KR100460015B1 - URL Link of sever and page confirm method - Google Patents

Abstract

The present invention grasps the state information of various URL links in advance within the range of minimizing the network load and the user computing load, inducing users to easily use the Internet through a variety of interfaces and at the same time maximizing the efficiency of internet surfing. It relates to a server and page pre-checking method of the URL link. According to the present invention, when an indicator (mouse pointer, etc.) of an input device is adjacent to a URL link in a text in any application program including a web browser, the URL link or page of the URL link is automatically extracted to the user. The presence of and response speed, page size, and other relevant useful information is displayed, and by referring to its status information, it captures and analyzes the contents of the web body received from the site when the user selects the URL link. The network connection using the multiprocessing (threading) method by separating and arranging the server and the URL links in the server is used, and the method of receiving the header information of the web page only to minimize the network load.

Description

URL link of sever and page confirm method}

The present invention relates to a server and page pre-checking method of the URL link to maximize the efficiency of surfing the Internet of wired and wireless Internet users.

Conventionally, while accessing numerous sites through various search sites while searching the Internet, a lot of errors and access denials such as no page are lost, which wastes time and unnecessary network traffic and communication costs. Although URL link exists, it is connected to other URL link, so user often terminates the connection and goes back to the previous screen. In this process, all or part of the redirected page is delivered through the network, and meaningless files exist in the cache area of the user's computer.

In addition, in case of downloading, users cannot select which site is the best in the screen where several mirror sites are displayed. Therefore, they do not take advantage of the opportunity of saving time and cost because they select the site at their convenience. .

In the case of network administrators, there is a problem in that it is inconvenient to find a result by manually operating a corresponding URL link by starting a separate program to know the server type, response speed, and IP number of the URL link.

Accordingly, the present invention has been made to solve the above-mentioned problems of the prior art, the object of which is to determine the state information of the various UL links in advance within the scope of minimizing the network load and user computing load to the user. It is to provide a method of pre-checking the server and page of the Yual Link to induce easy internet use through various interfaces and maximize the efficiency of surfing the Internet.

1 is a diagram illustrating the flow of operation after receiving a web page from any application, including a web browser, among the functions of the present invention.

FIG. 2 is a diagram illustrating an operation flow when an arbitrary area is set using an input device in an application including a web browser to request status information on a URL link. FIG.

Fig. 3 is a diagram showing an operation flow when an indicator (mouse pointer or the like) of an input device is adjacent to an arbitrary URL link in an application including a web browser.

Fig. 4 is a diagram showing an operation flow when a connection request is made by selecting an arbitrary URL link in an application program including a web browser.

5 is a flowchart illustrating an operation of presenting information on a UAl link to a user.

6 and 7 schematically illustrate the operating environment and operational flow of the present invention.

Explanation of symbols on the main parts of the drawings

C1: Portable Computer

C2: General Computer

C3: mobile terminal

C4: Set Top Box

S1, S2, S3, S4: Server

11: keyboard

12, 13: other input device such as mouse

P1: Web browsers and applications

N1: Wired network

N2: Wireless Network

A feature of the server and page pre-checking method of the URL link according to the present invention for achieving the above object is an indicator of the input device (mouse pointer, etc.) in the vicinity of the URL in the text of any application program including a web browser. ), It automatically extracts the URL link and displays to the user the existence of the server or page of the URL link, response speed, page size, and other relevant useful information. When you select the URL link, capture and analyze the contents of the web text received from the site, separate and arrange the server and URL links in the server, and access the network using multiprocessing (threading) techniques, and network load. To minimize this, we use a technique that receives only the header information of the web page. The same applies to the contents of the screen block area inside the application program and automatically connects to the optimal URL link according to the user defined Criteria. In addition, it adds services such as virus protection, hacker intrusion detection, internet misuse monitoring, internet research, personal information management, and automatic mail notification.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing an operation flow after receiving a web page from any application including a web browser among the functions of the present invention, and FIG. 2 shows an arbitrary area using an input device in the application including the web browser. FIG. 3 is a diagram illustrating an operation flow when requesting status information on UEL links, and FIG. 3 illustrates that an indicator (mouse pointer, etc.) of an input device is adjacent to any UEL link in an application including a web browser. FIG. 4 is a diagram illustrating an operation flow in a case where FIG. 4 is a diagram illustrating an operation flow in case of requesting a connection request by selecting an arbitrary URL link in an application including a web browser, and FIG. 5 is information on a UAl link to a user. Represents an operation flow that represents.

6 and 7 are diagrams schematically showing an operating environment and an operational flow of the present invention. Referring to the hardware and application environment used in the present invention as shown.

The present invention is a desktop, workstation, general computer (C2), such as PC server, laptop computer, portable computer (C1), such as palmtop computer, and mobile (C3), set-top, such as Internet mobile phone, PDA, IMT2000 terminal It includes all equipment (C4) capable of internet access, such as a box and an Internet TV, and the application includes all web browsers and all applications that operate on the aforementioned computers and equipment.

Internet users (C1, C2, C3, C4) connected to the wired and wireless Internet (N1, N2) use a web browser and an application program (P1) and numerous servers (S1, S2, S3, S4) and their You will encounter various pages (files) inside. These servers and pages are accessed via a UAL (or URN: hereinafter) link, where Internet users press other input devices (12, 13) or a keyboard (11), such as a mouse, to connect to the UEL link. In the process, there are several types of trial and error. For example, you might see a page that doesn't exist, and you'll see a lot of things that exist but don't have permission to show, misrequested messages, or other unwanted sites.

Therefore, the present invention displays the input device in a position where the URLs are connected to the URLs without selecting (clicking) the inputs of the URLs in any application program including a web browser running on the user's computer. When the child (mouse pointer, etc.) is moved (S300), the corresponding link information stored in the program of the present invention is found, and the user's designated form (S500) redirects the corresponding URL link and whether the server is accessible and whether the link page Accessibility, Server Type, Response Rate, Page Size, Recent Update, Estimated Download Completion Time, URL Link to be redirected to URL, Number of Visits, Recent Visitor, Page Title and Message to be delivered by Server And the like. Therefore, the user's useless access to the UAL link is prevented in advance, leading to fast and efficient Internet use.

When the user selects the URL link connected with reference to the function of the present invention (S400), a new web page arrives (S100), and the access result (visits, access date, etc.) for the requested URL link is internal. It stores the URL links in the received web body by server and grasps the status of each URL link information using the multi-process (thread) technique. The method requests only header information, not the body of each URL link. Minimize network load and system load by receiving the result. Of course, you can also import some or all of the body of the URL link and any fixed files on the server, if necessary.

In addition, when the user sets the block area using the input device in the main content of the application (S200), the UEL link information is displayed on the screen according to the user's configuration (S500) to help the user's manual selection or automatically. To automatically connect to the best URL link. Through this useful invention, the Internet user can prevent the access error of the URLs through the visual screen or sound (sound) in advance and can easily learn various useful information to maximize the efficiency of surfing the Internet.

The operation of the present invention configured as described above will be described in more detail with reference to the accompanying drawings.

FIG. 1 illustrates a series of processes performed when an Internet user requests a connection of a URL link by using an application program including a web browser, and receives a desired page from a server through a network.

First, when a user requests a URL link using any application including a web browser, the application program including the web browser receives the request from the server through the network. The body is captured by Winsock Hooking, Message Hooking, Browser Helper Object, DDL, OLE, DCOM, Active X, Subclassing, Scripting, etc. Of course, web browsers such as Explorer, Netscape, Opera, and PowerBrowser, and applications that use web browser controls (dedicated browsers such as Cheonian, Hitel, Netsgo, etc.) can know the contents of the text on their own. It includes all (S101).

Subsequently, the UAL link sets are extracted by analyzing the captured text (S102).

The extracted UL link sets are searched in the UL link table T1 in the program to extract only unconfirmed links that have not been checked for access to the UL link. Here, the unidentified UAEL link is not the case that the UAEL link is not accessible, or the network connection has not been attempted with the UAEL link, or the attempted connection is timed out but the result is unknown, and the user artificially stops. It belongs to the case by (S103).

Unidentified UAL links are grouped and grouped by each server, and UAL links are arranged for each server (S104).

Multi-processing (threading) method is used to check whether or not each server is accessible. When there is no response even after a user-specified time elapses when checking the server response through the network, it solves the problem of waiting for a long time (S105).

The URL links in the accessible server are checked at the same time through the multiprocessing method. Of course, if the number of servers to check in step S105 is less than the user-configured concurrent processes (threads), the server and links are checked at the same time. Of course, the timeout function is also set here. At this time, the page request to the URL link only requests the header information to minimize the network load and the load of the user computer (S106).

Then, the received information for each server and link performed in the above is stored in the URL link table (T1) (S107).

FIG. 2 illustrates a series of processes performed when a user requests a state information on the URL links by setting an arbitrary area using an input device in an application program including a web browser.

When the user requests arbitrary status information for the URL links by setting an arbitrary block area using an input device in any application program, the block area is used for message hooking, DCOM, Scripting, Subclassing, Clipboard, DDE, OLE, Active Capture through X, Browser Helper Object, etc. Of course, applications that use web browsers such as Explorer, Netscape, Opera, Power Browser and web browser controls (dedicated browsers such as Cillian, Hitel, and Nets Go) can know the contents of the block area themselves. It includes everything (S201).

Thereafter, the text existing in the block region is analyzed to extract the URL link sets (S202).

According to the environment set by the user, it is determined whether to refer to the link information existing in the UL link table T1 or whether all selected UL links are newly inspected (S203).

Among the extracted URL link sets, the URL links identified in the link table T1 are excluded, and only unidentified URL links are extracted (S204).

Subsequently, according to the determination of step S203, all of the extracted URL links (step S202) or unidentified URL links (step S204) are classified by server and arranged into URL links in each server (S205).

Multi-processing (threading) checks whether a server can be accessed at the same time. When checking the server response through the network, if there is no response even after the user-specified time, it solves the problem of time-out waiting for a long time (S206).

The URL links in the accessible server are checked at the same time through the multiprocessing method. Of course, if the number of servers to check in step S205 is smaller than the concurrent process (thread) set by the user, the server and the URL links are checked at the same time. Of course, the timeout function is also set here. The connection check of the UEL links existing in the server that cannot be connected is omitted, and the UAL links in the timed out server can be checked for accessibility according to a user setting (S207).

Thereafter, the reception information for each server and the UEL link performed in the above is stored in the link table T1 (S208). In addition, it is determined whether the user wants to display on the screen or the automatic connection (S209).

If the user designates to display on the screen, the result information of all the URL links selected in the pop-up window is displayed on the screen and the user can manually select a desired link (S210).

Find the best URL link for the Criteria you specify. For example, it corresponds to various conditions such as the UEL link having the fastest response speed, the UEL link having the largest or small size to be received, and the UAL link having the most recent update date (S211).

FIG. 3 illustrates a process of automatically detecting when a user is adjacent to an arbitrary URL link using an indicator (mouse pointer, etc.) of an input device in an application including a web browser, and displaying help information on a screen. .

As shown in the figure, when a user is adjacent to an arbitrary URL link using an input device indicator (mouse pointer, etc.) in an application including a web browser, it automatically detects the link table T1 in the program. do. The automatic detection method can hook the current URL link in the status bar or use Browser Helper Object, DDE, OLE, DCOM, Active X, Subclassing, Scripting, etc. Applications that include browser controls (dedicated browsers such as Cillian, Hitel, Netsgo, etc.) can know the current URL link by themselves, and the program includes all of these cases (S301).

Thereafter, it is determined whether there is a current URL link table T1 (S302).

If the current UL link exists in the link table T1, it is determined whether the result is the confirmed UL link or the unidentified UL link (S303).

If the URL exists in the link table T1, and the result is confirmed, the relevant information is displayed on the screen. If the contents are accessible, the messages such as the connection available message and server type, response speed, page size, update date, number of times of connection, redirection and redirect link information, and recent access date are displayed. Is displayed (S304).

If the user is an unidentified UAL link or a new UEL link, it is determined whether the environment is set to be automatically checked (S305).

If the user has specified an automatic check, connect the URL link. Of course, at this time, only the header information of the URL link is requested. In addition, in the case of a specific URL link (server or URL link registered in the program), the server receives a title of the URL link or contents of a server message file fixed at an arbitrary position in the site server (S306).

The received information on the UL link obtained in step S306 is stored in the link table T1 (S307).

4 illustrates a series of processes performed when an Internet user actually requests a connection of a URL link from an arbitrary application including a web browser.

As shown, the user actually requests a URL link from any application including a web browser (S401).

It is determined whether there are multi-threads that are currently being investigated for the UEL links (S402). Subsequently, it is determined whether the forced termination of the user is set and whether the current number of threads is within the maximum number of threads set by the user (S403).

If the user sets the forced termination or the current number of threads exceeds the maximum number of threads, the user selects a thread to terminate and forcibly terminates the information and modifies the information in the link table T1 (S404).

The result of the currently requested URL link is captured through packet filtering, Winsock hooking, message hooking, Browser Helper Object, DDE, OLE, DCOM Active X, Subclassing, and Scripting (S405).

The reception information on the link obtained in step S405 is stored in the link table T1. The contents of the link table T1 include information on the number of accesses and the latest connection date, as well as whether the server can be accessed, the server type, the page size, the title, the server message, the response speed, and the like. Thereafter, the process illustrated in FIG. 1 is performed (S406).

In FIG. 5, a series of processes of differently displaying on the screen according to how the Internet user sets the help display on the URL link information will be described. You can specify more than one.

As shown, first, it is determined whether a pop-up window is designated (S501).

A pop-up window is displayed on the screen, and various useful information such as server availability, server type, page size, title, server message, response speed, redirection, access frequency, and date of last access are visually displayed. The window may exist at any fixed position up, down, left, or right of the desktop window, or may move according to the movement of an indicator (mouse pointer, etc.) of the input device (S502).

In addition, it is determined whether a tray icon is designated (S503).

The tray icon may be utilized in various forms, such as varying the type of the tray icon or changing the color of the icon, or displaying a small popup window such as a balloon help on the icon and disappearing (S504).

In addition, it is determined whether to display in the text (S505). Then, the text of the application program is displayed in a way that the user can recognize the location where the URL link exists (S506).

In addition, it is determined whether to display on the title bar status bar (S507). Then, various link state information and the like are displayed on the title bar at the top of the application program or the status bar at the bottom (S508).

In addition, it is determined whether or not voice guidance (sound / sound) is designated (S509). Then, by outputting various types of voice or sound to easily recognize the state information for the user's link (S510).

It is determined whether an icon change of an input device indicator (mouse pointer, etc.) has been designated (S511). Therefore, various types of icon input device indicators (mouse pointers, etc.) are changed (S512).

Although the preferred embodiments of the present invention have been shown and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments without departing from the spirit of the present invention as claimed in the claims. Various modifications can be made by those skilled in the art, and such changes are within the scope of the claims as set forth.

As described above, according to the present invention, wired / wireless internet users can prevent surfing errors in advance as part of a method of maximizing internet surfing efficiency, thereby eliminating time wastage, and providing advance information on the UEL link to be accessed. It informs the user to prevent unnecessary visits to the URL link site, thereby reducing the amount of meaningless network traffic, improving the efficiency of the local resources (CPU, disk, etc.) of the user's computer and reducing the cost of communication lines. It also informs the user of the response speed, helping to select a mirror site for downloading files, thereby reducing the line cost. In addition, the user can use the automatic connection function to the optimal URL link among the UL links within the block area, thereby providing user convenience and streamlining the use of the Internet.

Developers and operators who build or operate websites do not have any URL links in their sites, and provide guides on how to manage the title of each page and how to improve responsiveness.

Organizations such as institutions, corporations, schools, etc. that promote and operate the website modify and manage the title content of pages and any fixed file contents, and provide the contents (advertisement, guidance, events) to users through the program interface of the present invention. Information, etc.), to provide convenience to users and to use as an organization's marketing tool.

It is used as a server monitoring tool for network operators to increase work efficiency by simplifying work.

In addition, it can maximize the user's convenience by adding services such as virus protection, hacker intrusion detection, internet abuse monitoring, internet research, personal information management, automatic mail notification.

Claims (6)

In any application that runs on any operating system and firmware of all computers and devices that can access the network, the UI link information is displayed in advance without the user selecting the UL link. In order to open a new web page by accessing the URL link, the web which extracts the URL links in the page and checks whether the URLs are accessible by the multiprocessing method and stores the information about each URL in the link table T1. A page arrival step (S100); A block area setting step (S200) of setting a block area by using a marker of an input device in a body content of the connected web page (S200); Moving the UEL link in the block designated by the block designation step (S200) and the UEL link near the UEL link to display the corresponding UEL information when the user moves the indicator of the input device near any UEL link in the web page (S300). )Wow; In the step of moving the URL close to the URL, the information indicating whether the connection is accessible is displayed by the result of searching for the URL, indicated by the indicator, in the web page arrival step (S100), or the block area setting step (S200). A UL link information display step (S500) of displaying information on whether the UL link belonging to the block area is accessible when the block is set; A UL link access step (S400) connected by a user's selection to a UL link which is accessible by the UL link information displayed by the UL link information display step (S500); To The method of pre-checking the server and the page of the URL link, characterized in that by performing the connection before the connection to the URL before the connection to the URL. According to claim 1, The web page arrival step (S100), A web text capture step (S101) of capturing the contents of a web page received from the connected URL link; A web text analysis and URL link extracting step (S120) for analyzing the body captured by the web spring capturing step (S101) and extracting the URL link sets; An unidentified UEL link list creation step (S103) of storing the UEL sets extracted by the web text analysis and the UEL link extraction step (S120), and extracting unidentified UEL links that are unreachable. ; An unidentified URL link classification step (S104) of grouping and classifying the unidentified URL links extracted in the unidentified URL link creation step (S103) and arranging by each server; A multiprocessing server connection step (S105) of simultaneously checking whether the connection to each server arranged in the unidentified URL link sorting step (S104) is possible through a multiprocessing method; A UL link checking step (S106) of checking whether the UL links existing in the server accessible by the multiprocessing server connection step (S105) can be simultaneously connected through a multiprocessing method; A result information storage step (S107) of storing the result information for the server and the URL links performed by the URL link checking step (S106) in the link table (T1); A method of pre-checking the server and page of the URL link, characterized in that the pre-check whether the access to the URL links in the web page arrived by performing. The method of claim 1, wherein the UEL link neighborhood moving step (S300), A UL link table searching step (S301) of automatically detecting a UL of a corresponding link and searching the link table (T1) when an indicator of the input device is adjacent to any UL link; A UL link existence determination step (S302) of judging whether a UL link adjacent to an indicator exists in the link table in the URL link searching step (S301); Judging whether the UE link exists in the link table, determining whether it is accessible to the UL link (S303); A UE link information display step (S304) of displaying information of the UE link when the UE is accessible; A determination step (S305) of judging whether the user has set up an automatic inspection environment when it is determined that the UL link adjacent to the indicator does not exist in the UL link table or the UL link connection is impossible; When the automatic inspection environment is set, the link access step of accessing the URL link or requesting only header information or, in the case of a specific URL link, receives a file content fixed in a title or an arbitrary position in the corresponding site server (S306). )Wow; A method of pre-checking the server and page of the URL link, characterized in that the URL link storing step (S307) of storing the URL link information received by the corresponding link connection step (S306) in the link table. The method of claim 1, wherein the block area setting step (S200) A block area capturing step (S201) in which the user sets and captures an arbitrary block area by using an indicator of the input device in the application programs P1 and P2; A UL link set extracting step (S202) of analyzing the text existing in the block region captured by the block region capturing step (S201) and extracting the UL link sets; Whether to refer to the URL link information existing in the link table T1 according to an environment set by the user for the URL link sets extracted by the UE link set extraction step (S202), and to newly check all selected UL links. Judging whether the UL link table reference is determined (S203); When the user refers to the UEL link information present in the link table T1 in the UEL link table reference determination step (S203), the UEL link identified through the link table T1 is excluded, and only unidentified UEL links exist. An unidentified link list creating step of extracting and creating a list (S204); If the user does not refer to the UL link information present in the link table T1 in the determination of the UL link table reference step (S203), the UL link sets extracted by the UL link set extraction step (S202) Or a UL link classification step (S205) of sorting and arranging the unidentified URL links created by the unidentified link list creation step (S204) for each server; A server connection multiprocessing step (S206) of simultaneously checking whether or not the server can be connected to the server arranged by the URL linking step (S205) through a multiprocessing method; A connectable server UL link multiprocessing step (S207) for simultaneously checking the UL links existing in the server accessible by the server connection multiprocessing step (S206) through a multiprocessing method; Storing the URL information stored in the link table (T1) in the link table (T1) storing the received information about the server and the URLs tested through the multiprocessing method in the accessible server UEL link multiprocessing step (S207); An automatic connection determination step of determining whether the user wants to display the UL link information stored in the link table T1 on the screen or the automatic connection by the UL link information storage step (S208) ( S209); When the user specifies to display on the screen in the automatic connection determination step (S209), by displaying the information of all the URLs selected in the pop-up window on the screen, the user selects the URL link manually to display the URL link information And manual connection step (S210); An optimal UL link extraction step (S211) for extracting an optimal UL link corresponding to a category designated by the user when the user desires automatic connection in the automatic access determination step (S209); Method for pre-checking the server and page of the URL link, characterized in that the automatic link linking step (S212) is automatically connected to the optimal URL link extracted in the optimal URL link extraction step (S211). The method of claim 1, wherein the UL link connection step (S400), Step S401, in which the user actually requests access to the URL link from any application including a web browser; A step S402 of determining whether there is a progress process for determining whether there are multi-threads currently being investigated for the UL links; If there are multiple processes in progress by the existence process determination step (S402), the user is forced to terminate whether or not the forced termination setting of the ongoing multi-processes and whether the current number of threads is within the maximum number of threads set by the user Whether or not and determining the maximum number of processes (S403); A link table modification step (S404) of selecting a thread to be terminated and forcibly terminating it and modifying the information in the link table T1 if the user has set the forced termination or the current thread number exceeds the maximum number of threads; If there are no ongoing multi-processes by the step of determining whether the process is present (S402), the result information acquiring step of acquiring the result information on the UL link requested by the UE link connection request step (S401). (S405); A method of pre-checking the server and page of the URL link, characterized in that it comprises a result information storage step (S406) of storing the result information for the UL link obtained in the result information acquisition step (S405) in the link table (T1). . The method of claim 1, wherein the EL link information display step (S500), A pop window designation determining step (S501) for determining whether the user has designated a display of information on the searched UL link in the form of a pop window; In case of designating as pop-up window, pop-up window is displayed on the screen, and various useful information, server accessibility, server type, page size, title, server message, response speed, redirection, access count, recent connection in the window. A pop window display step (S502) for visually displaying information such as a date; A tray icon designation judging step (S503) for determining whether the user designates the display of the searched URL link information in the form of a tray icon; When the tray icon is designated as a tray icon, the tray icon display step (S504) of varying the type of the tray icon, changing the color, or displaying a small pop window such as a balloon help and disappearing on the icon is displayed in various forms. ; A text display designation judging step (S505) for judging whether the user has designated the text for the searched UL link to display a text; A text display step (S506) of displaying a part of the text of the corresponding UAL in a manner that the user can recognize at the position where the UEL link exists when the text is specified to be displayed in the body; A title bar / status bar display determination step (S507) for judging whether the user has designated to display information on the searched URL link in a title bar / status bar; A title bar / status bar display step (S508) for displaying various link status information and the like on the title bar at the top of the application program or the status bar at the bottom when the title bar or the status bar is displayed; A voice guidance designation determining step (S509) of determining whether the user has designated voice guidance (sound / sound) for the information on the searched UL link; A voice guide step (S510) for outputting various types of voices or sounds to easily recognize the status information on the link of the user when the voice guide is specified; An indicator change designation determining step (S511) of determining whether the user has designated an icon change of an input device indicator (mouse pointer, etc.) by using the information on the searched UL link; When the indicator designation change is set, the server and page dictionary of the UEL link, comprising an indicator change display step (S512) of changing to various types of icon input device indicators (mouse pointers, etc.). checking way.