CN105577713B

CN105577713B - Method for making terminal have website function

Info

Publication number: CN105577713B
Application number: CN201410532163.4A
Authority: CN
Inventors: 侯照东; 顾黎明
Original assignee: Keshidian Network Technology Beijing Co ltd
Current assignee: Keshidian Network Technology Beijing Co ltd
Priority date: 2014-10-10
Filing date: 2014-10-10
Publication date: 2020-07-03
Anticipated expiration: 2034-10-10
Also published as: CN105577713A

Abstract

The invention discloses a method and a device for enabling a terminal to have a website function, which relate to the technical field of internet communication, and the method comprises the following steps: the terminal establishes a time line containing service conditions, service information and implementation time of the Web service event; and according to the implementation time on the timeline, issuing the service information of the Web service event to the target users meeting the service conditions. The invention not only can enable the terminal to have the function of the Web site, but also can release the service information of the Web site according to the established time line, so that a user can construct the Web site on local equipment, and accurate time control is provided for the release of the service information.

Description

Method for making terminal have website function

Technical Field

The present invention relates to the field of internet communication technologies, and in particular, to a method and a related device for enabling a terminal to have a website function.

Background

The World Wide Web (WWW), often referred to as the Web for short, generally adopts a client/server (B/S) model architecture, and provides various forms of services to the public by constructing a Web site on a Web server. The technical architecture form of the internet directly leads to the large-scale development of each network big head company. Particularly, as internet applications and industries are highly developed and popularized in recent years, internet large-scale co-purchase has more formed a monopolized internet industry pattern. The internet is always a stage for citizens to show intelligence, but the existing network architecture and technical threshold are difficult to provide a martial place for the vast public to fully use the advanced network technology to establish business. Although the internet has a lot of free station-building resources for people to choose, general people are forbidden to involve due to the conditions of strong professional, high technical threshold, necessity of purchasing domain names, server space and internet access and the like. It is difficult for the general public and small companies to have equal opportunities to compete with the huge enterprises, and even have own Web sites to realize the full application of the internet technology at a low cost.

With the rapid progress of science and technology, more people now have handheld terminal devices with strong performance, and have more selectable internet access modes and better network conditions. However, these devices and network resources are mostly used for consumption, and it is difficult to convert these resources into productivity under the existing network technology.

Disclosure of Invention

The invention aims to provide a method and a device for enabling a terminal to have a website function, so that local equipment (hereinafter referred to as the terminal) used by a user has the website function and can accurately control Web services by using time.

According to one aspect of the invention, a method for enabling a terminal device to have a website function is provided, and the method comprises the following steps:

the terminal establishes a time line containing service conditions, service information and implementation time of the Web service event;

and according to the implementation time on the timeline, issuing the service information of the Web service event to the target users meeting the service conditions.

Preferably, after the establishing of the time line, the method further comprises:

and the terminal forms a Web site file by using the service condition, the service information and the implementation time of the Web service event, thereby forming the Web site on the terminal.

Preferably, after the Web site on the terminal is formed, the method further includes:

pre-storing a target user list containing target user identity identification information, a physical address, a network address and service requirement information in a terminal;

and when the service requirement information of the target user in the target user list accords with the service condition of the Web service event, the terminal establishes a network link with the target user according to the target user identity identification information, the physical address and the network address which accord with the service condition.

Preferably, the step of publishing the service information of the Web service event includes:

the terminal judges whether the implementation time on the time line is reached;

and when the implementation time on the timeline is reached, issuing the service information of the Web service event to the target user meeting the service condition by using the network link with the target user, so that the target user can access the Web site of the terminal by using the service information.

Preferably, the method further comprises the following steps:

and the terminal sends the generated Web site file to the server so that the server can be used as a proxy Web site of the terminal to publish the service information of the Web service event by using the Web site file.

According to another aspect of the present invention, there is provided an apparatus for enabling a terminal to have a website function, including:

the system comprises a timeline module, a service condition module and a service information implementation time module, wherein the timeline module is used for establishing a timeline containing service conditions and service information implementation time of Web service events;

and the information release module is used for releasing the service information of the Web service event to the target user meeting the service condition according to the implementation time on the timeline.

Preferably, the method further comprises the following steps:

and the site forming module is used for forming a Web site file by using the service condition, the service information and the implementation time of the Web service event so as to form the Web site on the terminal.

Preferably, the method further comprises the following steps:

and the networking module is used for searching a target user meeting the service condition of the Web service event in a target user list which is prestored and contains target user identity identification information, a physical address, a network address and service requirement information, and when the service requirement information of the target user in the target user list meets the service condition of the Web service event, establishing network link with the target user according to the target user identity identification information, the physical address and the network address meeting the service condition.

Preferably, the information publishing module determines whether the implementation time on the timeline has arrived, and when the implementation time on the timeline has arrived, the information publishing module publishes the service information of the Web service event to the target user meeting the service condition by using a network link with the target user, so that the target user can access the Web site of the terminal by using the service information.

Preferably, the method further comprises the following steps:

and the file sending module is used for sending the generated Web site file to a server so that the server can be used as a proxy Web site of the terminal to publish the service information of the Web service event by using the Web site file.

Compared with the prior art, the invention has the beneficial effects that:

1. the invention can enable the terminal to have the Web site function, so that a user can construct a Web site on local equipment to provide personalized Web service;

2. the invention can issue the service information of the terminal Web site according to the established time line, and provides more accurate time control for the user to issue the service information.

Drawings

FIG. 1 is a schematic block diagram of a method for providing a terminal with a website function according to the present invention;

FIG. 2 is a schematic diagram of an apparatus for enabling a terminal to have a website function according to the present invention;

FIG. 3 is a schematic structural diagram of a device with a website function according to a first embodiment of the present invention;

fig. 4 is a flowchart of a Web site operation of a terminal having a Web site function according to a second embodiment of the present invention;

fig. 5 is a schematic diagram of a networking mode of a terminal with a website function according to a third embodiment of the present invention;

fig. 6 is a flowchart of a website publishing mode of a terminal having a website function according to a fourth embodiment of the present invention;

fig. 7 is a flowchart of a Web site posting mode of a terminal having a website function according to a fifth embodiment of the present invention;

FIG. 8 is a schematic diagram of a terminal operating mode according to a sixth embodiment of the present invention;

fig. 9 is a schematic diagram of an example of operations of a service terminal a and a served terminal B according to a seventh embodiment of the present invention.

Detailed Description

The preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings, and it should be understood that the preferred embodiments described below are only for the purpose of illustrating and explaining the present invention, and are not to be construed as limiting the present invention.

FIG. 1 is a schematic block diagram of a method for enabling a terminal to have a website function according to the present invention, as shown in FIG. 1, including the steps;

step S101: the terminal establishes a time line containing service conditions, service information and implementation time of the Web service event.

Step S102: and according to the service information implementation time on the timeline, issuing the service information of the Web service event to the target user meeting the service condition.

Specifically, a time line related to the Web service event is established on the terminal, and the time line comprises the service condition, the service information and the implementation time of the Web service event. After the time line is established, the terminal forms a Web site file by using the service condition, the service information and the implementation time of the Web service event, thereby forming a Web site on the terminal. After a Web site on a terminal is formed, the terminal searches a target user meeting the service condition in a target user list which is prestored and contains target user identity identification information, a physical address, a network address (such as an IP address) and service requirement information, and when the service requirement information of the target user in the target user list meets the service condition of a Web service event, the terminal establishes a network link with the target user according to the target user identity identification information, the physical address and the network address which meet the service condition. After the network link is established with the target user, the terminal judges whether the service information implementation time on the time line is reached, and once the service information implementation time on the time line is reached, the network link with the target user is utilized to issue the service information of the Web service event to the target user meeting the service condition, so that the target user can access the Web site of the terminal by utilizing the service information.

Further, the terminal may transmit the generated Web site file to the server, and issue the service information of the Web service event using the Web site file with the server as its proxy Web site.

In the embodiment, a Web site is constructed on the terminal, so that the terminal actively searches for matched target users in the internet after accessing the internet and obtaining authorization through registration and authentication, and performs end-to-end network link, thereby providing active Web services for the target users in a network group.

Fig. 2 is a schematic diagram of an apparatus for enabling a terminal to have a website function according to the present invention, and as shown in fig. 2, the apparatus includes a timeline module 201, an information publishing module 202, a site forming module 203, a networking module 204, and a file sending module 205.

The timeline module 201 establishes a timeline containing service conditions of the Web service events and service information implementation time, and the information publishing module 202 publishes the service information of the Web service events to target users meeting the service conditions according to the service information implementation time on the timeline.

Specifically, the timeline module 201 establishes a timeline for the Web service event, the timeline including service conditions, service information, and implementation time of the Web service event. After the time line is established, the site creation module 203 creates a Web site file using the service condition of the Web service event and the service information implementation time, thereby creating a Web site on the terminal. After the Web site on the terminal is formed, the networking module 204 searches a target user meeting the service condition of the Web service event in a pre-stored target user list containing target user identification information, a physical address, a network address (e.g., an IP address) and service requirement information, and establishes a network link with the target user according to the target user identification information, the physical address and the network address meeting the service condition when the service requirement information of the target user in the target user list meets the service condition of the Web service event. After establishing a network link with a target user, the information publishing module 202 determines whether the service information implementation time on the timeline has been reached, and when the service information implementation time on the timeline has been reached, the information publishing module publishes the service information of the Web service event to the target user meeting the service condition by using the network link with the target user, so that the target user can access the Web site of the terminal by using the service information.

Further, the file sending module 205 may also send the generated Web site file to a server, so as to use the server as a proxy Web site of the terminal, and the server may publish the service information of the Web service event by using the Web site file.

Fig. 3 is a schematic structural diagram of a device with a website function according to a first embodiment of the present invention, and as shown in fig. 3, the present embodiment implements the functions of fig. 1 and the devices of fig. 2 in more detail through a function module 10, a communication module 20 and an application module 30.

The function module 10 includes a scan search module 101, a timeline module 102, a relationship policy module 103, a file module 104, a security and authentication module 105, a database module 106, and an API interface module 107. The scanning and searching module 101 is used for scanning and addressing of a target user to assist in processing the sending and receiving of details and information of Web service events, and further, the scanning and searching module 101 is associated with the communication module 20 to complete networking on one hand, and realizes the publishing and obtaining of service information of each application event Web service event in the application module 30 on the other hand. The timeline module 102 is configured to create a timeline event layer (i.e., to establish a timeline of a Web service event) for details of a Web application event and perform linear flow management, and further, the timeline module 102 is responsible for creating a timeline layer of each application event in the application module 30 for a user on the one hand and performing linear flow management on the event timeline layer on the other hand. The relationship policy module 103 processes the association between the user and the local device, the function module, the application component, the network group, the user group, and the network event and processes various relationships, i.e. customizes the network rule, further, the relationship policy module 103 is configured to process the association between the function module 10, the communication module 20, and the application module 30, and manages the registration and the client relationship of the user, after the client user registers, a unique id (i.e. user id information) and a network address id (i.e. physical address, IP address) are obtained, the id is used as a super pass of the user, and the network address id is used to mark the address location of the user in the network. The file module 104 is used for functions of entering, processing, classifying, storing, outputting and the like of the digital file, and specifically, it processes entering, processing, classifying, storing, outputting and the like of each item of Web application event data in the application module 30 by associating with the database module 106. The security and authentication module 105 manages and authenticates security of the system environment, data, communication activities, and various roles, and further, the security and authentication module 105 manages and authenticates security of the system environment, data, communication activities, various roles, and Web tasks in the function module 10, the communication module 20, and the application module 30. The API interface module 107 provides a standardized interface for third party applications in the application module 30. The database module 106 stores user data.

The communication module 20 includes components such as a control module 201, a networking module 202, and an associated communication protocol module 203. The control module is configured to perform communication, data exchange, and control between a physical layer, a data layer, and a presentation layer of the terminal, and specifically, the control module 201 can support the networking module 202 to implement a function of a Web server node (i.e., a Web site) of the terminal in a network environment of the communication protocol module 203, and on the other hand, can establish a network link with another user and perform data transmission. The networking module 202 is used for configuring a physical interface of the device network, calling a preferred communication protocol, and performing network link and data transmission with a target user and a server; the related communication protocols refer to UDP, TCP/IP, P2P and PPPPO protocols which can be used for networking through a physical medium, WIFI, WAPI, GSM, GPRS, CDMA, LTE protocols and the like which can be used for networking through wireless communication.

The application module 30 may include a news module 301, a business module 302, a communication module 303, a map module 304, a community module 305, an assistant module 306, and a third-party application module 307, where the third-party application module 307 includes but is not limited to community, game, entertainment, remote collaboration, office, conference, video, teaching, and internet of things applications, and the application of the application installed by the user runs on the corresponding timeline event layer established by the timeline module 102, is managed by the relationship policy module 103, and is executed by the timeline module 102, and is sent and acquired by the scanning search module 101 to the target user. Specifically, the application modules include basic application programs such as news, business, communication, maps and auxiliary tools, and optional third-party application program components such as community, game, entertainment, remote collaboration, office, conference, video, teaching and internet of things applications, wherein the news component is used for Web service item details in a news mode, the business component is used for Web service item details in an electronic business mode, the map component is used for Web service item details in a map mode, the community component is used for Web service item details in a community mode, the auxiliary tools are used for providing auxiliary tools and development packages for the third-party application programs on one hand, and are used for creating application tools provided by digital files for users on the other hand, and the application tools include entering and processing of characters, images, voice, videos and the like, and user personalized UI interface design and template tools and the like.

The user can carry out DIY assembly on the modules and the components to form a specific user client, and the specific user client is applied to the terminal equipment of the user. The client may have multiple system versions to be suitable for running under various mainstream operating systems. The system version includes but is not limited to Windows, Google, Android, Apple, iOS, iPhone, Windows Phone, etc.

The user can install the client on the own equipment, and the equipment has the function of the Web server node (namely the function of the Web site), so that the Web site can be quickly erected on the equipment and the Web service can be provided. The self-owned device can be a computer and a server with program control right for a user, and an intelligent terminal device with computer characteristics, including but not limited to a smart phone, a tablet computer, a notebook computer, an intelligent household appliance, an intelligent sensor, an internet of things device, and the like, and is hereinafter collectively referred to as a local device. The function of the Web server node means that the client can mark the network address position of the equipment in the network, mark the requirements, conditions and standards of matched target users, has the function and the authority of providing Web site service, and has the function and the authority of receiving the service. The Web site is similar to a Web site operated by a server system in the WWW (B/S) architecture. For Web service, on one hand, a user creates Web service event details on a time line of local equipment, and provides Web service event detail service for target users in a network group on the premise of direct interaction between people; on the other hand, a set of WWW standard Html format Web site files can be generated and placed on the local device and the server, and WWW type Web site service is provided for the target user. The Web service event details are specific Web service items (i.e. service information) provided by the local device and structured at the timeline event layer, and include, but are not limited to, news, business, communication, video, maps, community, game, entertainment, remote collaboration, office, conference, teaching, internet of things application, and the like. The served functions and the permissions refer to that a target user can directly enter Web service event details of local equipment of the user through the link of an active network group, the online interaction with the user is directly realized, and the target user and the user cooperate to complete the specific Web service event details.

Similarly, a server device similar to the client may be configured to mainly manage the matching between the registered user and the information, and provide the user with the downloading and upgrading of the client device, the operation support of the system platform, and the like. Specifically, on one hand, an exclusive Web space is provided for a client of a user, and the user is assisted to complete registration, authentication, addressing navigation, remote backup and sharing of files; and on the other hand, proxy publishing of WWW standard Html format Web site service is provided for the client.

Furthermore, the user can download the server device, erect a professional Web server, build a large-scale industry and a professional Web site, and provide the industry and professional Web services for the public, besides using the client-side to construct a single-edition Web site service on local equipment.

In this embodiment, a user may download a client from a server, install the client on a local device, construct a Web site, after the local device accesses the internet and is authorized by registration authentication, the local device may actively search for a matched target user among the internet, perform end-to-end network link to form a corresponding network activity group, and the user provides a Web service to the target user in the network group. The method comprises the following specific steps:

the method comprises the following steps: the user downloads an applicable version of the client from the server.

Step two: installing the client on a local device.

Step three: the client is operated for the first time, registration is carried out on the server, a unique identity mark and a network address mark are obtained after user registration authentication, and user information of the registration authentication is stored in the server and recorded in the addressing navigation index.

The addressing navigation index is an index table of all registered users recorded by the server, and the index table is associated with a matching class table recorded with service requirement information matched with the users. Each user has an independent navigation index on the server and the local device, and the navigation index, the account authority and the network rule of the user are all managed by the relationship policy module.

Step four: and constructing Web services and sites of local equipment.

The method comprises the steps that a user establishes a time line, a Web event layer is established on the time line, specific content and required application items of the Web event are added, a publishing task (namely service information) of the Web event is set on the time line and comprises basic content and attributes of the event, implementation time of the Web task, matching requirements and conditions (namely service conditions) of a target user to be served, further, network mutual access rules and permissions can be set, the domain range of publishing is allowed, and the like, and therefore a specific Web service event is conveniently constructed. The client integrates a basic application program for the user to use, and the application program with the personalized requirement of the user can be downloaded, installed and used from the server device.

Further, after the local specific Web service event details are set, the file module executes a preset command of the timeline module, generates a set of WWW standard Web site files in an Html format on the local equipment, and transmits the Web site files to the relationship policy module to manage the Web site files; the relation strategy module drives the scanning search module to synchronize a Web site file in an Html format to the server, and at the moment, the server can issue Web site service for WWW network user agents in a URL mode.

Furthermore, the relation policy module can also judge the service requirement of the target user, and enable the scanning search module to guide the scanning search module of the matched target user to directly access the Web site service.

Step five: and the relation strategy module drives the time line module to activate a scanning search module working process on the set Web task time node, and the scanning search module executes the target user matched with the service condition in the navigation index and simultaneously updates the local navigation index by comparing with the total navigation index of the server.

Step six: the scanning search module returns the matched target user list information to the user, after the user confirms and selects, the relation strategy manages and the safety certification confirms, the relation strategy is transmitted to the communication module to execute the network link with the selected target user, and a network activity group is formed.

Step seven: the relation strategy transmits the network activity group parameters to the timeline module, and the timeline module drives the scanning search module to issue specific Web service event detail information to all target users in the network activity group.

Step eight: after receiving Web service event information, the scanning search module of a matched target user presents information abstract on a related timeline event layer established by a local equipment timeline module, and a relation strategy module automatically executes and processes the affair according to a preset instruction, or the Web service event details are finished by two users in a form of direct human-to-human interaction.

Therefore, the invention can directly match the target user needed by the user, and directly update and provide the user navigation index information meeting the matching condition to the user in real time.

Fig. 4 is a flowchart of a Web site operation of a terminal having a Web site function according to a second embodiment of the present invention, and as shown in fig. 4, the steps include:

step 200: and starting.

And (4) terminal registration authentication, wherein the registered user needs to confirm identity and pass security authentication.

Step 201: the terminal establishes a time line, creates a Web event layer on the time line, and adds the specific content of the Web service event, the basic attribute of the event and the like, namely, the terminal establishes a time line related to the Web service event.

Step 202: and setting a release task of the Web event on the time line, wherein the release task comprises service requirements and conditions matched with a service target user, network mutual access rules and permissions, an implementation time plan of the Web service task, an allowed release area range and the like, and completing the construction work of the Web event.

Step 203: the relation strategy module drives the time line module to start a scanning search process on the set time node, and the scanning search module searches the navigation index for the target user meeting the service condition according to the instruction.

Step 204: the user selects a target user from a target user list returned by the scanning search module, and after the target user list is managed and confirmed by the relationship policy module, the communication module is informed to establish network link with the target user selected and confirmed by the user, so that a network activity group is formed.

Step 205: the relation strategy module analyzes the service requirement information returned by the target user and controls the scanning and searching module to directly send the information of the Web service event details, namely the service information, to the target user.

Step 206: and the scanning search module of the target user receives the information of the Web service event details published by the user or the server agent.

In performing step 205,

steps

207 and 208 are performed sequentially.

Step 207: the relation strategy module informs the file module to generate a set of WWW standard Html format Web site files, one copy is stored in the local equipment, and the other copy is synchronized to the server.

Step 208: the server publishes Web site services to the user agents in a standard URL pattern.

Step 209: the workflow is ended.

Fig. 5 is a schematic diagram of a networking mode of a terminal with a website function according to a third embodiment of the present invention, and as shown in fig. 5, each client is located on a different terminal, and a link is established between client 0 and a matched target client 1, client 2, client 3, and … client n to form a network group 0. Equally, client 1 forms network group 1 with matching client 11, client 12, …, client 1 n; client 2 and matched client 21, client 22, …, client 2n form network group 2; the client 3 and the matched client 31, the client 32, … and the client 3n form a network group 3; the client n and the matched client n1, the client n2 and the client nn of … form a network group n. The client 0 is linked with the network group 1, the network group 2, and the network group 3, … to form a network group (i.e., a piconet system) 100. Similarly, client 1 is linked with network group 0, network group 2, network group 3, and network group … to form a network group (i.e. piconet system) 110; the client 2 is linked with the network group 0, the network group 1, the network group 3, and the network group … to form a network group (i.e., a piconet system) 120; the client 3 is linked with the network group 0, the network group 1, the network group 2, and the network group … to form a network group (i.e. a piconet system) 130; the client n is linked with the network group 0, the network group 1, the network group 2, the network group 3, and the network group … to form a network group (i.e., a piconet system) n. Further, the network group 100, the network group 110, the network group 120, the network group 130, …, and the network group n are interconnected to form a wide area network, so that any user can be directly linked with any other user and the server 1, and provide Web services and served services.

Fig. 6 is a flowchart of a website publishing mode of a terminal having a website function according to a fourth embodiment of the present invention, as shown in fig. 6, including:

step 400: a Web service event begins.

Step 401: the relation strategy module sends a site service instruction, and after the website service instruction is confirmed by the safety and authentication module, the scanning search module starts to retrieve the navigation index and searches for the target user meeting the service condition.

Step 402: and the scanning search module matches a target user meeting the service condition of the relation strategy.

Step 403: and the relation strategy module informs the communication module to establish network link with the matched target user, and the communication module carries out networking after being confirmed by the safety and authentication module to establish a network group.

Step 404: the scanning search module issues Web service event detail information, i.e. Web service information, to the target user and performs step 405 and optionally step 406.

Step 405: and the scanning search module of the target user receives the Web service event detail information.

Step 406: the scanning search module establishes human-to-human communication interaction with the target user.

Step 407: the target user enters the current Web transaction of the user's timeline event layer through a person-to-person direct interaction mode.

Step 408: and the user and the target user cooperate with each other on the current Web transaction to complete the current Web service event.

Step 409: the Web service event ends.

Fig. 7 is a flowchart of a Web site publishing mode of a terminal having a Web site function according to a fifth embodiment of the present invention, as shown in fig. 7, including:

step 500: web service event initiation

Step 501: the user establishes a time line, creates a Web event layer on the time line, and adds the specific content of the Web event, the basic attribute of the event and the like.

Step 502: and setting a release task of the Web event on the time line, wherein the release task comprises matched service requirements and conditions of a served target user, network mutual access rules and permissions, an implementation time plan of the Web task, an allowed release area range and the like, and completing construction work of the Web event.

Step 503: after the local Web service event is set, the relation strategy module informs the file module to execute the preset command of the timeline module, and a set of WWW standard Html format Web site files are generated on the local equipment.

Step 504: the relation strategy module assists the time line module to complete the details of the Web service event on the local equipment, and completes the establishment of the local Web site.

Step 505: the relation strategy module guides the scanning and searching module to issue Web service event detail service, namely Web service information, to the target users in the network activity group.

Step 506: and the target user acquires the service information of the Web service event details.

Further, the target user can also access a Web site in Html format of the browsing user through a browser.

Further, after the step 503 is executed, the following steps may be further included:

step 507: the relation strategy module informs the file module to upload a Web site file in WWW standard Html format to the server by the scanning search module.

Step 508: the relation strategy module of the server establishes a Web site in WWW standard Html format for the user.

Step 509: the server publishes Html-formatted Web sites for user agents in URL mode.

Step 510: the Web site service of the Web service event ends.

Fig. 8 is a schematic diagram of a terminal operating mode according to a sixth embodiment of the present invention, as shown in fig. 8, including:

step 601: the terminal (installed with the client) is started, and the terminal can select three operation standby states of the Web operation mode in step 602, the Web application mode in step 609 and the local operation mode in step 610.

Step 602: when the terminal enters the Web operation mode, steps 603 to 608 are performed.

Step 603: and entering a Web working mode, scanning and searching the matched target user (provided with the client) by the scanning and searching module, and establishing a network link with the matched target user.

Step 604: and establishing a network activity group with the target user.

Step 605: in the Web working mode, the user realizes the management and control of the Web application event details and the release setting of the Web application event details.

Step 606: and sending the Web application event detail information to the target user.

Step 607: and under the Web working mode, the user realizes the management and control of the local task.

Step 608: and sending the local task to the target user for sharing.

Step 609: when the terminal enters the Web application mode, the terminal becomes a served person.

Specifically, the terminal establishes a network activity group with a matched target user, receives a Web service event detail service provided by the target user, or requests the service from the target user.

Step 610: when the terminal enters the local operation mode, step 611 is performed.

Step 611: if there are tasks to be shared with the target client, step 608 is executed.

The step 601 synchronously performs the following steps:

step 612: while performing step 604, the client establishes a network link with the server and exchanges data.

Fig. 9 is a schematic diagram of a working example of a service terminal a and a served terminal B according to a seventh embodiment of the present invention, and as shown in fig. 9, in this embodiment, both the service and the served of a specific event are implemented by the above clients, and equal service and served can be implemented among multiple clients. The workflow of the network event implementation is illustrated in the example of fig. 9 by taking only one network event service provider client a (i.e., terminal a) and one network event service target client B (i.e., terminal B) as an example.

As shown in fig. 9, the client a mainly includes: a timeline event layer 711, a scanning searcher 712, a security/relationship strategy 713 and a communication module 714; the client B mainly includes: the timeline event layer 721, the scanning searcher 722 and the communication module 723, wherein:

the timeline event layer 711 of the client a is a specific Web event service instance, which includes specific content, network attribute, matching condition (for example, mutually matching supply and demand information), network access rule, etc. of a network event, and provides a file and database system for supporting the same, the timeline event layer 711 drives the scanning searcher 712 to find a specific client B meeting the matching condition between the internet under the action of the set network distribution rule, the scanning searcher 712 of the client a sends a matching information request to the scanning searcher 722 of the client B, the scanning searcher 722 returns the network attribute and matching information including the time event layer 721 to the client a, the client a receives and processes the matching information by the security/relationship policy 713, and after obtaining the permission of the set network access rule, the communication module 714 and the communication module 723 are instructed to perform networking link, a direct network communication link is established for the time event layer 711 and the timeline event layer 721.

Under the state that the client a and the client B realize trusted network link communication, the timeline event layer 711 of the client a and the timeline event layer 721 of the client B directly perform matching interaction of network event service and content. In the matching interaction, the timeline event layer 711 sends the matched network event and content to the timeline event layer 721, the timeline event layer 721 obtains the network event and content from the timeline event layer 711, and a special network event service and content are sent and obtained between the client a and the client B.

Further, the timeline event layer 721 of the client B is a specific Web event instance, including the specific content of the network event, network attributes, matching conditions, and network acquisition and access rules, etc., and a file and database system for providing support for the same, the timeline event layer 721 drives the scanning searcher 722 to find a special case client a meeting matching conditions among the internet under the action of the specific event and content requirement rules, the scanning searcher 722 sends a matching networking access request to the client a, the security/relationship policy 713 of the client a receives and processes, after obtaining the authentication permission of the network access rule set by the user, the communication module 714 is instructed to perform networking link with the communication module 723 to establish a direct network communication link for the time event layer 721 and the timeline event layer 711, and the timeline event layer 722 obtains the service and content of the network event of the timeline event layer 711.

The invention has the advantages that by using the client device of the invention, the local equipment has the function of Web server nodes, and common people can construct a Web site on the local equipment without Web technology development and equipment investment, develop the required personalized Web service and various services based on network information, thereby not only meeting the requirements of people on personalized network information services, but also fully utilizing the existing network facilities and equipment to convert the consumption resources into generative resources, and creating more social values.

Although the present invention has been described in greater detail, the present invention is not limited thereto, and those skilled in the art can make various modifications based on the principle of the present invention. Thus, modifications made in accordance with the principles of the present invention should be understood to fall within the scope of the present invention.

Claims

1. A method for enabling a terminal to have a website function, comprising:

the terminal forms a Web site file by using the service conditions, the service information and the implementation time of the Web service event, thereby forming a Web site on the terminal;

when the implementation time on the timeline is reached, issuing the service information of the Web service event to a target user meeting the service condition by using a network link with the target user so that the target user can access a Web site of a terminal by using the service information;

when the service requirement information of the target user in the target user list accords with the service condition of the Web service event, the terminal establishes a network link with the target user according to the target user identity identification information, the physical address and the network address which accord with the service condition;

the terminal sends the generated Web site file to a server so that the server can serve as a proxy Web site of the terminal to publish service information of a Web service event by using the Web site file;

wherein, the device with the website function is the terminal; the user can install the client on the self-contained equipment, and the equipment has the function of a Web server node, namely the Web site function, so that a Web site can be quickly erected on the equipment and Web service is provided; the self-owned equipment is a computer and a server with program control rights for users, and intelligent terminal equipment with computer characteristics, and comprises a smart phone, a tablet computer, a notebook computer, intelligent household appliances, an intelligent sensor, an internet of things device and the like, and is hereinafter collectively called local equipment; the function of the Web server node means that the client can mark the network address position of the equipment in the network, mark the requirements, conditions and standards of matched target users, has the function and permission of providing Web site service, and has the function and permission of receiving the service; the Web site has the function of the Web site operated by a server system in the B/S architecture of WWW; for Web service, on one hand, a user creates Web service event details on a time line of local equipment, and provides Web service event detail service for target users in a network group on the premise of direct interaction between people; on the other hand, a set of WWW standard Html format Web site files can be generated, placed on local equipment and a server, and WWW type Web site service is provided for a target user; the Web service event details are specific Web service items, namely service information, which are provided by local equipment and are constructed on a timeline event layer, and comprise news, business, communication, video, maps, communities, games, entertainment, remote collaboration, office, conference, teaching, Internet of things application and the like; the served functions and the permissions refer to that a target user can directly enter Web service event details of local equipment of the user through the link of an active network group, the online interaction with the user is directly realized, and the target user and the user cooperate to complete the specific Web service event details;

the networking mode of the terminal is as follows: each client is positioned on different terminals, and a link is established between the client 0 and the matched target client 1, client 2, client 3 and client … to form a network group 0; equally, client 1 forms network group 1 with matching client 11, client 12, …, client 1 n; client 2 and matched client 21, client 22, …, client 2n form network group 2; the client 3 and the matched client 31, the client 32, … and the client 3n form a network group 3; the client n and the matched client n1, the client n2 and the client nn of … form a network group n; the client 0 is linked with the network group 1, the network group 2, the network group 3, and the network group … to form a network group 100; similarly, client 1 is linked with network group 0, network group 2, network group 3, and … network group n to form a network group 110; the client 2 is linked with the network group 0, the network group 1, the network group 3, and the network group … to form a network group 120; the client 3 is linked with the network group 0, the network group 1, the network group 2, and the network group … to form a network group 130; the client n is linked with a network group 0, a network group 1, a network group 2, a network group 3, and a network group 1n of … to form a network group n; further, the network group 100, the network group 110, the network group 120, the network group 130, …, and the network group n are interconnected to form a wide area network, so that any user can be directly linked with any other user and the server 1, and provide Web services and served services.