JP4362541B2 - Footprint providing device, footprint providing system - Google Patents

Description

  The present invention relates to a technique for adding a footprint to a Web page.

Conventionally, a homepage browsing footprint system has been proposed in which a viewer's footprint is left on the homepage for browsing the homepage (Patent Document 1). In this conventional homepage browsing footprint system, when there is a homepage browsing request from the user terminal to the homepage management server 200 (step S6), the homepage 100 for each member is sent from the homepage providing unit 202 of the homepage management server 200 to the user terminal. (Step S7), and then the homepage browsing monitoring unit 203 of the homepage management server 200 identifies the user who has requested browsing (step S8) and identifies the user as a member (step S9). The footprint information adding unit 204 of the management server 200 adds the member's footprint information 103 to the home page requested to be browsed (step S10).
JP-A-2005-208997

However, this conventional homepage browsing footprint system is a system in which footprint information is added to a homepage that has been requested to browse the homepage management server 200. For this reason, there is a problem that a web page provided by a web server other than the home page management server 200 cannot be displayed on the web page management server 200 because no browsing request is made to the web page.
Therefore, an object of the present invention is to provide a footprint providing apparatus capable of adding footprints to Web pages provided from various Web servers.

  According to the present invention, the above problem is solved by the following means.

The present invention is connected via a network to a client terminal capable of browsing a web page by a browser, stores footprint data specifying a web page viewer, and is received from the browser that has received the web page from a web server. and when receiving the footprint data update request has been made asynchronously with browsing request identifiable W eb page and identifying footprint identifier viewers and Web page identifier for identifying a Web page, footprint data updates the received The web page identifier and footprint identifier are specified by the request, and the stored footprint data that identifies the viewer of the received web page is updated using the identified web page identifier and footprint identifier, Identify the received web page from the browser that received the web page from the web server When a footprint data transmission request is received by a footprint data transmission request event such as a click that is made asynchronously with a web page browsing request that can identify a specific web page identifier, the web page identifier is received by the received footprint data transmission request. And using the identified web page identifier, the stored footprint data that identifies the viewer of the received web page that can be written to a part of the received web page is stored in the browser. It is the footprint providing device characterized by transmitting to.

  The footprint providing apparatus according to the present invention transmits footprint data that can be written to a part of the Web page to a browser that has received the Web page from the Web server. Therefore, if the footprint providing apparatus according to the present invention is connected to the network, it is possible to write footprint data on a part of the web page received from the web server by the browser. For Web pages provided from a Web server, footprints can be displayed by a browser on the client terminal.

Foot trace data is data about the browsing of the Web page, including the data to identify the at least Web page visitors.

Footprints data update request is a signal requesting the updating of footprint data, this signal is possible to identify the Web page identifier and the footprint identifier (e.g., a bit sequence constituting the footprint data update request Or a bit string accompanying the bit string is a bit string indicating a Web page identifier and a footprint identifier).

  The web page identifier is data for identifying a web page described in the web page, and by this, it is possible to identify which web page the browser is browsing. Further, the footprint identifier is data for identifying a browser that is browsing a Web page, and thus, a viewer of the Web page can be identified. The footprint identifier is transmitted from the footprint providing apparatus to the browser and held by the browser, for example, when the browser performs user registration with the footprint providing apparatus.

The Web page identifier and the footprint identifier can be used to determine who has viewed which Web page, and the footprint data is updated using these. Incidentally, For example other date and time that received the footprint data update request to be used in conjunction with Web page identifier and footprint identifiers may also update the footprint data.

Footprints data transmission request is a signal requesting transmission of footprint data, this signal is possible to identify the Web page identifier (e.g., a portion or of the bit string constituting the footprint data transmission request, A bit string accompanying the bit string is a bit string indicating a Web page identifier).

Foot trace data can be written to the part of the Web page by the browser, this way, for the Web page that is sent a footprint data from the Web server does not have the ability to write to the Web page, it is possible to put a footprint.

Name your, the browse request of the W eb page refers to a request for browsing Web pages for footprint providing apparatus.

  As described above, according to the footprint providing apparatus of the present invention, footprints can be attached to Web pages provided from various Web servers.

  The best mode for carrying out the present invention will be described below in detail with reference to the accompanying drawings.

  FIG. 1 is a diagram showing a footprint providing system according to an embodiment of the present invention.

  As shown in FIG. 1, in the footprint providing system 1000 according to the embodiment of the present invention, the footprint providing apparatus 10 according to the embodiment of the present invention is connected to the client terminal 20 and the client terminal 30 via the network 60. The client terminal 20 and the client terminal 30 are connected to the Web server 40 and the Web server 50 via the network 60.

  The web server 40 stores a web page A. The Web page A is uploaded from the client terminal 20 and managed (created, updated, deleted, etc.) by the user of the client terminal 20, and can be downloaded and viewed on the browser of the client terminal 30 (client terminal 20). You can download it for viewing on your browser.)

  The web server 50 stores a web page B. The Web page B is uploaded from the client terminal 30 and managed (created, updated, deleted, etc.) by the user of the client terminal 30 and can be downloaded to the browser of the client terminal 20 and viewed (client terminal 30). You can download it for viewing on your browser.)

  The network 60 is constructed by an optical fiber network, a telephone line network, or the like. The Web servers 40 and 50 and the client terminals 20 and 30 communicate with each other in accordance with, for example, the HTTP protocol, and the Web pages A and B are electronic files described in, for example, the HTML language.

  FIG. 2 is a diagram illustrating an operation example of the footprint providing system according to the embodiment of the present invention.

  As shown in FIG. 2, in the footprint providing system according to the embodiment of the present invention, first, a browsing request for Web page B is transmitted from the browser of client terminal 20 to Web server 50 (step S11). .

  Next, the Web page B is transmitted from the Web server 50 that has received this browsing request to the browser of the client terminal 20 (step S12).

  Next, the web page B is read by the browser of the client terminal 20 that has received the web page B, and the web page B is displayed on the monitor of the client terminal 20 (step S13).

  Next, a footprint client program transmission request is transmitted from the browser of the client terminal 20 that has read the Web page B to the footprint providing apparatus 10 (step S14). The footprint client program transmission request is a signal requesting transmission of the footprint client program, and the browser of the client terminal 20 reads the footprint client program transmission request tag described in the Web page B, whereby the footprint providing apparatus 10 Sent to. The footprint client program transmission request tag can be configured as a code written in a script language that causes the browser of the client terminal 20 to transmit a footprint client program transmission request to the footprint providing apparatus 10, for example. In the present embodiment, it is assumed that the owner value of Web page B is described in the footprint client program transmission request tag.

  Next, the footprint client program is transmitted from the footprint providing apparatus 10 that has received the footprint client program transmission request to the browser of the client terminal 20 (step S15). The footprint client program is a client-side program that runs on the browser of the client terminal, and can be configured as a code written in a script language, for example.

  Next, the browser of the client terminal 20 that has received the footprint client program reads the received footprint client program. Thereby, the footprint client program is executed and operated on the browser of the client terminal 20 (step S16).

  Next, the footprint client program operating on the browser of the client terminal 20 causes the browser to detect the footprint identifier from the cookies held by the browser (step S17). The footprint identifier is data for identifying the browser (the browser of the client terminal 20) that is browsing the Web page B, thereby identifying that the viewer of the Web page B is the user of the client terminal 20. It becomes possible. The footprint identifier is transmitted from the footprint providing apparatus 10 to the browser of the client terminal 20 when the user registration is performed from the browser of the client terminal 20 to the footprint providing apparatus 10, for example, and is transmitted to the browser of the client terminal 20. Retained. A cookie is an example of data held in a browser.

  When the footprint identifier is detected by the browser, the footprint client program operating on the browser of the client terminal 20 sends the detected footprint identifier and the owner value of the Web page B (client terminal 30) to the browser. A footprint data update request that can specify a user identification value) is sent to the footprint providing apparatus 10 (step S18). The footprint data update request is a signal for requesting the update of footprint data, and this signal makes it possible to specify the Web page identifier and the footprint identifier (for example, the bit string constituting the footprint data update request). A part or a bit string accompanying the bit string is a bit string indicating a Web page identifier and a footprint identifier). The owner value of Web page B (a value for identifying the user of client terminal 30) is an example of “Web page identifier”, whereby the Web page being browsed by the browser of client terminal 20 is It can be identified that it is managed by the user. This transmission is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. If the footprint identifier is not detected by the browser, the next step S19 is skipped and the process proceeds to step S20.

  Next, the footprint providing apparatus 10 that has received the footprint data update request identifies the owner value and footprint identifier by the footprint data update request, and stores them in the footprint data storage unit using the identified owner value and footprint identifier. The recorded footprint data is updated (step S19).

  Here, it is assumed that a predetermined part of the Web page B is clicked. In this case, the footprint client program that operates on the browser of the client terminal 20 causes the browser to transmit a footprint data transmission request that allows the owner value of the Web page B to be identified to the browser (step S20). This transmission is also performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. The click is an example of a “footprint data transmission request event”.

  Next, the footprint providing apparatus 10 that has received the footprint data transmission request identifies an owner value by the footprint data transmission request, and uses the identified owner value as a key to store the footprint data stored in the footprint data storage unit. The footprint data of Web page B is acquired from the URL, and the acquired footprint data is transmitted to the browser of the client terminal 20 (step S21).

  Next, a footprint client program operating on the browser of the client terminal 20 causes the browser to receive footprint data from the footprint providing apparatus 10 and causes the browser to write the received footprint data to a part of the Web page B (step S22). Thereby, the Web page in which the footprint data is partially written is displayed on the monitor of the client terminal 20 by the browser. Therefore, even if the Web server 50 does not have a function of writing footprint data to the Web page B, the footprint is displayed on the Web page B in the browser of the client terminal 20. The reception of footprint data from the footprint providing apparatus 10 is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request.

FIG. 3 is a schematic block diagram of the footprint providing apparatus according to the embodiment of the present invention.
As shown in FIG. 3, the footprint providing apparatus 10 according to the embodiment of the present invention includes a footprint management unit 11, a footprint client program unit 12 including a footprint client program generation unit 12a, and a footprint client program data storage unit 12b. A footprint data unit 13 including a footprint data processing unit 13a and a footprint data storage unit 13b, a user data unit 14 including a user data processing unit 14a and a user data storage unit 14b, and a transmission / reception unit 15. .
The footprint management unit 11, the footprint client program generation unit 12 a of the footprint client program unit 12, the footprint data processing unit 13 a of the footprint data unit 13, and the user data processing unit 14 a are configured by a CPU, a main memory, and the like. The 12 footprint client program data storage means 12b, the footprint data storage means 13b of the footprint data section 13, and the user data storage means 14b of the user data section 14 are constituted by a storage device such as a hard disk. The transmission / reception unit 15 includes a network interface device such as a NIC or a modem.
In the following, an operation example of each of the above-described units or means will be described with reference to FIG.

  FIG. 4 is a diagram for explaining an operation example of the footprint providing apparatus according to the embodiment of the present invention.

  As shown in FIG. 4, when a footprint client program transmission request is transmitted from the browser of the client terminal 20 (step S31), the footprint client program transmission request is received by the transmission / reception unit 15 of the footprint providing apparatus 10 ( Step S32).

  The footprint client program transmission request received by the transmission / reception unit 15 is sent to the footprint management unit 11, and the footprint management unit 11 uses the footprint client program transmission request sent to the footprint client program generation unit 12a. Send to.

  The footprint client program generation unit 12a identifies the owner value of the Web page B from the sent footprint client program transmission request (step S33), and the identified owner value and the data acquired from the footprint client program data storage unit 12b Is used to generate a footprint client program (step S34). Here, the footprint client program data stored in the footprint client program data storage unit 12b is data for generating a footprint client program. In the present embodiment, the footprint client program is generated as unique to Web page B including the owner value of Web page B.

  The footprint client program generation unit 12 a that has generated the footprint client program sends the generated footprint client program to the footprint management unit 11, and the footprint management unit 11 sends the received footprint client program to the client terminal via the transmission / reception unit 15. It transmits to 20 browsers (step S35).

  The browser of the client terminal 20 receives the footprint client program (step S36), reads the received footprint client program, and operates it (step S37).

  The footprint client program operating on the browser of the client terminal 20 causes the browser of the client terminal 20 to detect the footprint identifier from the cookies held by the browser (step S38).

  When the footprint identifier is detected by the browser, the footprint client program operating on the browser of the client terminal 20 sends the detected footprint identifier and the Web page owner value (of the client terminal 30) to the browser. A footprint data update request that can specify a value that identifies the user is transmitted to the footprint providing apparatus 10 (step S39). This transmission is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. In the present embodiment, since the footprint client program is generated as unique to Web page B including the owner value of Web page B, the footprint client program sets the owner value of Web page B to the browser. There is no need to detect it. When the footprint data update request has been transmitted or the footprint identifier has not been detected by the browser, the footprint client program waits (step S43).

  Next, the transmission / reception unit 15 of the footprint providing apparatus 10 receives the footprint data update request (step S40), and sends the received footprint data update request to the footprint management unit 11. The footprint management unit 11 sends the received footprint data update request to the footprint data processing means 13a of the footprint data unit 13. The footprint data processing means 13a specifies an owner value and a footprint identifier by the sent footprint data update request (step S41), and uses the identified owner value and footprint identifier to store in the footprint data storage means 13b. The recorded footprint data is updated (step S42).

  Here, it is assumed that a predetermined part of the Web page B is clicked. In this case, the footprint client program operating on the browser of the client terminal 20 causes the browser to transmit a footprint data transmission request that can specify the owner value of the Web page B to the footprint providing apparatus 10 (step S44). This transmission is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. In the present embodiment, since the footprint client program is generated as unique to Web page B including the owner value of Web page B, the footprint client program sets the owner value of Web page B to the browser. There is no need to detect it.

  Next, the transmission / reception unit 15 of the footprint providing apparatus 10 receives the footprint data transmission request (step S45), and sends the received footprint data transmission request to the footprint management unit 11. The footprint management unit 11 sends the sent footprint data transmission request to the footprint data processing means 13 a of the footprint data unit 13. The footprint data processing means 13a specifies an owner value in response to the sent footprint data transmission request, and uses the specified owner value as a key to select the web page B from the footprint data stored in the footprint data storage means 13b. Footprint data is acquired (step S46).

  The footprint data processing means 13a sends the acquired footprint data to the footprint management unit 11, and the footprint management unit 11 transmits the sent footprint data to the browser of the client terminal 20 via the transmission / reception unit 15 ( Step S47).

  The footprint client program operating on the browser of the client terminal 20 does not cause the browser to make a web page browsing request to the footprint providing apparatus 10, that is, the footprint data is asynchronously synchronized with the web page browsing request. It receives (step S48), causes the browser to write the received footprint data into a part of the web page B (step S49), and waits (step S50).

  Here, it is assumed that the location of the viewer name on the footprint data in the Web page B is clicked. In this case, the footprint client program operating on the browser of the client terminal 20 causes the browser to transmit a user data transmission request that can specify the user identifier to the footprint providing apparatus 10 (step S51). This transmission is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. The user identifier is data for identifying a viewer included in the footprint data.

  Next, the transmission / reception unit 15 of the footprint providing apparatus 10 receives the user data transmission request (step S52) and sends the received user data transmission request to the footprint management unit 11. The footprint management unit 11 sends the transmitted user data transmission request to the user data processing unit 14 a of the user data unit 14. The user data processing means 14a specifies a user identifier in response to the received user data transmission request, and uses the specified user identifier as a key to obtain user data from the footprint data stored in the user data storage means 14b. Obtain (step S53).

  The user data processing unit 14a sends the acquired user data to the footprint management unit 11, and the footprint management unit 11 transmits the transmitted user data to the browser of the client terminal 20 via the transmission / reception unit 15 ( Step S54).

  Then, the footprint client program operating on the browser of the client terminal 20 does not cause the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. The received user data is written in a part of the Web page B and displayed on the browser (step S56), and the browser waits (step S57).

FIG. 5 is a flowchart showing an operation example of footprint client program generation means provided in the footprint client program unit.
As shown in FIG. 5, the footprint client program generation unit 12a specifies the owner value of the Web page B by the footprint client program transmission request (step S61).
Next, the footprint client program generation means 12a acquires footprint client program data from the footprint client program data storage means 12b (step S62).
Next, the footprint client program generation unit 12a generates a footprint client program from the owner value of the Web page B and the footprint client program data (step S63).
Next, the footprint client program generation unit 12a sends the generated footprint client program to the footprint management unit 11 (step S64).

FIG. 6 is a flowchart showing an operation example of footprint data processing means provided in the footprint client program unit.
As shown in FIG. 6, the footprint data processing means 13a determines whether or not a footprint data update request has been sent from the footprint management unit 11 (step S71). The owner value of the Web page B specified by is specified, and the specified owner value is stored as footprint data in the footprint data storage means 13b (step S72). As will be described later, the footprint data storage means 13b stores footprint data in a table format, and the footprint data processing means 13a stores the specified owner value in the “owner” field of the last record of the table.

  Next, the footprint data processing means 13a uses the footprint identifier specified by the received footprint data update request as a key, and uses the user identifier stored in the “user_id” field from the user data storage means 14b of the user data section. The acquired user identifier is stored in the “visitor” field of the last record of the table stored in the footprint data storage unit 13b (step S73).

  Next, the footprint data processing means 13a stores the date and time when the footprint data update request is received by the transmission / reception unit 15 in the “accessed_at” field of the last record in the table (step S74).

  If it is determined in step S71 that no footprint data update request has been sent, the footprint data processing means 13a determines whether a footprint data transmission request has been sent from the footprint management unit 11 (step S75). ), The owner value is stored from the footprint data in the table format stored in the footprint data storage means 13b using the owner value of the Web page B specified by the footprint data transmission request as a key. The data stored in each field of the recorded record is acquired (step S76).

  Next, the footprint data processing means 13a generates XML data for displaying each acquired data, and sends this to the footprint management unit 11 as footprint data (step S77). Note that XML is an example of a data format for displaying footprint data.

FIG. 7 is a diagram showing a storage example of footprint data in the footprint data storage means of the footprint data section.
As shown in FIG. 7, the footprint data is stored in a table format. A “id” field that is a serial number is stored in the first column of the field, and a value for identifying a viewer of the Web page B is stored in the “visitor” field of the second column. The value stored in the “visitor” field has a one-to-one correspondence with the footprint identifier and the user identifier. The “owner” field in the third column stores the administrator of the Web page (in this embodiment, a value for identifying the user of the client terminal 30 that manages the Web page B), and the “accessed_at” in the fourth column. In the field, the date and time when the footprint data update request is received by the transmission / reception unit 15 is stored.

FIG. 8 is a flowchart showing an operation example of the user data processing means included in the user data section.
As shown in FIG. 8, the user data processing unit 14a determines whether or not a user data transmission request has been sent from the footprint management unit 11 (step S81). The user identifier is specified by the above, and the user data stored in the user data storage unit 14b is acquired using the specified user identifier as a key (step S82). As will be described later, the user data storage unit 14b stores user data in a table format, and the user data processing unit 13a acquires data stored in each field of a record in which a user identifier is stored. The footprint data includes a value stored in the “visitor” field, and this value corresponds to the user identifier on a one-to-one basis. Therefore, if the user data transmission request is configured so that the value stored in the “visitor” field can be specified, the user identifier is obtained from the user data transmission request via the value stored in the “visitor” field. Can be identified.

  Next, the user data processing unit 14a generates XML data for displaying each acquired data, and sends this to the footprint management unit 11 as user data (step S83). Note that XML is an example of a data format for displaying user data.

  If it is determined in step S81 that no user data transmission request has been sent, the user data processing unit 14a determines whether a user registration request has been sent from the footprint management unit 11 (step S81). (S84) When the data is sent, each data specified by the user registration request is added to the user data stored in the user data storage means 14b (step S85). Specifically, a new record is added to the user data in the table format, and the data is stored in the added record. Note that the user registration request is made before, for example, receiving the web page B of the web server 50, and various types of user registration requests are received via the user registration form from the browser of the client terminal 20 that has received the user registration form of the footprint providing apparatus 10 or the like. This is a request made by transmitting a signal including data to the footprint providing apparatus 10. In the present embodiment, when the user registration request is made and the various types of data are stored as user data in the user data storage means, the footprint identifier is transmitted from the footprint providing apparatus 10 to the browser.

FIG. 9 is a diagram showing a storage example of user data in the user data storage means provided in the user data section.
As shown in FIG. 9, the user data is stored in a table format. A serial number is stored in the “id” field in the first column of the field, and a value (in this embodiment, the user of the client terminal 20) that identifies the viewer of the Web page B is stored in the “user_id” field in the second column. Is stored). The value stored in the “user_id” field has a one-to-one correspondence with the value stored in the “visitor” field of the footprint data storage unit 13 b and the footprint identifier. The “ashi_id” field in the third column stores the footprint identifier, the “user name” field in the fourth column stores the viewer name, and the “title” field in the fifth column stores the title. Is done. The sex is stored in the “sex” field in the sixth column, and the age is stored in the “age” field in the seventh column. The occupation name is stored in the “occupation” field in the eighth column, and the address is stored in the “address” field in the ninth column. The comment is stored in the “comment” field in the 10th column, and the URL managed by the Web page viewer is stored in the “url” field in the 11th column.

  FIG. 10 is a flowchart showing an operation example of the footprint client program generated by the footprint client program generation means 12a included in the footprint client program unit 12.

  The footprint client program generated by the footprint client program generation unit 12 a operates as follows on the browser of the client terminal 20.

  First, the footprint client program causes the browser to detect a footprint identifier from the cookies held in the browser (step S91).

  Next, the footprint client program determines whether or not the footprint identifier has been detected by the browser (step S92). If the footprint identifier is detected, the footprint can identify the owner value and footprint identifier of the Web page B in the browser. A data update request is transmitted to the footprint providing apparatus 10 (step S93). This transmission is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. If the footprint identifier is not detected by the browser, the footprint client program skips step S93 and proceeds to the next step S94.

  Next, the footprint client program displays a link image on the browser (step S94).

  Next, the footprint client program causes the browser to determine whether or not the link image has been clicked (step S95). If it is determined that the link image has been clicked, the owner value of the Web page B can be specified to the browser. A footprint data transmission request is transmitted to the footprint providing apparatus 10 (step S96). This transmission is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request.

  Next, the footprint client program causes the browser to receive the footprint data from the footprint providing apparatus 10 without causing the browser to request the footprint providing apparatus 10 to browse the web page, that is, asynchronously with the web page browsing request. (Step S97) In the browser, the received footprint data is written into a part of the Web page B held in the browser and displayed on the Web page B (Step S98).

  Next, the footprint client program causes the browser to determine whether or not the viewer name on the footprint data has been clicked (step S99). If it is determined that the browser name has been clicked, the browser can specify the user identifier. A user data transmission request is transmitted to the footprint providing apparatus 10 (step S100). This transmission is performed without causing the browser to make a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. Since the footprint data includes the value stored in the “visitor” field, the user data transmission request is configured as a signal that can specify the value stored in the “visitor” field. Is done. In the footprint providing device 10, the user identifier is specified through the value stored in the “visitor” field.

  Next, the footprint client program causes the browser to receive the user data from the footprint providing apparatus 10 without causing the browser to perform a web page browsing request to the footprint providing apparatus 10, that is, asynchronously with the web page browsing request. (Step S101) In the browser, the received user data is written in a part of the Web page B held in the browser and displayed on the Web page B (Step S102).

  Next, how the footprint data is displayed on the Web page B on the monitor of the client terminal 20 will be described with reference to FIGS. 11 to 15 are diagrams illustrating examples of screens of the client terminal.

  First, when the footprint client program operates in the browser of the client terminal 20, a part of the web page B is dynamically edited, and a link image “footprint link” is displayed at the upper left of the web page B as shown in FIG. 100 is displayed.

  As shown in FIG. 12, when the mouse cursor is placed on the link image 100 and clicked, a footprint data transmission request is transmitted from the browser to the footprint providing apparatus 10.

  When the browser receives the footprint data from the footprint providing device 10, the browser dynamically writes the footprint data in a part of the Web page B, and the link image 100 below the upper left of the Web page B as shown in FIG. The footprint data 200 is displayed in a list format.

  Here, as illustrated in FIG. 14, when the mouse cursor is placed on the viewer name in the footprint data 200 and clicked, a user data transmission request is transmitted from the browser to the footprint providing apparatus 10.

  When the browser receives the user data from the footprint providing device 10, the browser dynamically writes the user data to a part of the web page B, and as shown in FIG. User data 300 is displayed.

  As described above, the footprint providing apparatus 10 according to the embodiment of the present invention transmits footprint data that can be written to a part of the Web page to the browser that has received the Web page from the Web server. Therefore, if footprint providing apparatus 10 according to the embodiment of the present invention is connected to a network, footprint data can be written into a part of a web page received from a web server by a browser, and a footprint is added. Even for a Web page provided from a Web server that does not include a means, the footprint on the client terminal can be displayed. Therefore, according to the footprint providing apparatus 10 according to the embodiment of the present invention, footprints can be attached to Web pages provided from various Web servers.

  In the present embodiment and examples, the footprint client program causes the browser to transmit / receive data to / from the footprint providing apparatus 10, and this transmission / reception is “asynchronous with the Web page browsing request”. The browser is not requested to browse the Web page. In this way, the footprint client program does not cause screen transition in the browser, and does not cause the browser to wait for a response to the web page browsing request (other processing by the browser between the browsing request and the response). In addition, it is possible to display footprints and user data on a Web page.

  As mentioned above, although embodiment and Example of this invention were described, these description is related with an example of this invention, and this invention is not limited by these description.

It is a figure which shows the footprint provision system which concerns on embodiment of this invention. It is a figure which shows the operation example of the footprint provision system which concerns on embodiment of this invention. It is a schematic block diagram of the footprint providing apparatus which concerns on embodiment of this invention. It is a figure for demonstrating the operation example of the footprint provision apparatus which concerns on embodiment of this invention. It is a flowchart which shows the operation example of the footprint client program production | generation means which the footprint client program part comprises. It is a flowchart which shows the operation example of the footprint data processing means which the footprint client program part comprises. It is a figure which shows the example of a memory | storage of the footprint data in the footprint data storage means of a footprint data part. It is a flowchart which shows the operation example of the user data processing means which a user data part comprises. It is a figure which shows the memory | storage example of the user data in the user data storage means which a user data part comprises. It is a flowchart which shows the operation example of the footprint client program produced | generated by the footprint client program production | generation means which the footprint client program part comprises. It is a figure which shows the example of a screen of a client terminal. It is a figure which shows the example of a screen of a client terminal. It is a figure which shows the example of a screen of a client terminal. It is a figure which shows the example of a screen of a client terminal. It is a figure which shows the example of a screen of a client terminal.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Footprint provision apparatus 11 Footprint management part 12 Footprint client program part 12a Footprint client program production | generation means 12b Footprint client program data storage means 13 Footprint data part 13a Footprint data processing means 13b Footprint data storage means 14 User data part 14a User data processing means 14b User data storage means 15 Transmission / reception unit 20 Client terminal 30 Client terminal 40 Web server 50 Web server 100 Link image 200 Footprint data 300 User data 1000 Footprint providing system

Claims (2)

It is connected via a network to a client terminal that can browse web pages with a browser,
Storing footprint data that identifies the viewer of the web page;
Browser that receives the Web page from the Web server, footprint data has been made asynchronously with browsing request for a Web page identifier and W eb page which can specify and identify footprint identifier viewers identifying the received Web pages When an update request is received, a web page identifier and a footprint identifier are identified by the received footprint data update request, and a viewer of the received web page is identified using the identified web page identifier and footprint identifier. Update the stored footprint data to identify
Browser that receives the Web page from the Web server, footprint data by footprint data transmission request event such as clicks made asynchronously with browsing request for a Web page identifier may identify a W eb page identifying the received Web pages When a transmission request is received, a Web page identifier is specified by the received footprint data transmission request, and the received Web page identifier can be written to a part of the received Web page using the specified Web page identifier. Transmitting the stored footprint data for identifying a web page viewer to the browser;
A footprint providing device characterized by that.   A footprint providing system comprising: a client terminal capable of browsing a Web page with a browser; and the footprint providing apparatus according to claim 1 connected to the client terminal via a network.

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