TWI512660B - A method of sharing information sources across a lot of social networking services - Google Patents

Description

Method for sharing data across multiple social networking websites

The present invention relates to a method of data sharing, and more particularly to a method of material sharing across a plurality of social networking websites.

The main role of Social Networking Service (SNS) is to build online communities for a group of people with the same interests and activities. Such services are often based on the Internet, providing users with a variety of contacts, communication channels, such as e-mail, instant messaging services. Such websites usually spread the Internet exhibition through friends and friends, which is very similar to the veins of the leaves. The Chinese language area is generally called the "community website."

Most social networks offer a variety of ways for users to interact, such as chat, mailing, audio and video, file sharing, blogs, discussion groups, and more.

The social network provides a new way to exchange and share information. Websites that serve as social networks typically have millions of registered users, and the use of this service has become a daily life for users. There are many social networking service websites in the world, including Facebook, Quazza.com, Myspace, Orkut, Twitter, and so on.

However, there are still some shortcomings in the communication between the social networking service websites to establish communication messages between each other. That is, when these social networking service websites are written by a web application (Webapp, which is an application software that uses a web browser to operate on the Internet or intranet), The lack of data sharing allows the social network service websites of both parties to share resources with each other.

The invention provides a method for data sharing across a plurality of social networking websites, the method comprising: Step (a): providing a comparison table of materials associated with the social networking sites, wherein the comparison table includes a host-side identification data and identity identification data of each of the social networking sites; and step (b): The host device transmits a data message including identity identification data and a data content of each of the social networking sites to each of the social networking sites through each of the application interfaces; step (c): the host terminal Accessing, by each of the application interfaces, another information message having identity identification data and another content content of each of the social networking sites; and step (d): using each of the comparison tables The identity identification data of the social networking site is compared with the identity identification data of the other data message to determine whether to use the identity identification data of the host side, and if the comparison is successful, the other data message is transmitted to each of the Community website.

Wherein in step (d): when the identity identification data of each of the social networking websites is identical to the identity identification data of the other data information, the identity identification data of the host side replaces the other information information. The identity identification data enables the sharing of resources between the social network service websites of the two parties under the function of data sharing.

Step (a) to step (d)

As shown in FIG. 1, the figure is a flow chart of a method for sharing data across a plurality of social networking sites of the present invention.

As shown in FIG. 2, the architecture of the network topology formed by each of the social networking sites on the host side is shown in step (a) of FIG.

In the prior art, due to the lack of data sharing, the social network service websites of both parties cannot share resources with each other.

Therefore, the present invention provides a method for data sharing across a plurality of social networking sites, which can be implemented in a mobile mobile device such as smart phones, a notebook computer, and a tablet (tablet). Computers and the like are portable computers that are portable with respect to being portable - that is, a desktop computer that is conventionally used in a single fixed seat. Each of the social networking sites has at least one application interface (Application software). Examples of the social networking site are Facebook, Quazza.com, Myspace, Orkut, Twitter, and the application interface is one of the main categories of computer software, which refers to software written for a certain application purpose for the user. Precisely, under the development of the web, other programming languages such as HTML, JavaScript, and the like are written in the executable examples of the present case. However, each of the application interfaces includes a sending application interface and an application interface, so that each of the social networking sites can have the function of sending and receiving data messages.

As shown in FIG. 1 , the figure is a flow chart of a method for sharing data across a plurality of social networking sites of the present invention, wherein the method for sharing data includes: step (a): providing links to the social networking sites. A comparison table of data, wherein the comparison table includes a host-side identification data and identity identification data of each of the community websites.

Inevitably, identity identification is the first step. The identification data may be words, numbers, letters, symbols, or may be composed of the above elements. For example, American Standard Code for Information Interchange (ASCII) characters, binary-decimal-hexadecimal digits of this type, and most of the current soft systems are used in the Unicode, International. Code, Unicode, and Unicode are all examples of this case.

And on the host side and the architecture of the network topology formed by each of these social networking sites (note: the network topology refers to the way the devices on the network are actually connected, due to different extensions Park will affect the selection of transmission media and interface cards, and the installation design is also different, so be careful before the actual architecture network. The current common topologies include the following: Star topology, Ring topology, and Bus topology. The star topology for reducing network data traffic and improving transmission efficiency is a better choice for this case.

For example, Facebook and Twitter in Table 1 are examples of social networking sites.

As shown in FIG. 2, the architecture of the network topology formed by the host and each of the social networking sites is shown in step (a) of FIG.

Step (b): The host side transmits, to each of the social networking websites, a data message including identity identification data and a data content of each of the social networking websites through each of the application interfaces.

Based on the File Transfer Protocol (FTP) environment (where FTP is a standard protocol for file transfer over the network), the host sends the application through each of these application interfaces. The interface will include a profile message with identity identification information for each of these social networking sites and a profile (represented by symbol A) to each of these social networking sites such as Facebook and Twitter.

For example, Facebook and Twitter in Table 2 are examples of social networking sites.

In step (b), when each data message is different, step (a) and step (b) are repeatedly performed.

Step (c): The host side obtains an application interface through each of the application interfaces to obtain another information message having identity identification data and another data content of each of the social networking websites.

For example, the data content of Facebook in Table 3 is represented by the symbol C and the data content of Twitter is represented by the symbol D as an example of the social networking site.

Step: (d) by using the comparison table to compare the identity identification data of each of the social networking sites with the identity identification data of the other data message to determine whether to use the identity identification data of the host side, if After the success, the other information message is transmitted to each of the social networking sites.

For example, the content of Facebook in Table 4 is represented by a symbol and the content of Twitter is represented by a symbol D as an example of a social networking site.

Conclusion: Compared with Table 3, the data messages of the host, Facebook and Twitter are blank, C and D respectively. If the comparison is successful in (d), the other information is transmitted to each of these communities. Group websites, that is, data messages on the host side, Facebook, and Twitter all have information messages C and D. If the comparison in step (d) is unsuccessful, the identity identification data of the host side does not replace the identity identification data of the other data message, so the data information of the host side, Facebook and Twitter are still A and A respectively. And A.

By the way, the method for sharing data across a plurality of social networking sites proposed by the method, wherein after performing step (a), jumping to performing steps (c) and (d), and weighing in a predetermined time Go back to steps (c) to (d).

Although the present invention has been described with reference to the embodiments, the present invention is not limited by the detailed description thereof. Alternatives and modifications are suggested in the foregoing description, and other alternatives and modifications will be apparent to those skilled in the art. especially, All of the components that are substantially identical to the components of the invention can achieve substantially the same results as the present invention without departing from the spirit of the invention. Therefore, all such alternatives and modifications are intended to be within the scope of the invention as defined by the appended claims and their equivalents.

Claims (8)

A method of material sharing across a plurality of social networking sites, wherein each of the social networking sites has at least one application interface, the method comprising: (a) providing a comparison table of materials associated with the social networking sites The comparison table includes a host-side identification data and identity identification data of each of the social networking sites; (b) the host side through each of the application interfaces will include each of the social networking sites. The identification information and a data message of a piece of information are transmitted to each of the social networking sites; (c) the host side obtains identification information of each of the social networking sites through each of the application interfaces and And another information message of another content; and (d) comparing the identity identification data of each of the social networking sites with the identity identification data of the other data message by using the comparison table to determine whether to use The identification information of the host side, if the comparison is successful, the other information message is transmitted to each of the social networking websites, wherein the identification information of each of the social networking sites is When the identity identification data of another data message is the same, the identity identification data of the host side replaces the identity identification data of the other data message, and wherein, when the identification information of each of the community websites is different from the other When the identity identification data of a data message is not identical, the identity identification data of the host side does not replace the identity identification data of the other data message. The method of claim 1, wherein in the method (b), when each of the data messages is different, the steps (a) and (b) are repeated. The method of claim 1, wherein the method skips to performing step (c) and step (d) after performing step (a), and returns to step (c) in a predetermined time. Step (d). The method of claim 1, wherein the host side and each of the social networking sites become a star-shaped cloud image. The method of claim 1, wherein each of the application interfaces includes a sending application interface and an obtaining application interface. The method of claim 5, wherein the step (b) transmits the material message to each of the social networking websites through the sending application interface. The method of claim 5, wherein the step (c) obtains the other information message through the acquisition application interface. The method of claim 1, wherein the identification data is stored in a text string format.