CN104506414B - A kind of system and method that roundupization application is realized based on instant message pattern - Google Patents

Abstract

The invention provides a system and method for realizing comprehensive message application based on an instant message mode, belonging to the field of the Internet. The system includes a resource synchronization server, a message push server, a control terminal and a synchronization terminal; the control terminal and the synchronization terminal realize message communication through the XMPP mechanism of Openfire; the control terminal sends information with a special message field to the resource synchronization server through the application, and then The message push server then pushes the message to the synchronization terminal; the application of the synchronization terminal analyzes the corresponding fields, and executes corresponding actions according to the result of the analysis.

Description

A system and method for realizing comprehensive message application based on instant message mode

technical field

The invention belongs to the field of the Internet, and in particular relates to a system and method for realizing comprehensive message application based on an instant message mode.

Background technique

With the rapid development of the information industry and the widespread popularization of the Internet, people's demand for related hardware equipment has also reached its peak in recent years. It is predicted that in 2015, there will be more than 15 billion Internet-connected devices in the world. People have become accustomed to the convenience brought by the powerful functions of a single device, such as network connection anytime, anywhere, mobile payment, file synchronization, etc., and with the development of mobile devices, mobile terminal products represented by mobile phones have become There is a tendency to slowly replace PCs.

However, the exponential growth of the number of networked devices and the increasing convenience of carrying devices have made users no longer satisfied with the performance of a single device or the improvement of experience. They hope that multiple devices in their hands can communicate with each other, so that To achieve the function of information sharing or remote control. The current main means of communication between devices is to communicate information through the hardware attributes of the devices, such as Bluetooth and infrared. These two methods can meet the needs of users to use multiple devices for communication to a certain extent, but there are also corresponding problems, such as requirements for hardware configuration and distance problems. The traditional device communication method is shown in Figure 1. The traditional resource synchronization method adopts bluetooth or infrared method, which has the problem of equipment hardware support and distance, and this method can only solve the problem of resource synchronization, and it is not very good for remote control between different terminals through information communication. satisfaction.

To sum up, the current means of communication between devices cannot fully meet people's needs for communication immediacy and other aspects such as distance and hardware configuration. People need a better method to solve the communication between different devices.

Contents of the invention

The purpose of the present invention is to solve the problems existing in the above-mentioned prior art, and provide a system and method for realizing comprehensive message application based on the instant message mode, based on the existing instant message framework, using Internet network resources as the message carrier, providing A mechanism for point-to-point communication between different types of devices. The client program developed by developers using this mechanism can well support the immediacy of communication between devices and the independence of distance and hardware configuration, providing an effective solution for communication between devices plan.

The present invention is achieved through the following technical solutions:

A system for implementing comprehensive messaging applications based on instant messaging mode, including a resource synchronization server, a message push server, a control terminal and a synchronization terminal;

The control terminal and the synchronization terminal realize message communication through the XMPP mechanism of Openfire;

The control terminal sends information with special message fields to the resource synchronization server through the application, and then the message push server pushes the message to the synchronization terminal; the application of the synchronization terminal analyzes the corresponding fields, and performs corresponding actions according to the analysis results .

When resource synchronization is required, the control terminal uploads the resource to be synchronized to the resource synchronization server, and the resource synchronization server generates a URL address for the resource and sends it to the message push server, and then the message push server passes the obtained URL address through XMPP The method is sent to the synchronization terminal, and the synchronization terminal obtains the synchronization resource from the resource synchronization server.

When remote control is required, the control terminal sends the operation instruction and URL address (ie link) to the message push server through the XMPP protocol, and the message push server sends the information to the synchronization terminal, and the synchronization terminal downloads network resources through the connection and performs corresponding operations .

A method for implementing a comprehensive messaging application based on the instant messaging mode realized by the above-mentioned system, comprising:

(1) First determine whether the operation is synchronous resources or remote control, if it is remote control, then jump to step (4), if it is synchronous resources, then go to step (2);

(2) Upload the resources to be synchronized to the resource synchronization server;

(3) The resource synchronization server generates the URL address corresponding to the resource;

(4) Send the URL address or the remote control command and the URL address to the message push server through the XMPP protocol;

(5) The message push server sends the message to the synchronization terminal through the XMPP protocol;

(6) The synchronization terminal performs operations and downloads network resources.

The operation field of the message in the XMPP protocol in the step (5) is the remote control command carried in the message (ie the aforementioned "information with a special message field"), and para is the parameter of the remote control command;

The remote control commands include:

one click means click operation;

Double click means dual machine operation;

keep click means long press operation;

up means move up;

down means move down;

left means move to the left;

right means move to the right;

up slide means slide up

down slide means slide down;

left screen slide means slide the screen to the left;

right screen slide means slide the screen to the right;

shrink means to shrink the screen;

expand means to expand the screen;

Among them, the parameters of up slide and down slide are numbers, with px as the unit, and the parameters of other operation instructions are all none.

The data field of the message in the XMPP protocol in the step (5) is the URL address of the synchronization resource downloaded by the synchronization terminal or the URL address to be opened.

Compared with prior art, the beneficial effect of the present invention is:

1) This method provides users with an almost hardware-independent inter-terminal communication solution. The implementation of this solution only requires that the interactive terminals can be connected to the Internet. With the popularization of wireless network coverage, almost all devices will support this . Compared with the previous devices that must support Bluetooth or infrared, on the one hand, it solves the problem of propagation distance, and on the other hand, it also improves the scope of application of the technology.

2) This method adds a powerful remote control function on the basis of the original multi-device resource synchronization, which allows one smart terminal to conveniently control another terminal device, which depends on the type and model of the device unrelated. In addition, the rich types of interaction can make this control more convenient, and can easily migrate the user's interaction mode for one interactive device to another device terminal.

Description of drawings

Figure 1 Traditional solution

Fig. 2 instant message model solution of the present invention

Fig. 3 general architecture model of the system of the present invention

Fig. 4 is a flow chart of the system of the present invention.

detailed description

Below in conjunction with accompanying drawing, the present invention is described in further detail:

The invention belongs to the field of the Internet and relates to a method for realizing communication between devices. Specifically, it is a mechanism based on the instant message mode to realize point-to-point communication between various devices. Using this method, the mutual communication between devices can be well realized, so as to meet the user's interaction requirements for hardware devices. The current communication between terminal devices is mainly for the synchronization of information or the communication between the two parties. Not only are they satisfied with communication and information synchronization, they also hope to obtain a more effective function of multi-level synchronization and remote operation.

The integrated messaging application based on the instant message mode of the present invention is a mutual communication mechanism between clients established through the framework of the instant message. The instant messaging framework used is Openfire, on which the relevant fields for communication between clients are defined, so that this set of instant messaging framework can support more complex message information transfer between different clients. By analyzing the information carried by these fields, it can meet the needs of some real scenarios in people's real life, such as information sharing, remote control, etc., because it uses the Internet as the carrier of information transmission, so there is no problem of hardware support and distance, and at the same time Because it adopts the framework of instant messaging, it also has the feature of immediacy.

The comprehensive messaging application based on instant messaging provides such an implementation mechanism. Through the original XMPP mechanism of Openfire, multi-clients can communicate with each other. At the same time, the protocol field is redesigned to increase the amount of information carried in the message. The control of the terminal to other terminal devices is completed by analyzing the message field.

Take the control of a PC device by a mobile device as an example, as shown in FIG. 2 .

The control terminal sends the information with the special message field to the server built in the Internet through the application, because the server program is based on the instant messaging message structure, so this message can be smoothly sent to the application program of the synchronization terminal. The application on the synchronous terminal side analyzes the corresponding fields, and performs corresponding actions according to the analysis results, such as clicking, double-clicking, page sliding, zooming and other operations, as well as behaviors such as downloading and displaying resources.

1. General System Architecture

The general framework model of the system of the present invention is shown in Figure 3,

In this model, the functions of resource synchronization and remote control between two terminals are realized.

Resource synchronization: the control terminal uploads the resource to be synchronized to the resource synchronization server, and the resource synchronization server generates a URL address for the resource, and the message push server sends the obtained URL address to the synchronization terminal through XMPP, and the synchronization terminal obtains the synchronization from the resource synchronization server resource.

Remote control: The control terminal sends operation instructions and connections to the message push server through the XMPP protocol, and the message push server sends the information to the synchronization terminal, and the synchronization terminal downloads network resources through the connection and performs corresponding operations.

2. System flow

The flow diagram of the system is shown in Figure 4, including:

1. First judge whether the operation is for synchronizing resources or remote control, if it is remote control, skip to step 4;

(7) Upload resources to be synchronized to the resource synchronization server;

(8) The resource synchronization server generates the URL corresponding to the resource;

(9) Send the control command and the URL to the message push server through the XMPP protocol;

(10) Send the message to the synchronization terminal through the XMPP protocol;

(11) The synchronization terminal performs operations and downloads network resources.

3. Message field design

In the present invention, the content of the message transmitted through XMPP cannot be carried by the existing protocol field, and a new message field needs to be redesigned for the specific content of the message. The design and description of the message field are as follows.

<message from="source client address"

to = "destination client address"

id="message id number">

<operation para="1000">one click</operation>

<data>

The URL address of the resource

</data>

</message>

Field description:

operation field: the operation instruction information carried in the message, and para is the parameter description of an operation.

The types and descriptions of message commands are shown in Table 1:

instruction illustrate parameter one click click action none double click Two-machine operation none keep click long press operation none

up Move up none down Move Downward none left move to the left none right move to the right none up slide slide up Number, in px down slide slide down Number, in px left screen slide swipe left none right screen slide swipe right none shrink shrink screen none expand expand screen none

Table 1

data field: used to pass the URL address that the synchronous terminal downloads or needs to open.

This invention proposes for the first time that the communication between different devices is realized through the instant message application framework, and the Internet network resources are used as the carrier to replace the original way that the interaction between mobile devices is realized through the hardware support of the device, which improves the scope of application of the solution ; The present invention redesigns the XMPP protocol field used to connect the server and the device terminal. The redesign of the field is mainly to enable the invention to provide more interactive operations, such as clicking operations, sliding operations, zooming operations, etc. This allows the user's operating habits on one type of terminal to be easily migrated to another type of terminal device.

The above-mentioned technical solution is only an embodiment of the present invention. For those skilled in the art, on the basis of the application methods and principles disclosed in the present invention, it is easy to make various types of improvements or deformations, and is not limited to The methods described in the above specific embodiments of the present invention, therefore, the above-described methods are only preferred and not limiting.

Claims (4)

1. a kind of system that roundupization application is realized based on instant message pattern, it is characterised in that：The system includes money Source sync server, message push server, control terminal and synchronous terminal；

Control terminal and synchronous terminal realize message communicating by Openfire XMPP mechanism；

Control terminal is sent the information with particular message field to source synchronous server, then message push by application The message is pushed to synchronous terminal by server again；The application of synchronous terminal is parsed to corresponding field, according to parsing As a result corresponding action is performed,

When needing source synchronous, control terminal will need synchronous resource to upload to source synchronous server, source synchronous service Device sends it to message push server for resource generation URL addresses, and then message push server is by acquisition URL addresses are sent to synchronous terminal by way of XMPP, and synchronous terminal obtains isochronous resources from source synchronous server；

When needing remote control, operational order and URL addresses are sent to message by XMPP and push clothes by control terminal Business device, message push server sends information to synchronous terminal, and synchronous terminal performs phase by connecting down loading network resource The operation answered.

2. the side that roundupization application is realized based on instant message pattern that system described in a kind of utilization claim 1 is realized Method, including：

(1) first determine whether that this time operation is isochronous resources or remote control, if remote control, then jumps to step (4), Isochronous resources, then go to step (2) in this way；

(2) uploading needs synchronous resource to source synchronous server；

(3) the corresponding URL addresses of source synchronous server generation resource；

(4) URL addresses or remote control command and URL addresses are sent to message push server by XMPP；

(5) message push server sends message to synchronous terminal by XMPP；

(6) synchronous terminal performs operation and down loading network resource.

3. method according to claim 2, it is characterised in that：The message in XMPP in the step (5) Operation fields are the remote control command carried in message, and para is the parameter of the remote control command；

The remote control command includes：

One click represent single-click operation；

Double click represent two-machine operation；

Keep click represent that long-press is operated；

Up represents to move up；

Down represents to move down；

Left represents to be moved to the left；

Right represents to move right；

Up slide represent upward sliding

Down slide represent slide downward；

Left screen slide represent to slide screen to the left；

Right screen slide represent to slide screen to the right；

Shrink represents to shrink screen；

Expand represents to expand screen；

Wherein, up slide and down slide parameter are numeral, and in units of px, the parameter of other operational orders is Nothing.

4. method according to claim 2, it is characterised in that：The message in XMPP in the step (5) Data fields are that synchronous terminal downloads the URL addresses of isochronous resources or needs the URL addresses of opening.