CN101924740A - Method and system for providing service through web page - Google Patents

Abstract

The present invention relates to a method for providing a service through a web page and a system thereof. Specifically, the present invention provides a method for providing services through a web page, wherein the steps executed on a server side include: receiving a service requirement for a service end from a client; an operation webpage of the server side is taken out from a webpage database of the server side; providing an operation webpage of the server to the client, so that a user can operate the operation webpage of the server through the client to generate and transmit an operation event file to the server; and transmitting the operation event file to the server, so that the server provides services according to the operation event file. When the method and the system are applied, the client only needs to be provided with the browser, and the server can provide corresponding services by operating the operation webpage of the server.

Description

Method and system for providing service through web page

technical field

The present invention relates to a method and system for providing services, and in particular to a method and system for providing services through web pages.

Background technique

In the past, the establishment of websites was presented in front of users in the form of static web pages. Among them, the static webpage is designed using HyperText Markup Language (HTML) syntax, which does not automatically update webpage data, and does not allow visitors to input data to the website.

With the continuous advancement of network technology, the web pages provided by various websites are no longer just static web pages. What follows is a dynamic web page with visual design and high interactivity. Therefore, Macromedia launched Rich Internet Application (RIA) as a specification for dynamic web pages. RIA utilizes the combination of vector animation, multimedia and database to make the web page just like the traditional desktop software, and it can respond and interact with users flexibly and simply. In addition, RIA provides network application services with cross-platform capabilities through the use of front-end tools that can vectorize dynamic images, combined with various back-end applications.

Among all the software that conforms to the RIA specification, Flash Player launched by Adobe has a great advantage in market share and technical maturity. However, since Flash Player is positioned to serve network applications, the functions of Flash Player are subject to many restrictions in consideration of system security. For example, Flash Player cannot access files on the local side, cannot operate applications on the local side, and many other network security-related restrictions.

Contents of the invention

Therefore, an object of the present invention is to provide a method and system for providing services through a webpage, so that the client can obtain the service from the server through the operation of the vector animation webpage.

According to an embodiment of the present invention, the present invention provides a method for providing services through a webpage, wherein the steps performed on a server (server) include: receiving a service request from a client for a service module (service module) . An operating webpage of the server is fetched from a webpage database of the server. The operation webpage of the server is provided to the client, so that the user operates the operation webpage of the server through the client to generate and send an operation event file to the server. The operation event file is transmitted to the server, so that the server provides services according to the operation event file.

According to an embodiment of the present invention, the present invention provides a system for providing services through web pages. The system for providing services through web pages includes a server, a client and a server. The client generates a service request to the server. The server side includes a web page database, an operation module and a service module. The webpage database stores an operation webpage of the server. When the operation module receives a service request from the client, it returns the operation web page of the server. The user operates the operation web page of the server through the client to generate and transmit the operation event file to the server. The service module at the server end transmits the operation event file to the server, thereby enabling the server to provide services according to the operation event file.

It can be seen from the above that when the present invention is applied, the client only needs to be installed with a browser, and then the server can provide corresponding services by operating the operation webpage of the server.

Description of drawings

In order to make the above and other objects, features, advantages and embodiments of the present invention more comprehensible, the accompanying drawings are described as follows:

FIG. 1 is a functional block diagram of a system for providing services through web pages according to an embodiment of the present invention.

FIG. 2 is a flow chart of a method 200 for providing services through web pages executed on the server 120 in FIG. 1 .

FIG. 3 is a flow chart of a method 300 for providing services through webpages performed by the server 130 in FIG. 1 .

Description of main component symbols:

100: System that provides services through web pages 125: Registration module

110: Client 130: Server

120: Server side 200: Method of providing services through web pages

121: Webpage database 210～290: Steps

122: Operation module 300: Method of providing services through web pages

123: Service module 310～370: Steps

124: Response module

Detailed ways

Referring to FIG. 1 , it shows a functional block diagram of a system for providing services through web pages according to an embodiment of the present invention. The system for providing services through the webpage enables the client to obtain an operation webpage of the server from the server, and operate the operation webpage to enable the server to provide services. The system 100 for providing services through web pages includes a client 110 , a server 120 and a server 130 . Wherein, the client 110, the server 120, and the server 130 can be installed on the same computer to perform service operations on the computer. In addition, the client 110 and the server 130 can also be installed on different computers to perform remote service operations.

The client 110 generates a service request to the server 130 and sends the service request to the server 120 . The server 120 includes a webpage database 121 , an operation module 122 and a service module 123 . The webpage database 121 stores an operation webpage of the server 130 . Wherein, the operation webpage of the server 130 can be a vector animation webpage conforming to the Rich Internet Application (RIA) specification, such as a vector animation webpage produced by using Adobe Flash, JavaFX or Microsoft Silverlight. For example, the operation webpage of the server 130 can imitate the desktop of a general operating system and design a plurality of buttons, knobs, menus or other icons generated by applying vector animation. In this way, the operation webpage of the server 130 can make the user feel like operating an operating system. However, in other embodiments, the operation web page of the server 130 may use different vector animation designs according to the services that the server 130 can provide.

When the operation module 122 receives the service request for the server 130 from the client 110 , it returns the operation webpage of the server 130 to the client 110 . Next, the user can operate the operation web page of the server 130 through the client 110 to generate and transmit the operation event file to the server 120 . The operation event file may be in the format of Simple Object Access Protocol (SimpleObject Access Protocol, SOAP), Extensible Markup Language (eXtensible Markup Language, XML) or other markup languages.

The service module 123 of the server 120 transmits the operation event file to the server 130 . Then, the server 130 provides services according to the operation event file. In this way, the user only needs to operate the operation webpage of the server 130 through the client 110 to enable the server 130 to provide services.

In addition, the server 120 may include a response module 124 for receiving a response event file related to the operation event file from the server 130 and sending the response event file to the client 110 . The client 110 modifies the display of the operation web page according to the response event file. In other words, the server 130 can generate a response event file according to the service provided by the operation event file, so as to modify the display of the operation webpage on the client 110 according to the provided service.

For example, when the server 130 provides a volume adjustment service, the operation webpage of the server 130 may have a volume knob. When the user in front of the client 110 keeps turning up the volume with the volume knob, the client 110 will generate an operation event file with the volume turning up information and send it to the server 120 . The service module 123 of the server 120 transmits the operation event file with volume up information to the server 130 . Therefore, the server 130 increases the volume according to the operation event file having the volume increase information. Then, the server 130 can transmit a response event file (that is, a response event file related to the operation event file) with the current volume information to the server 120 . The response module 124 of the server 120 transmits the above-mentioned response event file to the client 110 . Therefore, the client 110 can modify the volume indication of the volume knob on the web page according to the response event file with the current volume information. However, in other embodiments, different operation event files and response event files may be generated according to the services provided by the server 130 .

The server end 120 may also include a registration module 125 , which is used for determining whether there is an operation web page of the server end 130 in the web page database 121 when receiving a registration signal from the server end 130 . When there is no operation webpage of the server 130 in the webpage database 121 , the operation webpage of the server is obtained from the server 130 and stored in the webpage database 121 . In other words, when the server 130 registers with the server 120 , the server 120 will first determine whether there is an operation webpage of the server 130 to provide to the client 110 for operation. When the server 120 does not store the operation webpage of the server 130 , it obtains the operation webpage from the server 130 . In this way, after the server 130 registers with the server 120 , the client 110 can operate the service provided by the server 130 through the server 120 .

FIG. 2 is a flow chart of a method 200 for providing services through web pages executed on the server 120 in FIG. 1 . Referring to FIG. 1 and FIG. 2 at the same time, the method 200 for providing services through a webpage includes the following steps:

When a registration signal is received from the server 130 (step 210), it is determined whether there is an operation webpage of the server 130 in a webpage database of the server 120 (step 220). Wherein, the operation webpage of the server 130 may be a vector animation webpage complying with the rich Internet application specification, such as a vector animation webpage produced by using Adobe Flash, JavaFX or Microsoft Silverlight. For example, the operation webpage of the server 130 can imitate the desktop of a general operating system and design a plurality of buttons, knobs, menus or other icons generated by applying vector animation. In this way, the operation webpage of the server 130 can make the user feel like operating an operating system. However, in other embodiments, the operation web page of the server 130 may use different vector animation designs according to the services that the server 130 can provide.

When the operating webpage of the server 130 is stored in the webpage database, the client 110 can directly enable the server 130 to provide services through operating the webpage. However, if there is no operation webpage of the server 130 in the webpage database, the operation webpage of the server 130 is obtained from the server 130 and stored in the webpage database (step 230 ). In this way, there is an operating webpage corresponding to the server 130 in the webpage database, so that the client 110 can make the server 130 provide services by operating the webpage.

Next, after receiving a service request for the server 130 from the client 110 (step 240 ), provide the operation webpage of the server 130 to the client 110 (step 250 ). Wherein, the server 120 can provide a service website as a link website of the operation webpage of the server 130, and the action of connecting the above website by the client 110 is regarded as receiving a service request to the server 130 from the client 110 (step 240). In addition, the server 120 can also register the server 130 registered in the server 120 in a service menu to provide the client 110 with options. Then, when the client 110 selects the server 130 from the service list, it receives a service request for the server 130 from the client 110 (step 240 ). In this way, the client 110 can display the operation webpage through the browser, so that the user operates the operation webpage of the server 130 through the client 110, so that the server 130 provides services. Wherein, when the user operates the operation webpage of the server 130 through the client 110 , an operation event file will be generated according to the user's operation on the operation webpage and sent to the server 120 . The operational event file may employ the format of Simple Object Access Protocol, Extensible Markup Language, or other markup languages. Therefore, the client 110 does not need to transmit complex commands, but only needs to transmit the operation event file to obtain the service provided by the server 130 .

When the operation event file is received from the client 110 (step 260), the operation event file is sent to the server 130 (step 270). Next, the server 130 can provide services according to the operation event file. However, upon receiving a response event file related to the operation event file from the server 130 (step 280), the response event file is sent to the client 110 (step 290). Wherein, the response event file may adopt the format of simple object access protocol, extensible markup language or other markup languages. Therefore, the client 110 can modify the display of the operation webpage according to the response event file.

For example, when the server 130 provides a volume adjustment service, the operation webpage of the server 130 may have a volume knob. When the user in front of the client 110 keeps turning up the volume with the volume knob, the client 110 will generate an operation event file with the volume turning up information and send it to the server 120 . When the server 120 receives the operation event file with volume up information from the client 110 (step 260 ), it transmits it to the server 130 (step 270 ). Therefore, the server 130 increases the volume according to the operation event file having the volume increase information. Then, the server 130 can transmit a response event file (that is, a response event file related to the operation event file) with the current volume information to the server 120 . When the server 120 receives the above-mentioned response event file from the server 130 (step 280), it transmits it to the client 110 (step 290). Therefore, the client 110 can modify the volume indication of the volume knob on the web page according to the response event file with the current volume information. However, in other embodiments, different operation event files and response event files may be generated according to the services provided by the server 130 .

From another point of view, FIG. 3 is a flow chart of a method 300 for providing services through web pages executed by the server 130 in FIG. 1 . Referring to FIG. 1 and FIG. 3 at the same time, the method 300 for providing services through a webpage includes the following steps:

After sending a registration signal to the server (step 310), it is determined whether the operation webpage of the server 130 exists in the webpage database of the server 120 (step 320). When the operating webpage of the server 130 already exists in the webpage database of the server 120 , the service can be provided to the client 110 through the server 120 . However, when the operation webpage of the server 130 does not exist in the webpage database of the server 120, the operation webpage of the server 130 is sent to the server 120 (step 330). Then, the server 120 stores the operating webpage of the server 130 in its webpage database. The server 130 can provide services to the client 110 through the server 120 .

In step 340 , the operation event file generated by the user operating the operation webpage is continuously received from the server 120 . Upon receipt of the operational event file, services are provided according to the operational event file (step 350). Wherein, since step 340 to step 350 is that the server 130 actively receives the operation event file to provide services, it can be regarded as executing a program on the server 130 itself. In this way, restrictions related to network security can be avoided, so files and applications on the local machine of the server can be accessed.

Next, a response event file related to the operation event file can be generated (step 360 ), and the response event file is sent to the client 110 through the server 120 (step 370 ). Therefore, the client 110 can modify the display of the operation webpage according to the response event file.

For example, when the server 130 provides a volume adjustment service, the operation webpage of the server 130 may have a volume knob. When the user in front of the client 110 keeps turning up the volume with the volume knob, the client 110 will generate an operation event file with volume up information, and send it to the server 130 through the server 120 . When the server 130 receives the above-mentioned operation event file, it provides services according to the operation event file and turns up the volume (step 350 ). Then, the server 130 can generate a response event file with current volume information (ie, a response event file related to the operation event file) (step 360 ), and send it to the client 110 through the server 120 (step 370 ). Therefore, the client 110 can modify the volume indication of the volume knob on the web page according to the response event file with the current volume information. However, in other embodiments, different operation event files and response event files may be generated according to the services provided by the server 130 .

It can be seen from the embodiments of the present invention described above that the application of the present invention has the following advantages. The client only needs to be installed with a browser, and then the server can provide corresponding services by operating the operation webpage of the server. In particular, when using the vector animation webpage to create the above-mentioned operation webpage, the operation webpage can be displayed correspondingly according to different services provided by the server to interact with the client. In addition, when the client and the server are installed on different computers, the server actively receives the operation event file from the client and provides services, so it can be regarded as executing a local program of the server. In this way, restrictions related to network security can be avoided, so that the client can access files and applications on the server's local computer from a computer different from the server. However, when the client, the server and the server are installed on the same computer, the client can also obtain the services on the computer by operating the webpage without additionally installing an operation interface required by the server.

Although the present invention has been disclosed above in terms of implementation, it is not intended to limit the present invention. Any person skilled in the art should be able to make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the present invention The scope of protection shall prevail as defined by the scope of the appended claims.

Claims (22)

1. A method for providing services through a webpage, wherein the steps performed on a server side include: receiving a service request for a server from a client; fetching an operation webpage of the server from a webpage database of the server; providing the operation webpage of the server to the client, thereby enabling the user to operate the operation webpage of the server through the client to generate and transmit an operation event file to the server; and and transmitting the operation event file to the server, so that the server provides services according to the operation event file. 2. The method for providing services through web pages as claimed in claim 1, wherein the steps performed on the server side further comprise: receiving a response event file for the operational event file from the server; and The response event file is transmitted to the client, so that the client modifies the display of the operation web page according to the response event file. 3. The method for providing services through web pages as claimed in claim 1, wherein the steps performed on the server side further comprise: When receiving a registration signal from the server, determine whether the operation webpage of the server exists in the webpage database; and When the operation webpage of the server does not exist in the webpage database, the operation webpage of the server is obtained from the server and stored in the webpage database. 4. The method for providing services through webpages as claimed in claim 1, wherein the step of receiving the service request from the client to the server comprises: A service website is provided as a link website of the operation webpage of the server, wherein the operation of the client connecting to the service website is regarded as receiving the service request from the client to the server. 5. The method for providing services through a webpage as claimed in claim 1, wherein the step of receiving the service request from the client to the server comprises: registering the server in a service list when receiving a registration signal from the server; and providing the service list to the client for selection by the client, wherein when the client selects the server from the service list, receiving all the requests for the server from the client above service requirements. 6. The method for providing services through web pages as claimed in claim 1, wherein the steps performed on the server side include: continuously receiving the operation event file from the server; and When the operation event file is received, the service is provided according to the operation event file. 7. The method for providing services through webpages as claimed in claim 6, wherein the steps performed on the server side further comprise: generating a response event file according to the operation event file; and Transmitting the response event file to the client through the server, so as to modify the operation webpage displayed on the client. 8. The method for providing services through web pages as claimed in claim 6, wherein the steps performed on the server side further comprise: sending a registration signal to the server; judging whether the operation webpage of the server exists in the webpage database of the server; and When the operation webpage of the server does not exist in the webpage database of the server, sending the operation webpage to the server, so that the server stores the operation webpage in the server’s The webpage database. 9. The method for providing a service through a webpage as claimed in claim 1, wherein the operation event file applies a format of Simple Object Access Protocol. 10. The method for providing a service through a webpage as claimed in claim 1, wherein the operation event file adopts an extensible markup language format. 11. The method for providing services through a webpage as claimed in claim 1, wherein the operation webpage is a vector animation webpage. 12. The method for providing services through a webpage as claimed in claim 1, wherein the operation webpage is a vector animation webpage conforming to the Rich Internet Application Specification. 13. The method for providing services through web pages as claimed in claim 1, wherein the client, the server and the server are installed on the same computer. 14. The method for providing services through web pages as claimed in claim 1, wherein the client and the server are installed on different computers. 15. A system for providing services through a webpage, comprising: a server; a client generating a service request to the server; and A server end, the server end includes: a webpage database, storing an operation webpage of the server; An operation module, when receiving the service request from the client, returns the operation webpage of the server, thereby enabling the user to operate the operation webpage of the server through the client to generate and transmit the operation event file to the server; and A service module transmits the operation event file to the server, so that the server provides services according to the operation event file. 16. The system for providing services through web pages as claimed in claim 15, wherein the server side further comprises: a response module, receiving a response event file related to the operation event file from the server, and sending the response event file to the client, thereby making the client respond to the response event file according to the response event file , to correct the display of the operation web page. 17. The system for providing services through web pages as claimed in claim 15, wherein the server side further comprises: A registration module, when receiving a registration signal from the server, judges whether the operation webpage of the server exists in the webpage database, and does not store all the webpages of the server in the webpage database When the operation webpage is used, the operation webpage of the server is obtained from the server and stored in the webpage database. 18. The system for providing services through a web page as claimed in claim 15, wherein the operation event file applies a format of Simple Object Access Protocol. 19. The system for providing services through web pages as claimed in claim 15, wherein the operation event file adopts a format of Extensible Markup Language. 20. The system for providing services through web pages as claimed in claim 15, wherein the operation web page is a vector animation web page. 21. The system for providing services through web pages as claimed in claim 15, wherein the client, the server and the server are installed on the same computer. 22. The system for providing services through web pages as claimed in claim 15, wherein the client and the server are installed on different computers.

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