CN106936604A - A mobile device sharing network traffic system and method thereof - Google Patents

Abstract

The present invention provides a mobile device network traffic statistics and pricing system and method thereof for helping smart phone users to more fully and effectively use their own mobile data traffic. Users can share hotspots and connect to hotspots. Before connecting to WiFi, they can know the cost of connecting to the WiFi and choose whether to connect. At the same time, the traffic pricing function is reflected in that when a user shares or uses a hotspot, the user's account balance will increase or decrease with the usage of the shared network. When the user's balance is 0, the user will be automatically disconnected from other users. Share hotspot connection. The realization of this concept can help users to exchange these network resources that they can't use up, so that users can make full use of their own network resources, and at the same time enable users to obtain the best network services at the minimum cost.

Description

A mobile device sharing network traffic system and method thereof

technical field

The invention belongs to the field of computer network software, and its core is a mobile equipment network traffic statistics and pricing system and method for helping smart phone users to use their own mobile data traffic more fully and effectively.

Background technique

In today's society, the use of smart phones has been quite popular, and at the same time, the majority of users are increasingly dependent on the use and dependence of traffic. However, according to the survey, the data traffic included in the monthly package of most smart phone users cannot meet the monthly data traffic consumption of the users themselves. And WiFi, another form of network access for smartphone users, has limited coverage on its own and is not a good way to make mobile devices truly "mobile."

Contents of the invention

Purpose of the invention: The purpose of the invention is to help solve the problem of insufficient traffic for most smart phone users. And it can also greatly increase the coverage of today's WiFi networks through the sharing of traffic hotspots among smartphone users At the same time, it helps users with insufficient traffic to use the traffic or WiFi network shared by other users at a relatively small cost, so as to realize the reuse of social idle resources.

Technical solutions:

A mobile device sharing network flow system, including a registration and login module, a hotspot sharing module, a WiFi connection module, a personal history record module and a back-end data synchronization module;

The registration and login module is used for user registration and login;

The hotspot sharing module is used for users to set and share WiFi hotspots, and the setting of the WiFi hotspots includes setting the name, type, password, pricing of the shared WiFi hotspots and the duration or traffic of this shared WiFi hotspot;

The WiFi connection module is used for the user to obtain nearby shared WiFi information and connect to specific WiFi; the shared WiFi information includes each connectable WiFi name, WiFi strength, whether it can be connected, WiFi usage evaluation, WiFi usage times, and access pricing;

The personal history record module records the user's use of the history of shared WiFi and the usage details of the user's traffic;

The back-end data synchronization module synchronizes the user's account information and user data with the server.

It also includes a personal setting module; the personal setting module is used for user account management and account attribute setting.

The user account includes basic user information, historical usage, and balance information; and supports online payment and recharge.

A method for sharing network traffic with a mobile device, comprising the steps of:

(1) The user registers an account and logs in through the registration and login module;

(2) The user shares the hotspot and sets a price through the hotspot sharing module, uploads the shared WiFi information to the server, and the server synchronizes the data;

(3) Other users connect to the hotspot through the WiFi connection module; at the same time, the server monitors and calculates the usage traffic, and increases or decreases the user's account balance in real time;

(4) The personal history record module records the user's shared use history this time, and synchronizes this information to the server-side database through the back-end data synchronization module.

Described step (1) is specifically:

When the user registers, the registration module queries the server whether the user name already exists; if it exists, the user is asked to change the user name to register; if the user name does not exist, the user registration is successful;

When the user logs in, the registration login module queries the background server whether the user name and password match. If they do not match, the user will be prompted to fail to log in. If they match, the user will log in successfully.

In the step (3), when the user's balance is 0, the system automatically disconnects the user's connection to other users' shared hotspots.

Beneficial effect:

(1) The present invention can realize that when the traffic of the user is insufficient, the network shared by others can be accessed, and the statistics of the access traffic used by it can be obtained.

(2) The present invention can realize that when users have excessive traffic at the end of the month, they can share their excess traffic and obtain statistics on the data traffic shared by themselves.

(3) The present invention can realize a series of operations such as performing pricing processing on the background server with the traffic statistics data when using other people's shared network access and the traffic statistics data when you share the data traffic yourself, and setting thresholds. (4) Each module of the present invention supports extensibility, which is convenient for subsequent operations with rich functions.

Description of drawings

Fig. 1 is the working module and its flow chart of the present invention.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings.

The mobile device network traffic statistics and pricing system of the present invention is made up of server end and client end (i.e. Android end, IOS end or PC end, this paper uses the android end as an example), and the server end uses the Eclipse integrated development environment to write logic codes, and the The back-end database is updated according to the data obtained from the client, and the data of the server-side database can also be synchronized to the Android client. Among them, the SQLite database is used to store the user's local client data, HTTP communication is used to transmit data between the Android side and the backend, MySQL is used to store the user's backend data, and JSON is used for data transmission.

The mobile device network traffic statistics and pricing system of the present invention includes a registration and login module, a WiFi connection module, a hotspot sharing module, a personal setting module, a personal history record module and a back-end data synchronization module.

1. Register login module

The design is: the user opens the mobile device network traffic statistics and pricing software, and the client enters the registration and login module. The user can register or log in on this interface. After the registration is successful, it will automatically log in. After the login is successful, the user will be able to access other modules If the user fails to log in successfully, the user will not be able to access other module functions, that is to say, the successful login of the user in the registration login module interface is the prerequisite for this program to normally access other modules. Each user account contains the user's basic information, historical usage, balance inquiry and other information, and supports online payment and recharge.

The specific implementation is: the basic information of the user is stored in a model class called User in the client. When the user registers, it will query the background server whether the user name already exists. If it exists, the client will let the user change the user name to register. If the username does not exist, the user registration is successful. When the user logs in, the client queries the background server whether the user name and password match. If they do not match, the user will be prompted to fail to log in. If they match, the user will log in successfully.

2. WiFi connection module

The design is: the default interface that the user sees after successful login is the WiFi connection module. The user can obtain the nearby shared WiFi list information through this module. The shared WiFi list information includes the WiFi name and WiFi strength (distance) of each WiFi that can be connected. , Whether it can be connected and other information, clicking on the item in the WiFi list will display the detailed information of the corresponding item, including the WiFi name of the selected WiFi item, WiFi strength (distance), whether it can be connected, WiFi usage evaluation, WiFi usage times, and access Pricing and other information. In addition, after determining that a certain WiFi needs to be connected, the WiFi connection module cracks the password of the WiFi and connects. During this process, the connecting user does not know the password of the WiFi.

The specific implementation is as follows: by calling the startScan() method in the WifiManage in the bottom layer of the client to scan the nearby wifi, and the getScanResults() method to obtain the data in the wifi list. Then use the adapter to display the obtained wifi list data. Clicking each item in the WiFi list will display the specific WiFi information of the corresponding item, click to connect, and then start the pricing service. This function is obtained through the getFragmentItem(intposition) method in the adapter to select the location. item data.

3. Hotspot sharing module

The function of this module is: users can set the WiFi hotspot they want to share through this module, including the name of the shared WiFi hotspot, the type of shared WiFi hotspot, the password of the shared WiFi hotspot, the price of the shared WiFi, After setting up information such as the duration or traffic of the shared hotspot, you can choose whether to automatically turn on the WiFi hotspot.

The realization of the function of this module is to store the configuration information of the user's hotspot in the local SQLite database through the user's configuration of the shared hotspot on the interface, and set the corresponding data into a WifiConfiguration object, such as the WiFi name is stored using the SSID attribute, The WiFi password is stored using the preSharedKey attribute, and then the WiFi hotspot is enabled using the public method setWifiApEnabled of WiFiManager.

4. Personal setting module

The function of the personal setting module is the user's account management and account attribute setting. The realization of the function of this module is that when the user updates his own account information or account attribute information, the update operation will be stored in the local SQLite database and synchronized to the server-side database. The user can choose to synchronize the server-side data to the local SQLite database when logging in to a new device. Since the client will display the data read from the SQLite database when displaying, it will realize the synchronization between different devices of the same account.

5. Personal History Module

The function implemented by the personal history record module is to record the user's usage history and the usage details of the user's traffic. The implementation of this module function is to obtain the corresponding upload data traffic and download data traffic of each application through the static methods getUidRxBytes and getUidTxBytes of the android.net.TrafficStats class. The practice of storing historical records in the server-side database will prevent data loss caused by client-side data loss.

6. Back-end data synchronization module

The function of the back-end data synchronization module is to comprehensively process the data uploaded by the client and store it in the corresponding database table, and at the same time, the client can obtain part of the comprehensively processed data from the server-side database. The data access of the server-side database is completed through the operation of the JAVA program. First read the database information in the configuration file, use the obtained information to obtain the Collection object for database connection, and execute the SQL statement to be executed to obtain the returned result set. And the server will perform different operations according to the data fetched from the database, so that the database will be changed accordingly.

The main realization process of the present invention is:

1. The user registers an account and logs in through the registration and login module;

2. The user shares the hotspot through the hotspot sharing module and sets a price, and uploads the shared WiFi information to the server,

The server side synchronizes the data;

3. Other users connect to the hotspot through the WiFi connection module; the client synchronizes the WiFi information on the server side to the local SQLite database client, and displays the total WiFi list. The user can click the connectable WiFi to know the cost of connecting to the WiFi, and Choose whether to connect;

4. Monitor the traffic usage and calculate the price through the traffic monitoring software on the client; the traffic pricing function is reflected in that when the user shares or uses the hotspot, the user's account balance will increase or decrease according to the usage of the shared network. When the user balance is 0, the user will be automatically disconnected from the hotspot shared by other users;

5. The personal history record module records the user's shared use history. After completing a network sharing hotspot operation for the user, the specific information of the shared hotspot operation is stored in the local SQLite database, and the information is synchronized to the server through the back-end data synchronization module terminal database.

In addition, users can set personal preferences through the personal setting module, so as to manage their own accounts and set account attributes.

The above is only a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications are also possible. It should be regarded as the protection scope of the present invention.

Claims (6)

1. A mobile device sharing network flow system, characterized in that: comprising a registration login module, a hotspot sharing module, a WiFi connection module, a personal history record module and a back-end data synchronization module; The registration and login module is used for user registration and login; The hotspot sharing module is used for users to set and share WiFi hotspots, and the setting of the WiFi hotspots includes setting the name, type, password, pricing of the shared WiFi hotspots and the duration or traffic of this shared WiFi hotspot; The WiFi connection module is used for the user to obtain nearby shared WiFi information and connect to specific WiFi; the shared WiFi information includes each connectable WiFi name, WiFi strength, whether it can be connected, WiFi usage evaluation, WiFi usage times, and access pricing; The personal history record module records the user's use of the history of shared WiFi and the usage details of the user's traffic; The back-end data synchronization module synchronizes the user's account information and user data with the server. 2. The mobile device sharing network traffic system according to claim 1, further comprising a personal setting module; the personal setting module is used for user account management and account attribute setting. 3. The mobile device sharing network traffic system according to claim 1, characterized in that: the user account includes user basic information, historical usage, and balance information; and supports online payment and recharge. 4. A mobile device sharing network traffic method of the mobile device sharing network traffic system according to claim 1, characterized in that: comprising the steps of: (1) The user registers an account and logs in through the registration and login module; (2) The user shares the hotspot and sets a price through the hotspot sharing module, uploads the shared WiFi information to the server, and the server synchronizes the data; (3) Other users connect to the hotspot through the WiFi connection module; at the same time, the server monitors and calculates the usage traffic, and increases or decreases the user's account balance in real time; (4) The personal history record module records the user's shared use history this time, and synchronizes this information to the server-side database through the back-end data synchronization module. 5. The mobile device sharing network traffic method according to claim 4, characterized in that: the step (1) is specifically: When the user registers, the registration module queries the server whether the user name already exists; if it exists, the user is asked to change the user name to register; if the user name does not exist, the user registration is successful; When the user logs in, the registration login module queries the background server whether the user name and password match. If they do not match, the user will be prompted to fail to log in. If they match, the user will log in successfully. 6. The mobile device sharing network traffic method according to claim 4, characterized in that: in the step (3), when the user balance is 0, the system automatically disconnects the user from sharing hotspots with other users.