CN104079582B - One kind is based on point-to-point network credit method and system - Google Patents

Abstract

The invention discloses a point-to-point network credit granting method and system, relates to a mutual credit granting method for mobile handheld devices, computers, smart TVs and other smart terminal devices, and aims to provide a convenient and fast smart phone that does not require typing and inputting login information. A point-to-point credit granting method for terminal equipment. Technical gist of the present invention: including the steps of establishing a signal connection between the client and the server and the steps of the client authorizing the server to log in; the steps of the client authorizing the server to log in include: the client asks the user whether to authorize the server to log in; After the server logs in, the client sends the login information to the server; the server sends the login information to the login information verification database to verify the login information, and when the login information is true, the server sends the credit authorization success to the client. information and display the interface after the successful login of the application; after the client receives the successful credit authorization information, it ends the credit authorization operation and displays the credit authorization completion interface.

Description

A peer-to-peer network credit granting method and system

technical field

The invention relates to a method for mutual trust of smart terminal devices such as mobile handheld devices, computers, and smart TVs.

Background technique

The current society is in the stage of rapid development and maturity of the mobile Internet and the Internet of Things, and various login account information used by people on the Internet has begun to be widely used in real life. At present, such problems appear more and more in everyone's life: for example, when using an application program APP (or called an application) on a terminal device such as a smart TV, it is very inconvenient for the user to enter the login user name and account password. It is very easy to make mistakes, and some devices do not support text input at all. This problem leads to poor application experience on terminal devices, which restricts the rapid development of mobile Internet and Internet of Things.

Contents of the invention

The technical problem to be solved by the present invention is to provide a point-to-point credit granting method for intelligent terminal equipment that is convenient and quick, and does not require inputting login information by typing.

A peer-to-peer network credit granting method disclosed by the present invention includes the steps of establishing a signal connection between the client and the server, and the step of authorizing the server to log in from the client after the signal connection is established between the client and the server;

in,

The steps for the client to authorize the server to log in further include:

Step A1: The client asks the user whether to authorize the server to log in. After the user agrees to authorize the server to log in, the client sends the login information entered by the user to log in to an application on the server to the server;

Step A2: The server sends the login information to the login information verification database corresponding to the application to verify the login information, and when the server receives the feedback information that the login information returned by the login information verification database is true After that, send the credit success information to the client and display the interface after the application login is successful;

Step A3: After the client receives the credit granting success message, it ends the credit granting operation and displays the credit granting completion interface.

Further, in the step A1, the client encrypts the login information and sends it to the server; correspondingly in the step A2, the server decrypts the login information after receiving the login information, and then encrypts the login information The above login information is sent to the login information verification database corresponding to the application for verification.

The step of establishing a signal connection between the client and the server further includes:

Step B1: The server establishes and starts the socket listening service;

Step B2: When the user opens an application that needs to be logged in on the server, the server generates a piece of identification information that includes at least its own attribute information;

Step B3: the client obtains the identification information, at least attribute information of the server;

Step B4: The client sends the socket information including at least its own attribute information to the server;

Step B5: After receiving the socket information, the server locks the socket listening service, and then sends authorization readiness information to the client through the socket.

Further, the identification information in step B2 is two-dimensional code information; correspondingly, in step B3, the client acquires the identification information by scanning the two-dimensional code.

Further, the step B2 also includes encrypting the identification information generated by the server; correspondingly, in the step B3, the client obtains the identification information and decrypts the identification information to obtain at least the attribute information of the server.

Further, Step B5: After receiving the socket information, the server locks the socket listening service, and at the same time displays a prompt interface that the two-dimensional code information has been scanned and an interface that notifies the user of the current credit granting progress.

The present invention also provides a client software system based on point-to-point network trust, including: a client signal establishment module and a client authorization login module;

The client signal establishment module is used to establish a signal connection with the server;

The client authorization login module further includes:

The authorization login query module is used to ask the user whether to authorize the server to log in;

The login information sending module is used to send the login information input by the user for logging into an application on the server to the server after the user agrees to authorize the server to log in;

The authorized login end module is used to end the credit granting operation and control the client display module to display the credit granting completion interface after receiving the credit granting success information returned by the server;

The client display module is used to display the authorization completion interface.

The client signal establishment module further includes:

An identification information acquisition module, configured to acquire identification information generated by the server, at least to obtain attribute information of the server;

The socket information sending module is used to send the socket information including at least the attribute information of the client to the server.

The present invention also provides a server software system based on point-to-point network credit, including a server signal establishment module and a server authorization login module;

The server signal establishment module is used to establish a signal connection with the client;

The server authorization login module further includes:

The login information verification module is used to send the login information sent by the client to the corresponding login information verification database of the application for verification, and after receiving the feedback information that the login information returned by the login information verification database is true, send a message to the client The terminal sends the credit success information and controls the server display module to display the interface after the application login is successful;

The server display module is used to display the interface of the application after successful login.

The server signal establishment module further includes:

The socket listening start module is used to establish and start the socket listening service module;

The identification information generation module is used to generate a piece of identification information including at least its own attribute information when the user opens an application that needs to log in on the server;

The socket listening service module is used to receive the socket information sent by the client;

A socket listening locking module, configured to lock the socket listening service module after the socket listening service module receives the socket information;

The authorization ready information sending module is configured to send the authorization ready information to the client through the socket after the socket listening service module locks.

To sum up, due to the adoption of the above technical solution, the present invention allows users to completely get rid of the problem of logging in to an account on an intelligent terminal device that is inconvenient to input text or cannot output text through a point-to-point network credit granting method. In addition, the present invention adopts encryption technology in the credit granting process, which further ensures the information security in the credit granting process.

Description of drawings

The invention will be illustrated by way of example with reference to the accompanying drawings, in which:

Fig. 1 is a flowchart of a specific embodiment of the present invention.

Detailed ways

All features disclosed in this specification, or steps in all methods or processes disclosed, may be combined in any manner, except for mutually exclusive features and/or steps.

Any feature disclosed in this specification, unless specifically stated, can be replaced by other alternative features that are equivalent or have similar purposes. That is, unless expressly stated otherwise, each feature is one example only of a series of equivalent or similar features.

Now take the mobile phone as the client, the smart TV as the server, and the user logs in the photo album on the smart TV through the mobile phone as an example to further illustrate the principle and effect of the present invention. When the user opens the photo album on the TV, the TV will display the login interface of the photo album at this time, requiring the user to input login information, such as user name and password. Since the input device of the general TV is a remote control, users who have used it know the remote control It does not support character input or it is very inconvenient to input characters. It will be very troublesome to use the remote control to input login information. Then use the following method can effectively solve this problem.

As shown in Figure 1, first establish a signal connection between the TV and the mobile phone. Include the following steps:

The TV sets up and starts the socket listening service.

When the user opens the photo album on the TV, the TV generates and displays two-dimensional code information including at least its own attribute information. In other embodiments, the identification information may be barcode information or an acoustic wave signal with a specific frequency range.

The user scans the two-dimensional code with a mobile phone to obtain at least attribute information of the TV. The attribute information may include information such as the manufacturer and model of the TV, or other codes that uniquely identify the TV.

The mobile phone sends the socket information including at least its own attribute information to the TV set. The attribute information of the mobile phone is the same as above, and may also be the manufacturer and model of the mobile phone, or a name or code text customized by the mobile phone user to identify the mobile phone.

After receiving the socket information, the television locks the socket listening service, and then sends authorization readiness information to the mobile phone through the socket.

At this point, the handshake is completed between the mobile phone and the TV, and a signal connection is established. Next, enter the authorized login step.

The mobile phone asks the user whether to authorize the TV to log in the photo album, and when the user agrees to authorize the login, the mobile phone sends the login information of the photo album entered by the user to the server. The login information may be input by the user on the mobile phone before the signal connection between the mobile phone and the TV set is established, or may be input on the mobile phone afterwards. In other embodiments, the login information may also include verification codes and other information required for login.

The TV sends the login information to the login information verification database corresponding to the application of the photo album to verify the login information, and when the TV receives the feedback information that the login information returned by the login information verification database is true, it sends the login information to the mobile phone. Credit success information and display the photo album interface after successful login. In other specific implementations, the login information database may be located on a remote server or on the cloud.

After the mobile phone receives the credit granting success message, it ends the credit granting operation and displays the credit granting completion interface.

Inspired by the above embodiments, those skilled in the art can easily think that the process of establishing a signal connection between the client and the server is not limited to the manner in the above embodiments.

In order to strengthen the information security in the process of credit granting, the applicant has optimized the above-mentioned embodiment so that the mobile phone encrypts the login information and then sends it to the TV; correspondingly, the TV receives the login information Then decrypt it first, and then send the login information to the login information verification database corresponding to the application for verification. And, encrypt the identification information generated by the TV set; correspondingly, after obtaining the identification information, the mobile phone decrypts the identification information to obtain at least the attribute information of the TV set.

In order to improve the user experience of this method, the applicant made a further optimization: after the TV receives the socket information sent by the mobile phone, it locks the socket listening service to ensure resource exclusivity and prevent multiple users from granting credit at the same time. other problems caused. At the same time, the TV displays a prompt message that the QR code has been scanned, and displays the relevant information of the mobile phone, and informs the user of the current credit granting progress.

The present invention is not limited to the foregoing specific embodiments. The present invention extends to any new feature or any new combination disclosed in this specification, and any new method or process step or any new combination disclosed.

Claims (6)

1. A network credit granting method based on point-to-point is characterized in that when a user opens a certain application on a server, the server displays a login interface of the application and requires the user to input login information;

the subsequent steps comprise a step of establishing signal connection between the client and the server and a step of authorizing login of the server by the client after the signal connection is established between the client and the server;

the server side is an intelligent television;

the step of the client authorizing the server to log in further comprises:

step A1: the client inquires whether the user authorizes the server to log in, and after the user agrees to authorize the server to log in, the client sends login information which is input by the user and used for logging in a certain application on the server to the server;

step A2: the server side sends the login information to a login information verification database corresponding to the application to verify the login information, and after receiving feedback information that the login information returned by the login information verification database is true, the server side sends credit granting success information to the client side and displays an interface after the application login succeeds;

step A3: after receiving the credit granting success information, the client ends the credit granting operation and displays a credit granting completion interface;

the step of establishing signal connection between the client and the server further comprises:

step B1: the server side establishes and starts socket interception service;

step B2: when a user opens an application needing to be logged in at a server, the server generates a section of identification information at least containing self attribute information;

step B3: the client acquires the identification information and at least obtains attribute information of the server;

step B4: the client sends the socket information at least containing the attribute information of the client to the server;

step B5: and after receiving the socket information, the server locks the socket interception service, and then sends authorization ready information to the client through the socket.

2. The method according to claim 1, wherein in step a1, the client encrypts the login information and sends it to the server; correspondingly, in step a2, the server receives the login information, decrypts the login information, and sends the login information to the login information verification database corresponding to the application for verification.

3. The method according to claim 1, wherein the identification information in step B2 is two-dimensional code information; correspondingly, in step B3, the client obtains the identification information by scanning the two-dimensional code.

4. The method according to claim 1, wherein the step B2 further includes encrypting the identification information generated by the server; correspondingly, in the step B3, the client decrypts the identification information after acquiring the identification information, so as to obtain at least the attribute information of the server.

5. The method for network trust based on peer-to-peer as claimed in claim 3, wherein step B5: and after receiving the socket information, the server locks the socket monitoring service and simultaneously displays a prompt interface for scanning the two-dimensional code information and an interface for informing a user of the current credit development condition.

6. A network credit granting system based on point-to-point is characterized by comprising a client system and a server system;

wherein the client system comprises: a client signal establishing module and a client authorized login module;

the client signal establishing module is used for establishing signal connection with the server when a user opens a certain application on the server and the server displays a login interface of the application and requires the user to input login information;

the client authorization login module is used for completing the credit granting with the server after the client establishes signal connection with the server, and further comprises:

the authorized login inquiry module is used for inquiring whether the user authorizes the login of the server side;

the login information sending module is used for sending login information which is input by a user and used for logging in a certain application on the server to the server after the user agrees to authorize the server to log in;

the authorization login ending module is used for ending the credit granting operation and controlling the client display module to display a credit granting completion interface after receiving the credit granting success information returned by the server;

the client display module is used for displaying an authorization completion interface;

the server is an intelligent television;

the client signal establishing module further comprises:

the identification information acquisition module is used for acquiring identification information generated by the server and at least obtaining attribute information of the server;

the system comprises a socket information sending module, a server and a data processing module, wherein the socket information sending module is used for sending socket information at least containing client attribute information to the server;

the server-side system comprises a server-side signal establishing module and a server-side authorized login module;

the server side signal establishing module is used for establishing signal connection with the client side when a user opens a certain application on the server side, and the server side displays a login interface of the application and requires the user to input login information;

the server side authorization login module is used for completing the credit authorization with the client side after the server side establishes signal connection with the client side, and further comprises:

the login information verification module is used for sending login information transmitted by the client to a login information verification database corresponding to the application for verification, and after receiving feedback information that the login information returned by the login information verification database is true, sending credit success information to the client and controlling the server display module to display an interface after the application login is successful;

the server side display module is used for displaying an interface after the application login is successful;

the server is an intelligent television;

the server signal establishing module further comprises:

the socket interception starting module is used for establishing and starting a socket interception service module;

the identification information generation module is used for generating a section of identification information at least containing self attribute information when a user opens an application needing to be logged in at a server;

the socket interception service module is used for receiving socket information sent by the client;

a socket interception locking module for locking the socket interception service module after the socket interception service module receives the socket information,

and the authorization ready information sending module is used for sending authorization ready information to the client through the socket after the socket interception service module is locked.