TWI394079B - Method for providng services through web page and system thereof - Google Patents

Description

Service method and system through webpage

The present invention relates to a service providing method and system thereof, and more particularly to a method and system for providing a service through a webpage.

In the past, the erection of websites was presented to users in the form of static web pages. Among them, the static web page is designed using HyperText Markup Language (HTML) syntax, does not automatically update the web page data, and does not open the visitor input data to the website.

As web technologies continue to advance, the web pages provided by each website are no longer just static web pages. A dynamic web page with visual design and high interactivity is followed. As a result, Macromedia has introduced a rich Internet Application (RIA) as a specification for dynamic web pages. RIA uses a combination of vector animation, multimedia and database to make the webpage look like a traditional desktop software, and it can flexibly and easily interact with the user. In addition, RIA provides cross-platform web application services by front-end tools that can vectorize dynamic images, combined with various background applications.

Among all software that conforms to the RIA specification, Flash Player, which is also launched by Adobe, has a great advantage in market share and technology maturity. However, because of the positioning of Flash Player, it is a web application service. Therefore, considering the security of the system, the functionality of Flash Player is subject to many restrictions. For example, Flash Player cannot access native-side files, can't operate native-side applications, and many other network security-related restrictions.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a method and system for providing a service through a web page, such that a client can obtain a service of a server through an operation of a vector animated web page.

According to an embodiment of the present invention, the present invention provides a service method for providing a service through a webpage, wherein the step of executing on a server includes: receiving a service request for a server from a client. One of the server pages is taken from the web database of the server. The operating webpage of the server is provided to the client, so that the user operates the webpage of the server through the client to generate and transmit an operation event file to the server. The operation event file is transmitted to the server, thereby enabling the server to provide a service according to the operation event file.

According to an embodiment of the invention, the present invention provides a service system for providing a webpage. The service system provided through the webpage includes a server, a client and a server. The client generates a service request for one of the servers. The server includes a web database, an operation module and a service module. The web database stores one of the operating pages of the server. When the operation module receives the service request from the client, it returns the operation page of the server. The user operates the webpage of the server through the client to generate and transmit an operation event file to the server. The service module of the server 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 install a browser, and can operate the webpage of the server to enable the server to provide corresponding services.

Referring to FIG. 1 , a functional block diagram of a service system provided through a webpage according to an embodiment of the present invention is illustrated. Providing a service system through the webpage enables the client to obtain a webpage operated by the server from the server, and to provide services by the server by operating the webpage. The service system 100 through the webpage includes a client 110, a server 120, and a server 130. The client 110, the server 120, and the server 130 can be installed on the same computer to perform the service operation of the local device. In addition, the client 110 and the server 130 can also be installed on different computers for remote service operations.

The client 110 generates a service request for one of the server 130s and transmits the service request to the server 120. The server 120 includes a web database 121, an operation module 122, and a service module 123. The web database 121 stores one of the server 130 operating web pages. The operating webpage of the server 130 may be a vector animated webpage that complies with the rich Internet Application (RIA) specification, such as a vector animated webpage created by using Adobe Flash, JavaFX or Microsoft Silverlight. For example, the operating webpage of the server 130 can design a graphical representation of a plurality of buttons, knobs, menus, or other application vector animations that mimic the desktop of a general operating system. In this way, the operation webpage of the server 130 can make the user feel like operating the operating system. However, in other embodiments, the operating webpage of the server 130 may use different vector animation designs depending on the services that the server 130 can provide.

When the operation module 122 receives the service request from the server 130, the operation module 122 returns the operation webpage of the server 130 to the client 110. Next, the user can operate the operation webpage of the server 130 through the client 110 to generate and transmit an operation event file to the server 120. The operational event file can be in the form of Simple Object Access Protocol (SOAP), eXtensible Markup Language (XML) or other markup language.

The service module 123 of the server 120 transmits an operation event file to the server 130. The server 130 then provides services based on the operational event file. In this way, the user only needs to operate the operation webpage of the server 130 through the client 110, so that the server 130 can provide the service.

In addition, the server 120 can include a response module 124 for receiving a response event file from the server 130 regarding one of the operational event files and transmitting the response event file to the client 110. The client 110 corrects the display of the operation webpage 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 to modify the operation web page display on the client 110 according to the provided service.

For example, when the server 130 provides a volume adjustment service, the operating webpage of the server 130 may have a volume knob. When the user in front of the client 110 continuously turns up the volume by the above volume knob, the client 110 generates an operation event file with a volume-turning message and transmits it to the server 120. The service module 123 of the server 120 transmits the operation event file with the volume information to the server 130. Then, the server 130 adjusts the volume according to the operation event file with the volume information. Then, the server 130 can transmit the response event file (that is, the response event file regarding the above operation event file) with one of the current volume information to the server 120. The response module 124 of the server 120 transmits the response event file to the client 110. Therefore, the client 110 can correct the volume level indication of the volume knob on the operation webpage according to the response event file with the current volume information. However, in other embodiments, different operational event files and response event files may be generated based on the services that the server 130 can provide.

The server 120 can also include a registration module 125 for determining whether the operation page of the server 130 exists in the web database 121 when receiving a registration signal from the server 130. When the operation webpage of the server 130 is not stored in the webpage database 121, the webpage of the server is obtained and stored in the webpage database 121 from the server 130. In other words, when the server 130 registers with the server 120, the server 120 first determines whether the operation webpage of the server 130 is stored to provide the operation to the client 110. When the server 120 does not have the operation webpage of the server 130, the server 130 obtains its 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.

2 is a flow chart of a service method 200 for providing a web page by the server 120 in FIG. Referring to FIG. 1 and FIG. 2, the method for providing service through the webpage 200 includes the following steps: when receiving a registration signal from the server 130 (step 210), it is determined whether a server is stored in one of the webpages of the server 120. One of the 130 operates the web page (step 220). The operating webpage of the server 130 may be a vector animated webpage that complies with the rich Internet application specification, such as a vector animated webpage created by using Adobe Flash, JavaFX or Microsoft Silverlight. For example, the operating webpage of the server 130 can design a graphical representation of a plurality of buttons, knobs, menus, or other application vector animations that mimic the desktop of a general operating system. In this way, the operation webpage of the server 130 can make the user feel like operating the operating system. However, in other embodiments, the operating webpage of the server 130 may use different vector animation designs depending on the services that the server 130 can provide.

When the operation webpage of the server 130 is stored in the webpage database, the client 110 can directly provide the service of the server 130 by operating the webpage. However, when there is no operation webpage of the server 130 in the webpage database, the server 130 obtains and stores the operation webpage of the server 130 into the webpage database (step 230). In this way, the webpage database has an operation webpage corresponding to the server 130, so that the client 110 can make the server 130 provide the service by operating the webpage.

Next, after the client 110 receives a service request from the server 130 (step 240), the operation webpage of the server 130 is provided to the client 110 (step 250). The server 120 can provide a service website address as one of the operation pages of the server 130, and the client 110 is connected to the website. The client 110 receives the service request from the server 130. 240). In addition, the server 120 can also log in to the server 130 that has been registered on the server 120 to provide a client 110 selection. Then, when the client 110 selects the server 130 from the service list, the client 110 receives a service request from the server 130 (step 240). In this way, the client 110 can display the operation webpage by using the browser, and the user can operate the webpage of the server 130 through the client 110 to enable the server 130 to provide the service. When the user operates the webpage of the server 130 through the client 110, an operation event file is generated according to the user's operation on the operation webpage, and is transmitted to the server 120. The operational event file can be in the form of a simple object communication protocol, an extensible markup language, or other markup language. Therefore, the client 110 does not need to transmit complicated instructions, and only needs to transmit the operation event file to obtain the service provided by the server 130.

Upon receipt of the operational event file from client 110 (step 260), the operational event file is transmitted to server 130 (step 270). Next, the server 130 can provide services according to the operational event file. However, upon receipt of one of the operational event files from the server 130 (step 280), the response event file is transmitted to the client 110 (step 290). Among them, the response event file can be in the form of a simple object communication protocol, an extensible markup language or other markup language. Thus, the client 110 can correct the display of the operation webpage according to the response event file.

For example, when the server 130 provides a volume adjustment service, the operating webpage of the server 130 may have a volume knob. When the user in front of the client 110 continuously turns up the volume by the above volume knob, the client 110 generates an operation event file with a volume-turning message and transmits it to the server 120. When the server 120 receives the operation event file with the volume information from the client 110 (step 260), it transmits it to the server 130 (step 270). Then, the server 130 adjusts the volume according to the operation event file with the volume information. Then, the server 130 can transmit the response event file (that is, the response event file regarding the above operation event file) with one of the current volume information to the server 120. When the server 120 receives the response event file from the server 130 (step 280), it transmits it to the client 110 (step 290). Therefore, the client 110 can correct the volume level indication of the volume knob on the operation webpage according to the response event file with the current volume information. However, in other embodiments, different operational event files and response event files may be generated based on the services that the server 130 can provide.

From another point of view, FIG. 3 is a flow chart of the method 300 for providing a service through the web page executed by the server 130 in FIG. Referring to FIG. 1 and FIG. 3 simultaneously, the method for providing service through the webpage 300 includes the following steps: after transmitting a registration signal to the server (step 310), determining whether the operation webpage of the server 130 exists on the webpage of the server 120. In the library (step 320). When the operation webpage of the server 130 already exists in the webpage database of the server 120, the server 120 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 transmitted to the server 120 (step 330). Then, the server 120 stores the operation webpage of the server 130 in its webpage database. The server 130 can provide a service to the client 110 through the server 120.

In step 340, the operation event file generated by the user by operating the operation webpage is continuously received from the server 120. Upon receipt of the operational event file, the service is provided in accordance with the operational event file (step 350). In the step 340 to the step 350, the server 130 actively receives the operation event file to provide the service, and thus can be regarded as executing the program on the local server 130. In this way, network security-related restrictions can be avoided, and the files and applications on the server's local machine can be accessed.

Next, a response event file may be generated regarding one of the operational event files (step 360), and the response event file is transmitted to the client 110 via the server 120 (step 370). Thus, the client 110 can correct the display of the operation webpage according to the response event file.

For example, when the server 130 provides a volume adjustment service, the operating webpage of the server 130 may have a volume knob. When the user in front of the client 110 is continuously turned up by the volume knob, the client 110 generates an operation event file with a volume-turning message and transmits it to the server 130 through the server 120. When receiving the above operation event file, the server 130 increases the volume according to the operation event file providing service (step 350). Then, the server 130 may generate a response event file (ie, a response event file regarding the operation event file) with one of the current volume information (step 360), and transmit it to the client 110 through the server 120 (step 370). Therefore, the client 110 can correct the volume level indication of the volume knob on the operation webpage according to the response event file with the current volume information. However, in other embodiments, different operational event files and response event files may be generated based on the services that the server 130 can provide.

It will be apparent from the above-described embodiments of the present invention that the application of the present invention has the following advantages. The client only needs to have a browser installed to operate the webpage of the server, so that the server can provide corresponding services. In particular, when the vector animation webpage is used to create the above operation webpage, the operation webpage may be correspondingly displayed 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 to provide the service, and thus can be regarded as the native program of the execution server. In this way, network security-related restrictions can be avoided, thereby enabling the client to 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 service on the computer by operating the webpage without separately installing the operation interface required by the server.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and modified without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100. . . Service system through webpage

110. . . Client

120. . . Servo end

121. . . Web database

122. . . Operation module

123. . . Service module

124. . . Response module

125. . . Registration module

130. . . Server

200. . . Provide service methods through web pages

210～290. . . step

300. . . Provide service methods through web pages

310～370. . . step

The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood.

FIG. 1 is a functional block diagram of a service system provided by a webpage according to an embodiment of the invention.

2 is a flow chart of a service method 200 for providing a web page by the server 120 in FIG.

FIG. 3 is a flow chart of the method 300 for providing a service through the web page executed by the server 130 in FIG.

200. . . Provide service methods through web pages

210～290. . . step

Claims (19)

A method for providing a service through a webpage, wherein the step of executing on a server comprises: receiving a service request from a server for one server; and extracting an operation webpage of the server from a webpage database of the server, The operation webpage is a vector animation webpage that complies with one of the rich Internet Application (RIA) specifications, and the operation webpage includes at least one icon of the application rich internet application; Operating the webpage to the client, thereby causing the user to operate the at least one icon of the operating webpage of the server through the client to generate and transmit an operation event file corresponding to the at least one illustrated operation to The server; and transmitting the operation event file to the server, thereby causing the server to provide a service according to the operation event file. The method for providing a service by using a webpage as described in claim 1, wherein the step of executing the server further comprises: receiving, from the server, a response event file for one of the operation event files; and transmitting the response event file to the The client, thereby causing the client to correct the display of the operation webpage according to the response event file. The method for providing a service through a webpage as described in claim 1, wherein the step of executing the server further comprises: determining, when the server receives a registration signal, determining the webpage database Whether the operation webpage of the server is stored in the webpage; and the operation webpage of the server is obtained and stored in the webpage database from the server to the webpage database . The method for providing a service through a webpage as described in claim 1, wherein the step of receiving the service request from the client for the server includes: providing a service URL as a link URL of the operation webpage of the server, wherein Linking the client to the service URL is considered to have received the service request from the client for the server. The method for providing a service through a webpage according to claim 1, wherein the step of receiving the service request from the client for the server includes: when the server receives a registration signal, logging the server to the server a list of services; and providing the list of services to the client for selection by the client, wherein when the client selects the server from the list of services, the service request from the client is received from the client. The method for providing a service through a webpage according to claim 1, wherein the step of executing the server includes: continuously receiving the operation event file from the server; and receiving the operation event file, providing the operation event file according to the operation event file service. Providing a service method through a webpage as described in claim 6 The step of executing the server further includes: generating a response event file according to the operation event file; and transmitting the response event file to the client through the server, to modify the operation page displayed on the client . The method for providing a service through a webpage as described in claim 6, wherein the step of executing the server further comprises: transmitting a registration signal to the server; and determining whether the operation page of the server exists on the webpage of the server a database; and when the operation webpage of the server does not exist in the webpage of the server, transmitting the operation webpage to the server, so that the server stores the operation webpage on the server Web database. The method for providing a service through a webpage as described in claim 1, wherein the operation event file is in a format of a Simple Object Access Protocol (SOAP). The method for providing a service through a webpage as described in claim 1, wherein the operation event file is in a format of an eXtensible Markup Language (XML). The method for providing a service through a webpage as described in claim 1, wherein the client, the server, and the server are installed on the same computer. The method for providing a service through a webpage as described in claim 1, wherein the client and the server are installed on a different computer. A service system for providing a service through a webpage, comprising: a server; a client, generating a service request for the server; and a server, comprising: a webpage database, storing an operation webpage of the server, wherein the server The operation webpage is a vector animated webpage that complies with one of the rich Internet Application (RIA) specifications, and the operation webpage includes at least one icon of the application rich internet application; an operation module from the customer Receiving the service request, returning the operation webpage of the server to the client, so that the user operates the at least one icon of the operation webpage of the server through the client to generate and transmit The operation event file corresponding to the at least one illustrated operation to the server; and a service module transmitting the operation event file to the server, thereby causing the server to provide a service according to the operation event file. The service system is provided by the webpage as described in claim 13, wherein the server further comprises: a response module, receiving a response event file from the server for one of the operation event files, and transmitting the response event file to The client, thereby causing the client to correct the display of the operation webpage according to the response event file. The service system is provided by the webpage as described in claim 13, wherein the server further comprises: a registration module, when receiving a registration signal from the server, determining whether the server is stored in the web database When the webpage is operated and the operation webpage of the server is not stored in the webpage database, the operation webpage of the server is obtained and stored in the webpage database from the server. The service system is provided by the webpage as described in claim 13, wherein the operational event file is in the format of a simple object communication protocol. The service system is provided by the webpage as described in claim 13, wherein the operational event file is in the format of an extensible markup language. The service system is provided by the webpage as described in claim 13, wherein the client, the server, and the server are installed on the same computer. The service system is provided through a webpage as described in claim 13, wherein the client and the server are installed on different computers.