that have received positional information obtains request.
First receiver module 12 receives the positional information beamed back described destination client.
In the present embodiment, the first receiver module 12 can be arbitrary receive data by wireless chip, also can for utilizing the logic body of said chip receiving position information.
Navigation module 13, navigates to the position represented by described positional information.
In the present embodiment, navigation module 13 can be navigation software, such as: high moral navigation software or Kai Lide navigation software etc., as space is limited, no longer enumerates.Or navigation module 13 also can for being arranged on the plug-in unit realizing navigation feature in client 10.After client 10 receives the positional information sent destination client, navigate as objective in the position that positional information represents by navigation module 13.
Refer to Fig. 7, the application's execution mode also provides a kind of client exchange method, and described client exchange method comprises the steps.
Step S140: receiving position information obtains request.
In the present embodiment, for convenience of description, the client sending positional information acquisition request is hereinafter referred to as to follow client, and the client that receiving position information obtains request is hereinafter referred to as destination client.Destination client receives positional information and obtains request, shows to there is client as the current location of following client-requested acquisition destination client.
Step S150: use positioning function, produces current location information.
In the present embodiment, after destination client receives positional information acquisition request, response position information acquisition request, uses positioning function, positions the position at its current place, and produces the current location information representing current location.Positioning function can be located for GPS, can be also architecture, and corresponding to different locate modes, the mode that embodies of its positional information produced may be different.
In addition, step S150 carries out after being not limited to be positioned at step S140, and namely step S150 also can carry out prior to step S140.
Step S160: described current location information is sent to and sends the client that described positional information obtains request.
In the present embodiment, current location information sends to and follows client after producing current location information by destination client, namely sends the client that positional information obtains request.
As previously mentioned, the situation that step S150 performed before step S140, destination client can receive the positional information namely having obtained destination client self before positional information obtains request.Thus destination client, after receiving positional information and obtaining request, can perform step S160, send to follow client by described current location information.
Refer to Fig. 8, in an execution mode of the application, described step S150 also comprises following sub-step.
Step S151: receive control command.
In the present embodiment; after destination client receives positional information acquisition request; current location information can not be produced immediately; but whether prompting user agrees to follow the current location information that client obtains destination client; destination client can be further processed according to the instruction receiving user's input; the privacy of realization like this to user is preferably protected, and avoid in the unwitting situation of user, its position is obtained by other users.
In the present embodiment, can show the control of a prompting user's input information or select button on destination client, so realize user's input of control commands, namely destination client receives control command.Concrete, be exemplified as: the mode of user's input information, can for show input frame in the display of destination client, what input frame received is input as " 1 ", the positional information that client obtains destination client can be followed for agreeing, what input frame received is input as " 0 ", can not agree to follow the positional information that client obtains destination client for representing.The mode of select button, can for providing user two button options, be respectively "Yes" and "No", or be respectively " agreement " and " not agreeing to ", obviously, button "Yes" or " agreement " are selected, and agree to follow the positional information that client obtains destination client, button "No" or " not agreeing to " are selected, and represent and do not agree to follow the positional information that client obtains destination client.
Step S153: described control command is, when agreeing to current location information to issue the client sending described positional information acquisition request, use positioning function, produce current location information.
In the present embodiment, destination client responds after receiving the control command of user's input, if control command is agree to the positional information of destination client to be supplied to follow client, the then position that positioning function localizing objects client can be used current, destination client, produces current location information.If control command is do not agree to the positional information of destination client to be supplied to follow client, then no longer can carry out any process, namely no longer obtain request for positional information and carry out any response, or also can be rejected to following its request of client feedback, namely to sending as positional information obtains the client feedback of asking, its position acquisition request is rejected.
Refer to Fig. 9, in an execution mode of the application, described step S160 also comprises following sub-step.
Step S161: judging distance sent positional information and whether arrive scheduled duration last time.
Step S163: if arrive scheduled duration, produce current location information.
Step S165: described current location information is sent to and sends the client that described positional information obtains request.
In the present embodiment, the time sending positional information can be recorded in destination client, so just can realize at interval of a scheduled duration, regenerate current location information, be supplied to and follow client, so realize, when change appears in the position of destination client, automatically to inform and following client, making to follow client can according to the current location of destination client, dynamic conditioning path.
In the present embodiment, scheduled duration can for the duration preset.The value of scheduled duration can set arbitrarily, the value of scheduled duration is larger, the live load of destination client is less, but when there is change in the position of destination client, it informs that the instantaneity of following client is poorer, the position of such as destination client moves to place B from place A, follow client close to place of arrival A, or place of arrival A, or have passed through a period of time after place of arrival A, current location information after change is just informed and is followed client by destination client, and situation like this is instantaneity difference.The value of scheduled duration is less, destination client constantly can produce current location information, cause the live load of destination client larger, but when there is change in the position of destination client, it informs that the instantaneity of following client is better, namely when the position of destination client changes, can inform in time and follow client, make to follow client and can adjust path in time.
Refer to Figure 10, in an execution mode of the application, described step S165 can also comprise following sub-step.
Step S162: the positional information that described current location information and last time send is compared.
Step S164: when described current positional information is not identical with the positional information sent last time, sends to described current location information and sends the client that described positional information obtains request.
In the present embodiment, the positional information at every turn sent can be recorded in destination client, before sending current location information, first the positional information that current location information and last time send can be compared, when the two is not identical, just current location information is sent to and follow client, as this reduced the live load of client.If the positional information that current location information and last time send is identical, show that the position of destination client does not change, follow client only to need to carry out navigating according to the positional information received just to arrive the position at place, destination client, so destination client does not need current location information again to send to follow client.
Refer to Figure 11, in an execution mode of the application, described client exchange method can also comprise following sub-step.
Step S167: monitor whether current location information changes compared with the positional information sent last time.
Step S169: when the positional information that current location information and last time send is not identical, sends to current location information and sends the client that described positional information obtains request.
In the present embodiment, destination client can monitor whether current location changes, and informs follow client when changing, as this reduced the live load of client.The positional information at every turn sent can be recorded in destination client, judges whether current location changes so that follow-up.The generation current location information that destination client can continue, and the positional information that current location information and last time send is compared, when the two is not identical, illustrates that current position, destination client changes, current location information is sent to and follows client.If the positional information that current location information and last time send is identical, show that the position of destination client does not change, follow client only to need to carry out navigating according to the positional information received just to arrive the position at place, destination client, so destination client does not need again to be sent to by current location information to follow client.
Refer to Figure 12, the application's execution mode also provides a kind of client 20.Client 20 comprises: the second receiver module 21, locating module 22 and the second sending module 23.
Second receiver module 21 obtains request for receiving position information.
In the present embodiment, the second receiver module 21 can be arbitrary receive data by wireless chip, also can for the logic body utilizing said chip receiving position information to obtain request.
In the present embodiment, positional information obtains request for representing that a client-requested obtains the current location information of another client.The expression way that positional information obtains request itself can be predefined any one group of character string or array, after the second client receives this character string, thinks that have received positional information obtains request.
Locating module 22, for locating current location, produces current location information.
In the present embodiment, after client 20 receives positional information acquisition request, locating module 22 response position information acquisition request, positions the position at the current place of client 20, and produces the current location information representing current location.Locating module 22 can be GPS positioning chip, also can for providing the mobile network of architecture mode, and as GSM, CDMA, corresponding to different locate modes, the mode that embodies of its positional information produced may be different.
Second sending module 23, sends to described current location information and sends the client that described positional information obtains request.
In the present embodiment, the second sending module 23 can be that arbitrary wireless data sends chip, also can for the logic body utilizing said chip to send positional information.After locating module 22 produces current location information, current location information sends to and sends the client that positional information obtains request by the second sending module 23.
This application provides and send positional information acquisition request by the first client to the second client, and second client its current location information is informed the first client, realize the contact of the first client and the foundation of the second client, the first client can use the position at the place of navigation feature to the second client.So carry out loaded down with trivial details search operation without the need to user, realize self-navigation, bring great advantage to the user.
Although depict the application by execution mode, those of ordinary skill in the art know, the application has many distortion and change and do not depart from the spirit of the application, and the claim appended by wishing comprises these distortion and change and do not depart from the spirit of the application.
Claims (12)
1. a client exchange method, is characterized in that, comprising:
First client sends positional information to the second client and obtains request;
Described second client receives described positional information and obtains request;
Described second client uses positioning function, produces current location information;
Described current location information is sent to described first client by described second client;
Described first client receives described current location information;
Described first client uses navigation feature, navigates to the position represented by described current location information.
2. the method for claim 1, is characterized in that, the step that described second client produces current location information also comprises:
Receive control command;
Described control command is, when agreeing to that described first client obtains the positional information of described second client, use positioning function, produce current location information.
3. the method for claim 1, is characterized in that, current location information sends to the step of described first client also to comprise by described second client:
Described second client judging distance sent positional information and whether arrive scheduled duration last time;
If arrival scheduled duration, described second client produces current location information;
Current location information is sent to described first client.
4. a client interactive system, is characterized in that, comprises the first client and the second client, wherein,
Described first client comprises:
First sending module, obtains request for sending positional information to described second client;
First receiver module, receives the current location information that described second client sends;
Navigation module, navigates to the position represented by described current location information;
Described second client comprises:
Second receiver module, the described positional information sent for receiving described first client obtains request;
Locating module, for locating the position of described second client, produces current location information;
Second sending module, for sending to described first client by described current location information.
5. a client exchange method, is characterized in that, comprising:
Send positional information to destination client and obtain request;
Receive the positional information beamed back from described destination client;
Use navigation feature, navigate to the position represented by described positional information.
6. a client, is characterized in that, comprising:
First sending module, obtains request for sending positional information to destination client;
First receiver module, receives the positional information that described destination client is beamed back;
Navigation module, navigates to the position represented by described positional information.
7. a client exchange method, is characterized in that, comprising:
Receiving position information obtains request;
Use positioning function, produce current location information;
Described current location information is sent to and sends the client that described positional information obtains request.
8. method as claimed in claim 7, is characterized in that, the step producing current location information also comprises:
Receive control command;
Described control command is, when agreeing to current location information to issue the client sending described positional information acquisition request, use positioning function, produce current location information.
9. method as claimed in claim 7, is characterized in that, is sent to by current location information the step of the client sending described positional information acquisition request also to comprise:
Judging distance sent positional information and whether arrive scheduled duration last time;
If arrival scheduled duration, produce current location information;
Described current location information is sent to and sends the client that described positional information obtains request.
10. method as claimed in claim 9, is characterized in that, is sent to by described current location information the step of the client sending described positional information acquisition request also to comprise:
The positional information that described current location information and last time send is compared;
When described current positional information is not identical with the positional information sent last time, described current location information is sent to and sends the client that positional information obtains request.
11. methods as claimed in claim 7, is characterized in that, are sent to by described current location information the step of the client sending described positional information acquisition request also to comprise:
Monitor whether current location information changes compared with the positional information sent last time;
When the positional information that current location information and last time send is not identical, current location information is sent to and sends the client that described positional information obtains request.
12. 1 kinds of clients, is characterized in that, comprising:
Second receiver module, obtains request for receiving position information;
Locating module, for locating current location, produces current location information;
Second sending module, sends to described current location information and sends the client that described positional information obtains request.
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