JP5236064B2 - Member page update method, update device, update program, and recording medium - Google Patents

Description

  The present invention relates to a method for automatically updating a plurality of websites on the Internet. More specifically, a plurality of subscriber pages established in a plurality of ASP sites having different specifications are surely received from a terminal device of a member. It relates to how to update.

  2. Description of the Related Art Conventionally, an ASP site that allows members to transmit information by providing a member page to members who join an ASP (Application Service Provider) site has been operated. As an example of such an ASP site, for example, a restaurant information search site is operated. The operator of the ASP site recruits restaurants as members and provides a member form page of a predetermined form to each restaurant. Member restaurants will send information on menus, opening hours, coupon availability, etc. on member store pages, and ASP site viewers can search and view each member store page from a map or the nearest station. It has become.

  In such an ASP site, a management screen for the member is prepared so that the member himself can update the member page. The member updates the member page by connecting the member terminal to the ASP site through the Internet, logging in to the management screen, and transmitting predetermined update data to the ASP site.

  On the other hand, in such an ASP site, a member joins a plurality of ASP sites that collect similar information and opens a member page in each ASP site in order to increase the advertising effectiveness of the member. Therefore, the member needs to perform a series of update operations such as logging in to the member management screen, transmitting update data, and then logging out at each of the plurality of ASP sites to which the member belongs. Was very cumbersome. In order to reduce such complicated update work, various methods for automating the update work have been developed so far.

  Patent Document 1 below discloses a member page automatic updating method and system and program for an ASP site. The automatic update system described in Patent Document 1 shown in FIG. 9 includes a member terminal 101 and a plurality of ASP sites 102A to 102C connected via the Internet. In addition, the automatic update system is separately provided with a management server 103 connected to the Internet. First, the member terminal 101 transmits update data of the member pages 102a to 102c to be updated to the management server 103. (S101). Next, the management server 103 checks whether or not the received update data conforms to the forms of all the ASP sites 102A to 102C to be updated (S102). Checked update data is received from the management server 103 (S103), and update processing of the member pages 102a to 102c of the ASP sites 102A to 102C is sequentially performed (S104).

JP 2008-217783 A

  According to the automatic update system described in Patent Document 1, the member pages in a plurality of ASP sites can be updated collectively from the member terminals by the series of processes described above. However, the specifications of the ASP site to be updated are various for each ASP site. Even if the conformance of the specifications is checked in advance by the management server before sending the update data to the ASP site, the check is not made. There is a problem that the update process cannot be performed due to an error that does not end. This problem is particularly serious as the number of participating ASP sites increases and the types of ASP site specifications to be handled increase.

  The present invention has been made in order to solve the above-described problems, and the object of the present invention is to reliably update a plurality of member pages opened in a plurality of ASP sites having different specifications from the terminal device of the member. It is to provide a method.

In order to achieve the above object, a member page update method according to the present invention includes a plurality of ASP (Application Service Provider) sites for opening a member page, and the member page for a plurality of the ASP sites. In a system comprising: a member terminal that transmits update information for the member and updates the member page; and a website that is used for information transmission by a user of the member terminal. There,
The plurality of ASP sites include a first ASP site that opens a first member page, and a second ASP site that opens a second member page,
The method comprises
A first step in which the member terminal connects to the website and acquires HTML source data including information transmitted from the website;
A second step in which the member terminal prepares the update information input template corresponding to the ASP site designated as an update target;
A third step in which the member terminal connects to the ASP site and acquires information necessary for updating the member page;
The member terminal parses the HTML source data of the website acquired in the first step, thereby obtaining specific information necessary for updating the member page, a plurality of key / value pairs. A fourth step of extracting in the form of a query string including:
Among the specific information extracted from the HTML source data in the fourth step by the member terminal, information that matches the template for update information input is used as the update information for the member page as a query character. A fifth step of recording in the form of a sequence ;
A sixth step in which the member terminal connects to the ASP site, transmits the update information in the form of a query string to the ASP site, and updates the member page with the update information;
The member terminal updates the member page in the sixth step, interrupts the processing for a predetermined time, repeats the process in the sixth step, and periodically updates the member page. 7 steps,
The member terminal processes the processing from the first step to the seventh step in parallel for each of the first ASP site and the second ASP site.

The member page update apparatus according to the present invention transmits a plurality of ASP (Application Service Provider) sites for opening member pages, and update information for the member pages to the plurality of ASP sites. A member terminal in a system comprising a member terminal for updating the member page and a website used by a user of the member terminal for information transmission,
The plurality of ASP sites include a first ASP site that opens a first member page, and a second ASP site that opens a second member page,
The member terminal is
A first operation of connecting to the website and acquiring HTML source data including information transmitted from the website;
A second operation of preparing the update information input template corresponding to the ASP site designated as the update target;
A third operation of connecting to the ASP site and obtaining information necessary for updating the member page;
By parsing the HTML source data of the website acquired by the first operation, specific information necessary for updating the member page is converted into a query string including a plurality of key / value pairs. A fourth operation to extract in a format;
Of the specific information extracted from the HTML source data by the fourth operation, information that matches the update information input template is recorded in the form of a query string as the update information for the member page. And a fifth operation
A sixth operation of connecting to the ASP site, transmitting the update information in the form of a query string to the ASP site, and updating the member page with the update information;
After updating the member page by the sixth operation, after interrupting the processing for a predetermined time, the sixth operation is repeated to execute the seventh operation for periodically updating the member page. And
The member terminal executes the first operation to the seventh operation in parallel with respect to the first ASP site and the second ASP site.

The member page update program according to the present invention transmits a plurality of ASP (Application Service Provider) sites for opening member pages and the member page update information to the plurality of ASP sites. A program that operates in a system comprising a member terminal that updates the member page, and a website that is used by the user of the member terminal to transmit information,
The plurality of ASP sites include a first ASP site that opens a first member page, and a second ASP site that opens a second member page,
In the member terminal,
A first function in which the member terminal connects to the website and acquires HTML source data including information transmitted from the website;
A second function in which the member terminal prepares the update information input template corresponding to the ASP site designated as an update target;
A third function in which the member terminal connects to the ASP site and acquires information necessary for updating the member page;
The member terminal parses the HTML source data of the website acquired by the first function, thereby obtaining specific information necessary for updating the member page as a key-value pair. A fourth function for extracting in the form of a query string containing multiple;
Of the specific information extracted from the HTML source data by the fourth function by the member terminal, information matching the template for update information input is queried as the update information for the member page. A fifth function for recording in the form of a string ;
A sixth function in which the member terminal connects to the ASP site, transmits the update information in the form of a query string to the ASP site, and updates the member page with the update information;
The member terminal updates the member page by the sixth function, interrupts processing for a predetermined time, and then repeats the process of the sixth function to periodically update the member page. To achieve the seventh function,
The member terminal is caused to process the first function to the seventh function in parallel with respect to each of the first ASP site and the second ASP site.

  According to the present invention, a plurality of member pages established in a plurality of ASP sites can reliably update the member page from the terminal device of the member even if the specifications of each member page are different. it can.

It is a block diagram which shows schematic structure of the member page automatic update system which concerns on embodiment of this invention. It is a block diagram which shows typically the program structure which implement | achieves the data processing performed in a member terminal. It is a block diagram which shows schematic structure of a member terminal. It is the block diagram which represented typically the data processing between the member terminal which concerns on 1st Embodiment of this invention, and an ASP site. It is a flowchart for demonstrating the procedure of the data processing between the member terminal which concerns on 1st Embodiment of this invention, and an ASP site. It is an example of the input screen (information update screen) which member terminal 1 presents to a user. It is the block diagram which represented typically the data processing between the member terminal which concerns on 2nd Embodiment of this invention, and an ASP site. It is an example of HTML source data for demonstrating the data processing in the case of acquiring update information from HTML source data. It is the block diagram which represented typically the data processing between the member terminal and ASP site of the member page automatic update system which concerns on a prior art.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description and drawings, the same reference numerals indicate the same or similar components, and thus the description of the same or similar components is omitted. In the following description, an example in which the ASP site is a restaurant information search site and the member is a restaurant will be described.

  FIG. 1 is a block diagram showing a schematic configuration of a member page automatic update system according to an embodiment of the present invention. As shown in FIG. 1, the member page automatic update system includes a member terminal 1, a plurality of ASP sites 2A to 2C, and a management server 3, and the member terminal 1 and a plurality of ASP sites 2A to 2C The management server 3 is connected to each other via the Internet 4.

  Member pages 2a to 2c are established in each of the ASP sites 2A to 2C. Each of the ASP sites 2A to 2C is, for example, a website provided with an HTTP server, and in response to a request from the member terminal 1, a web page described in a language such as HTML or PHP (that is, the member page 2a). ˜2c) is transmitted to the member terminal 1. The member terminal 1 can browse the member pages 2a to 2c by the web browser based on the web page data received from the ASP sites 2A to 2C. Although not shown, the browsers of the ASP sites 2A to 2C can browse the member pages 2a to 2c via the Internet 4 using an information processing terminal such as a smartphone.

  The management server 3 includes the name of each ASP site 2A to 2C, the URL that is connection information to each ASP site 2A to 2C, and the login information (user ID) that is authentication information for the management screen of each member page 2a to 2c. , Password, etc.). The member terminal 1 acquires and uses these connection information, login information, and the like from the management server 3 as necessary.

  In another embodiment of the present invention, the member page automatic updating system can further include a member's official website 5 (hereinafter simply referred to as an official site) connected to the Internet 4. . The role of the official site 5 will be described in a second embodiment to be described later.

  FIG. 2 is a block diagram schematically showing a program structure for realizing data processing performed at the member terminal. In the figure, an arrow indicated by a solid line indicates external access between the ASP sites 2A to 2C or the management server 3, and an arrow indicated by a broken line indicates internal access within the member terminal 1. In the following description, “class”, “method”, and “entity” mean the concept of “class”, “method”, and “entity” used in object-oriented programming. For example, if the C ++ language is used, the data processing procedure shown in FIGS. 4 and 5 to be described later can be described with the program structure shown in FIG.

  There are various types of ASP sites (mediums) to be updated, but the processing from the member terminal 1 to the ASP sites 2A to 2C includes login processing, acquisition of site-specific information, and transmission of update data. It can be classified into three. Among these processes, processes related to acquisition of information unique to the site are made common.

  As shown in FIG. 2, the structure of the program for realizing the data processing performed by the member terminal 1 is divided into a medium class group, a screen class group, and a main control class according to the contents of the processing.

  The media class group includes a media base class that defines the specifications of each ASP site (medium) and an interface method that performs internal access between the classes. The media base class further has a plurality of media classes. In the medium base class, items commonly set in a plurality of ASP sites (for example, input limit of the number of characters, types of screens to be used) are type-defined. The plurality of medium A class to medium D class are defined according to the difference in the specifications of the ASP site. That is, one media class defines the specifications of one ASP site, and when adding a new ASP site, the program administrator inherits the media base class and creates a new media class. To do. Since the medium base class defines items that are commonly set in a plurality of ASP sites, the medium class inheriting the medium base class includes various setting values (for example, according to the specifications of the ASP site). Title number of characters input limit, image data format, upper limit or lower limit of resolution, etc.) can be preset.

  The screen class group includes a plurality of screen classes that define templates of input screens to be presented to the user, and interface methods. The plurality of screen A classes to screen D classes are defined according to the difference in the specifications of the ASP site. That is, one screen class defines the specifications of one input screen (information update screen).

  The main control class has an interface method, a data input / output method, a medium generation method, a screen generation method, and a timer method. The media generation method generates an update process (ie, an entity of the media class) based on the specifications defined in the media class, and the screen generation method generates a screen class based on the screen type defined in the media class. Is generated. The data input / output method defines input / output of data among the main control class, the media class, and the screen class. The timer method controls the input / output timing of data between the member terminal 1 and the outside.

  As shown in FIG. 2, the program structure of data processing performed by the member terminal 1 is divided into the above-mentioned “medium class group”, “screen class group”, and “main control class”. When an ASP site with a new specification is added, it becomes possible to use the processing of the overlapping part as it is due to the inheritance of the class.

  FIG. 3 is a block diagram showing a schematic configuration of the member terminal. The member terminal 1 includes a CPU 10 that performs data processing to be described later, a memory 11 that is used as a work area for data processing, a recording unit 12 that records processing data, a bus 13 that transmits data between the units, an external device An interface unit 14 (hereinafter referred to as an I / F unit) for inputting / outputting data to / from the device is provided, and the member terminal 1 displays an input unit 15 operated by an operator, a processing result, and the like. Display device 16.

  In the following description, it will be described as a processing method performed by the member terminal 1 unless otherwise specified. Further, the process performed by the member terminal 1 actually means a process performed by the CPU 10 of the member terminal 1. The CPU 10 temporarily stores necessary data (intermediate data during processing, etc.) using the memory 11 as a work area, and appropriately records data to be stored for a long time, such as calculation results, in the recording unit 12. Further, the member terminal 1 stores in advance the program used for performing the processing described below in the recording unit 12 in an execution format (for example, generated by being converted by a compiler from a programming language such as C ++). The member terminal 1 performs processing using the program recorded in the recording unit 12.

(First embodiment)
FIG. 4 is a block diagram schematically showing data processing between the member terminal and the ASP site according to the first embodiment of the present invention. With reference to FIG. 4, a schematic operation of the member page automatic update system according to the first embodiment of the present invention will be described.

  As an example, the case where the member terminal 1 updates the member page 2a of the ASP site 2A will be described. First, the user specifies the ASP site to be updated (S1), and the member terminal 1 is specified. A media class and a screen class corresponding to the selected site are generated (S2, S3). Next, the member terminal 1 logs in to the ASP site, acquires information necessary for the update (S4), and the member terminal 1 updates based on the medium class and the screen class in accordance with the designated site. An information input template is presented to the user (S5), and the user inputs update information to the member terminal 1 in accordance with the input template (S6). Next, the member terminal 1 that has received the update information logs in to the ASP site again, and updates the member page with the input update information (S7). Thereafter, a timer is started (S9), and it waits until the timer expires (S10). After the timer expires, the member terminal 1 logs in to the ASP site again and updates the member page again (S7). When a stop operation or the like by the user is received while the timer is activated (S8), the series of update processing is terminated.

  That is, there is one login and update process for one ASP site, and one timer exists. These series of processes for one ASP site operate with a single thread, and for a plurality of ASP sites, these series of processes operate with multiple threads (parallel processing). As described above, in the present invention, the member terminal 1 executes the member page update process for a plurality of ASP sites 2A to 2C in a multi-thread manner.

  FIG. 5 is a flowchart for explaining a data processing procedure between the member terminal and the ASP site according to the first embodiment of the present invention. With reference to FIG. 5, the data processing which the member terminal 1 performs is demonstrated concretely.

  In step S <b> 1, the user designates an ASP site to be updated and inputs the designation to the member terminal 1. The member terminal 1 records the designation of the ASP site.

  In step S2, the member terminal 1 generates a media class corresponding to the designated ASP site. The generation of the media class means that a template having specifications for each ASP site is prepared. Since various setting values according to the specifications of the ASP site are set in advance in the medium class, the member terminal 1 uses the template for update information input based on the information on the preset medium class. Prepare.

  In step S3, the member terminal 1 generates a screen class corresponding to the designated ASP site. The generation of the screen class means that an input screen template used for inputting update information of each ASP site is prepared.

  In step S4, the member terminal 1 logs into the ASP site 2A and acquires information necessary for updating the member page. First, the member terminal 1 connects to the management server 3, acquires connection information and login information to the ASP site 2A, and logs in to the ASP site 2A using the acquired connection information and login information. Next, the member terminal 1 receives the HTML source data of the member page 2a from the ASP site 2A, and updates the member page 2a of the ASP site 2A based on the received HTML source data of the member page. Extract necessary data. The data necessary for the update is contents updated in the past and information (ID or the like) necessary for the update. The extracted data is separately used for analysis of the specifications of the ASP site, and is fed back to the setting values of the medium class and the screen class by a separate process by the program manager.

  As a method for extracting data, for example, the member terminal 1 parses HTML source data. Identifying what data is required and what specifications are required for the member page if a specific HTML tag related to the update of the member page in the HTML source data is extracted as a key. Can do.

  In step S5, the member terminal 1 presents the update information input template corresponding to the designated site to the user. Since the update information input template is prepared for each ASP site based on the medium class and the screen class, the member terminal 1 displays the prepared update information input template on the display device 16. To do.

  In step S <b> 6, the user inputs member page update information to the member terminal 1 in accordance with the presented input screen template. FIG. 6 is an example of an input screen (information update screen) that the member terminal 1 presents to the user. FIG. 6A is an example of an input screen for updating the title and comment of newly arrived information according to the specifications of the ASP site, and FIG. 6B shows the title of the newly arrived information according to the specifications of the ASP site. It is an example of the input screen in the case of updating a comment and image data. Update information can be copied between input screens. For example, if update information is copied from the input screen (a) shown in FIG. 6A to the input screen (b) shown in FIG. On the screen (b), the title and comment of the newly arrived information entered on the input screen (a) are copied, and the update information can be entered simply by adding image data, saving the trouble of inputting the update information. be able to.

  Thus, since the input screen that satisfies the restrictions on the specifications of the ASP site is presented to the user, the user does not need to learn the specifications of the ASP site, and the update information of the member page that matches the specifications of the ASP site. Can be entered. Since the user does not need to learn the specifications of the ASP site, the user does not need to actually confirm the member page or the administrator screen using the web browser when inputting update information.

  In step S7, the member terminal 1 logs in again to the administrator screen of the ASP site 2A, transmits update information to the ASP site 2A, and updates the member page 2a. The connection information and login information to the ASP site 2A have already been acquired from the management server 3 in step S4, and are used as they are.

  After the update process in step S7, the end of the update process is determined in step S8. For example, when the update process is terminated, for example, when the member terminal 1 receives an input of an operation for stopping the update from the user, or when the member terminal 1 executes the update process (step S7) a predetermined number of times. This is the case. If the end condition is satisfied, the process ends. If not satisfied, the process of the next step S9 is performed.

  In step S9, the member terminal 1 starts a timer. The timer function is a function for executing update processing at predetermined time intervals, and the member terminal 1 interrupts predetermined time processing set in advance. Thereafter, after a predetermined time has elapsed, it is determined in step S10 whether or not the timer has expired. If it is determined that the timer has expired, the process is restarted from the update process in step S7. That is, the member terminal 1 repeatedly executes the update process in step S7 at a predetermined time interval by the timer function. During this time, when the timer is started in step S9, no input from the user to the member terminal 1 other than the end of the update process in step S8 is required.

  As described above, the member terminal 1 causes the processing of steps S1 to S10 described above to operate in a single thread for one ASP site 2A. That is, the member terminal 1 updates the plurality of member pages established in the plurality of ASP sites by operating the above-described steps S1 to S10 in a multi-thread manner for the plurality of ASP sites. Can be performed from one member terminal 1.

  In addition, when the update information of each member page is input, an input screen that satisfies the restrictions on the specifications of each ASP site is presented to the user, so the update that does not satisfy the restrictions on the specifications of the ASP site to be updated It is possible to prevent the user from entering information by mistake, and the member terminal 1 can reliably update the member page. As described above, in the present invention, an input screen suitable for the specifications of the ASP site to be updated is prepared in advance, thereby eliminating the input of update information from the user who does not meet the specifications of the site.

(Second Embodiment)
FIG. 7 is a block diagram schematically showing data processing between the member terminal and the ASP site according to the second embodiment of the present invention. In the second embodiment of the present invention, the member page automatic update system further includes the member's official website 5.

  In the first embodiment of the present invention described above, the update information of the member page is the information input by the user to the member terminal 1 in step S6. In the second embodiment of the present invention, Instead of the processing in step S6, the member page update information is acquired by using information registered in the member's official site 5. The subsequent processing performed by the member terminal 1 is the same as the processing described in the first embodiment or the second embodiment of the present invention described above.

  That is, in the second embodiment of the present invention, first, the member terminal 1 takes in information registered in the member's official site 5 in advance and records it in the recording unit 12. Then, the process of step S1-S4 is performed similarly to 1st Embodiment.

  Next, in step S5, the member terminal 1 discriminates update information that has not been matched with the input screen template, that is, update information that does not match the specifications of the ASP site, from among the update information that has been captured and recorded in advance. Only update information that meets the specifications is embedded in the input screen as a default value (initial setting value) and presented to the user. In step S6, the user inputs the update information to the member terminal 1 in accordance with the template of the input screen in which the update information of the official site 5 is embedded in advance. Here, if the user determines that the update information captured from the official site 5 is to be used as it is, the member terminal 1 logs in to the ASP site in step S7 using the captured update information as it is, and the member page. May be updated. The processes after step S8 are the same as those in the first embodiment.

  FIG. 8 is an example of HTML source data for explaining data processing when update information is acquired from HTML source data. In the second embodiment of the present invention, the member terminal 1 connects to the member's official site 5 in advance before performing the update process of the member page, and from the official site 5 to the HTML of the web page of the official site. Get the source data. The member terminal 1 parses the acquired HTML source data, extracts specific information necessary for updating the member page, and records it in the recording unit 12.

  FIG. 8A is an example in which the HTML source data of the web page of the official site includes an input tag.

  An example of syntax analysis when update information items are directly entered in HTML source data like an input tag is shown. First, in order to make it easy to search for a specific HTML tag, the HTML source data is formatted. Specifically, a line feed code is inserted before the input tag, and the HTML source data is formatted so that the text from the start to the end of the input tag is described for each line of text data. In the example shown in FIG. 8A, the text up to <input size =...

  Next, all the pairs of key (KEY) and value (VALUE) are extracted from HTML source data using pattern matching of character strings such as regular expressions. In the example shown in FIG. 8A, for each line,..., Name = “(key1)”,..., Value = “(value1)”,... , A key-value pair "key1" and "value1" is extracted.

  Next, update information of the member page is generated using the extracted key and value pair. For example, after the member terminal 1 acquires the HTML source data from the official site 5 (first acquisition), extracts the key / value pair once, and presents the user with information on what kind of key is to be rewritten. Then, the user's selection is stored in the member terminal 1 in advance. Thereby, at the time of the second or subsequent acquisition from the official site 5, the member terminal 1 can automatically generate the update information of the member page using the extracted key and value pair. .

  FIG. 8B is an example when the HTML source data includes a select tag.

Even if the update information item is entered in the selection formula in the HTML source data like the select tag, or even if the HTML source data cannot be broken into multiple lines like the textare tag, The update information item can be extracted from the HTML source data. First, a predetermined range of HTML source data is extracted with a specific HTML tag, and the range to be parsed is narrowed down. Specifically, a portion repeated between the select tags is extracted. In the example shown in FIG. 8B, the HTML source data is sandwiched between select tags <select size = “” name = “menu_price”>... </ Select value = “280”> 280 yen </ option>... <Option value = “480”> 480 yen </ option>
The range of is narrowed down. In addition, the key “menu_price” indicated in the tag immediately before the narrowed range is extracted.

  Next, a specific word is searched for the narrowed range, and necessary information is extracted. Specifically, since the select tag is a selection-type tag, a character string selected = “selected” that specifies the actually selected value is searched. In the example shown in FIG. 8B, the search character string selected = “selected” is searched from: <option value = “380” selected = “selected”> 380 yen </ option> ... The value “380” indicated by the tag immediately before the search character string is extracted. As a result, a pair of “menu_price” and “380” which are key and value pairs is extracted.

  Hereinafter, the procedure for generating the update information of the member page using the extracted key and value pair is the same as that of the input tag described above, and thus the description thereof is omitted.

  In the second embodiment of the present invention described above, the update information of the member page is acquired by using information registered in the member's official site 5 and used. The contents of the web page of the official site 5 can be updated individually by various means via the Internet 4 through a portable information terminal such as the smartphone 31 or the notebook PC 32. Since the contents of the official site 5 are constantly updated to the latest information from their roles, if the information registered in the official site 5 is taken in and the member page of each ASP site is updated, the members The contents of the page are always updated with the latest information. In other words, according to the second embodiment of the present invention, it is possible to update the contents of the official site 5 first, take in the updated contents, and update the member page of each ASP site. It is possible to solve the problem in managing the member page such as duplicate input of information and inconsistency of the input information.

  As mentioned above, although this invention was demonstrated by specific embodiment, this invention is not limited to above-described embodiment.

  In the above embodiment, the name of each ASP site 2A to 2C, the URL that is connection information to each ASP site 2A to 2C, and the login information that is the authentication information on the management screen of each member page 2a to 2c (user ID, password, etc.) are recorded in advance by the management server 3, but these pieces of information may be recorded in advance in the recording unit 12 by the member terminal 1.

  In the second embodiment, as an example of the syntax analysis of the acquired HTML source data, the case where the HTML source data includes the input tag, the select tag, or the textare tag has been described. Not limited to specific tags. For parsing HTML source data, it is sufficient that there is a specific wording in the HTML source data.

  Further, in the second embodiment, when generating the update information of the member page using the extracted key and value pair, information on which type of key is rewritten is presented to the user, The user's selection is stored in the member terminal 1 in advance. However, depending on the type of key, information on which type of key should be rewritten may be set and stored in advance on the program side.

  Moreover, in the said embodiment, as an example of the input screen (information update screen) which the member terminal 1 presents to a user, the input screen in the case of updating the title and comment of new arrival information, the title of new arrival information, Although the comment and the input screen when updating the image data are illustrated, the input screen is not limited to these, and the type of the input screen is pre-added with a media class and a screen class according to the specifications of the ASP site. Just keep it. The media class and the screen class are added by extracting the specifications of the ASP site by analyzing the data necessary for the update acquired in step S4 by the program administrator, and the program administrator based on the extracted specifications. However, the media class and the screen class may be added as appropriate.

  Moreover, in the said embodiment, although the ASP site was a search site of restaurant information, and the example in case a member is a restaurant was demonstrated, the information (for example, menu, price, calories) in the restaurant In addition, information on pets that are commodities in pet shops (for example, animal names, breeds, ages, lengths, body weights, body colors, animal photographs, and arrival information, etc.) may be used. Or the information (for example, a staff name, age, height, weight, a staff photograph, attendance information, etc.) of the staff in entertainment restaurants, such as a cabaret and a club, may be sufficient.

DESCRIPTION OF SYMBOLS 1 Member terminal 2A-2C ASP site 2a-2c Member page 3 Management server 4 Internet 5 Member's official site 10 CPU
DESCRIPTION OF SYMBOLS 11 Memory 12 Recording part 13 Bus 14 Interface part 15 Input part 16 Display apparatus 31 Smartphone 32 Notebook PC

Claims (4)

A plurality of ASP (Application Service Provider) sites that open a member page, and a member terminal that updates the member page by transmitting update information for the member page to the plurality of ASP sites. And a method that the member terminal performs in a system comprising a website used for information transmission by a user of the member terminal,
The plurality of ASP sites include a first ASP site that opens a first member page, and a second ASP site that opens a second member page,
The method comprises
A first step in which the member terminal connects to the website and acquires HTML source data including information transmitted from the website;
A second step in which the member terminal prepares the update information input template corresponding to the ASP site designated as an update target;
A third step in which the member terminal connects to the ASP site and acquires information necessary for updating the member page;
The member terminal parses the HTML source data of the website acquired in the first step, thereby obtaining specific information necessary for updating the member page, a plurality of key / value pairs. A fourth step of extracting in the form of a query string including:
Among the specific information extracted from the HTML source data in the fourth step by the member terminal, information that matches the template for update information input is used as the update information for the member page as a query character. A fifth step of recording in the form of a sequence ;
A sixth step in which the member terminal connects to the ASP site, transmits the update information in the form of a query string to the ASP site, and updates the member page with the update information;
The member terminal updates the member page in the sixth step, interrupts the processing for a predetermined time, repeats the process in the sixth step, and periodically updates the member page. 7 steps,
The member page, wherein the member terminal processes the processing from the first step to the seventh step in parallel for each of the first ASP site and the second ASP site. Update method. A plurality of ASP (Application Service Provider) sites that open a member page, and a member terminal that updates the member page by transmitting update information for the member page to the plurality of ASP sites. And a member terminal in a system comprising a website used for information transmission by a user of the member terminal,
The plurality of ASP sites include a first ASP site that opens a first member page, and a second ASP site that opens a second member page,
The member terminal is
A first operation of connecting to the website and acquiring HTML source data including information transmitted from the website;
A second operation of preparing the update information input template corresponding to the ASP site designated as the update target;
A third operation of connecting to the ASP site and obtaining information necessary for updating the member page;
By parsing the HTML source data of the website acquired by the first operation, specific information necessary for updating the member page is converted into a query string including a plurality of key / value pairs. A fourth operation to extract in a format;
Of the specific information extracted from the HTML source data by the fourth operation, information that matches the update information input template is recorded in the form of a query string as the update information for the member page. And a fifth operation
A sixth operation of connecting to the ASP site, transmitting the update information in the form of a query string to the ASP site, and updating the member page with the update information;
After updating the member page by the sixth operation, after interrupting the processing for a predetermined time, the sixth operation is repeated to execute the seventh operation for periodically updating the member page. And
The member page updating apparatus, wherein the member terminal executes the first operation to the seventh operation in parallel with respect to the first ASP site and the second ASP site. . A plurality of ASP (Application Service Provider) sites that open a member page, and a member terminal that updates the member page by transmitting update information for the member page to the plurality of ASP sites. And a program that operates in a system comprising a website used for information transmission by a user of the member terminal,
The plurality of ASP sites include a first ASP site that opens a first member page, and a second ASP site that opens a second member page,
In the member terminal,
A first function in which the member terminal connects to the website and acquires HTML source data including information transmitted from the website;
A second function in which the member terminal prepares the update information input template corresponding to the ASP site designated as an update target;
A third function in which the member terminal connects to the ASP site and acquires information necessary for updating the member page;
The member terminal parses the HTML source data of the website acquired by the first function, thereby obtaining specific information necessary for updating the member page as a key-value pair. A fourth function for extracting in the form of a query string containing multiple;
Of the specific information extracted from the HTML source data by the fourth function by the member terminal, information matching the template for update information input is queried as the update information for the member page. A fifth function for recording in the form of a string ;
A sixth function in which the member terminal connects to the ASP site, transmits the update information in the form of a query string to the ASP site, and updates the member page with the update information;
The member terminal updates the member page by the sixth function, interrupts processing for a predetermined time, and then repeats the process of the sixth function to periodically update the member page. To achieve the seventh function,
The member page, which causes the member terminal to process the first function to the seventh function in parallel with respect to each of the first ASP site and the second ASP site. Update program.   The computer-readable recording medium which recorded the member page update program of Claim 3.

Images