TWI816036B - Web page file generation system that can be modified by the client - Google Patents

Abstract

A web page file generation system that can be modified by the client, including: at least one web page file generation module; a macro library with an encrypted macro file and an unencrypted macro file; a database that stores at least Data other than the encrypted or unencrypted macro files in the macro library are used for the at least one web page file generation module to generate web page files; and a processing module logically connected to the at least one web page file. Generate the module, the macro library and the database, the processing module has the function of receiving and retrieving data messages, and has the function of obtaining the encrypted macro file and the unencrypted macro file from the macro library, and It has the function of decrypting the encrypted macro file; the user can provide the unencrypted macro file to the macro library through the cloud, and can also modify the unencrypted macro file through the cloud.

Description

Web page file generation system that can be modified by the client

The present invention relates to the technology of generating web page files, and in particular, refers to a web page file generating system that can be modified by the user terminal.

A system based on a web page (web base) does not need to be installed on the user's computer. As long as it is connected to the website, it can be used anywhere and on any device. Therefore, such a system is currently available except for mobile applications ( APP) is a system that is quite popular among users. However, like a general software system, it requires developers to write the system. When the user's needs change, the user will have to spend more money to ask the developer to rewrite the system. After receiving the user's request, the developer will When required, manpower and time will also need to be invested to complete the rewriting. Such rewriting requirements are generally regarded as part of system maintenance. However, such rewriting requirements often become the source of disputes and troubles between developers and users. Sometimes users feel that the developers have complained about The price is too expensive, and sometimes developers feel that the return from investing manpower and time in rewriting is too low to support the cost of manpower and time.

The current web-based system is a web page file generator. Most of them use .NET Framework/.NET Core, PHP, Python/Django and other architectures or directly use CGI architecture to generate web page files (.htm, .html) and then send them. Go to the client (Client) to execute. However, when the user's needs change, even if it is just a slight adjustment of the report, the developer often needs to re-modify the program to generate a new web page document, thus causing the above-mentioned problem of rewriting requirements. Therefore, this problem remains to be overcome.

The problem with the above-mentioned conventional technology is that after the developer has written the web page required by the user, it is inconvenient to modify it, and it often requires the original developer to perform the modification to successfully complete it.

In this regard, the present invention proposes a web page file generation system that can be modified by the user. It can provide users with the option of directly modifying unencrypted macro files, allowing users to modify what they want to modify. However, this system still retains encrypted macro files that cannot be modified by users to preserve the correctness of the basic structure of the web page.

Based on the above, the present invention proposes a web page file generation system that can be modified by the user side, which is executed in the cloud and displays web page content on a connected computer. The web page file generation system that can be modified by the user side includes There is: at least one web page document generation module, which is a web page-based document generation module and has the function of sending out information request messages, and generating web page documents and displaying them on the screen of an externally connected computer. The function on; a macro library having an encrypted macro file and an unencrypted macro file; a database storing at least data other than the encrypted or unencrypted macro files owned by the macro library, and used for the at least one web page document generation module to generate web page documents; and a processing module logically connected to the at least one web page document generation module, the macro library and the database, and the processing module has the ability to receive the The function of requesting a data message from at least one web page document generation module, and the function of requesting the encrypted macro file and the unencrypted macro file from the macro library, and the function of decrypting the encrypted macro file. function, and the function of retrieving data from the database, and the function of providing the data information requested by the at least one web page document generation module, the data information at least includes the data of the database, the unencrypted macro file, And the decrypted content of the encrypted macro file; wherein, the user can provide the unencrypted macro file to the macro library through the cloud, and can also modify the unencrypted macro file through the cloud.

In this way, the present invention can provide users with the option of directly modifying unencrypted macro files, allowing users to modify the parts they want to modify. However, the system still retains encrypted macro files that are not available to users. Modify to retain the correctness of the basic structure of the web page.

In order to explain in detail the technical characteristics of the present invention, the following preferred embodiments are cited and described with reference to the drawings, wherein:

As shown in Figures 1 to 2, a preferred embodiment of the present invention proposes a web page file generation system 10 that can be modified by the user. It is executed in the cloud and displays web page content on a connected computer. In Figure 1, the web page file generation system 10 that can be modified by the client mainly consists of at least one web page file generation module 11, a macro library 21, a database 31 and a processing module 41, wherein:

The at least one web page document generation module 11 is a web page-based document generation module, which has the function of sending out information requesting messages, and generating web page documents and displaying them on the screen of an externally connected computer. In this embodiment, a web page document generating module 11 is used as an example for the above functions. The web page document generation module 11 is a web page program system written in any programming language such as C/C++ using .NET Framework/.NET Core, PHP, Python/Django, etc. or following the CGI architecture. It is not limited to what kind of system it is. programming language. Since the web page file generation module itself is a known technology, its detailed structure is well known to those with ordinary knowledge in the technical field and will not be described in detail.

The macro library 21 has an encrypted macro file 22 and an unencrypted macro file 24. In actual implementation, there may be more than one encrypted macro file 22 and unencrypted macro file 24, that is, there may be a plurality of them. In the encrypted macro file 22 and the unencrypted macro file 24, the built-in system object _DB or _Table object or _TableRow object can be used to obtain the contents of the database 31 when executed by the processing module 41 information.

The database 31 at least stores data other than the encrypted or unencrypted macro files 22, 24 of the macro library 21, and is used for the web page file generation module 11 to generate web page files. In practice, it is also possible that the macro library 21 is stored in the database 31. In this case, the contents of the macro library 21 are still the encrypted macro file 22 and the unencrypted macro file 24, and The data in the database 31 still refers to data other than the content of the macro library 21 .

The processing module 41 is logically connected to the web page document generation module 11, the macro library 21 and the database 31. The processing module 41 has the function of receiving the data request message from the web page document generation module 11. function, and has the function of retrieving the encrypted macro file 22 and the unencrypted macro file 24 from the macro library 21, and has the function of decrypting the encrypted macro file 22, and has the function of retrieving data from the database 31 The function, and the function of providing the data information requested by the web page document generation module 11. In this embodiment, the encryption and decryption technology adopts the existing known file encryption/decryption technology, which is a common technology. Since it is not the technical focus of this case, it will not be described in detail.

An example of the content of the unencrypted macro file 24 is as follows:

Shell.fcn

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$arrival date=_DB(‘testDB’).View(0)[0][‘Inauguration’];

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The content of the unencrypted macro file 24 may also be other content as follows:

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$arrival date=_DB(‘testDB’).Table(‘Staff’)[StaffId->@{StaffId}][‘Inauguration’];

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The user can provide the unencrypted macro file 24 to the macro library 21 through the cloud, or modify the unencrypted macro file 24 according to his or her needs through the cloud.

As shown in Figure 2, during actual implementation, the macro library 21 may further include an additional hypertext markup language (HTML) file 26, and the processing module 41 obtains the encrypted macro from the macro library 21. When accessing the file 22 and the unencrypted macro file 24, the additional hypertext markup language file 26 is simultaneously requested. This additional hypertext markup language file 26 is mainly used to allow users to use hypertext markup language files developed by external resources (such as other developers) to provide the processing module 41 with additional access. This additional hypertext markup language file 26 is an optional file, and the absence of this file will not affect the main functions of this case.

In addition, as shown in Figure 2, during actual implementation, a knowledge base 42 and a selection module 44 logically connected to the knowledge base 42 can be added. The selection module 44 is logically connected to the processing module 41. The knowledge base 42 has a plurality of rules 421. The selection module 44 selects at least one rule 421 from the plurality of rules 421 according to a predetermined condition, and transmits the selected at least one rule 421 to the processing module. Group 41. The aforementioned predetermined conditions can be random numbers, or the last three of the plurality of rules 421, or those that meet specific conditions among the plurality of rules 421, etc., and can be set according to the user's needs. The knowledge base 42 and the selection module 44 are open to the user for editing to facilitate customizing the rules 421 and setting predetermined conditions for selection. The knowledge base 42 and the selection module 44 are components that can be optionally added. Without the knowledge base 42 and the selection module 44, the main functions of this project will not be affected.

Examples of the plurality of rules 421 in the knowledge base 42 are as follows:

Shell.rb

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$Seniority_Months= SeniorityMons(@{wStaffId});

$Seniority= SeniorityYears(@{wStaffId});

//Special holiday

If $Seniority_months > 3 Then $Special leave=0;

If $Seniority_months >= 3 && $Seniority_months > 6 Then $Special leave=1;

If $Seniority_months >=6 && $Seniority_months > 12 Then $Special leave=3;

If $Seniority >=1 && $Seniority > 2 Then $Special holiday=7;

If $Seniority >=2 && $Seniority > 3 Then $Special leave=10;

If $Seniority >=3 && $Seniority > 5 Then $Special holiday=14;

If $Seniority >=5 && $Seniority > 10 Then $Special holiday=15;

If $Seniority >=10 Then $Special holiday=Min(15+$Seniority-10,30);

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Among the above plural rules 421, if the seniority is four years, the predetermined condition of the selection module 44 is to select the rule 421 of "If $Seniority>=3 && $Seniority> 5 Then $Special Leave=14", which belongs to A condition that meets certain conditions.

The main structure of this embodiment has been described above. Next, the operating status of this embodiment will be described.

As shown in Figures 1 and 2, when the web page file generation system 10 of the present invention that can be modified by the client is executed in the cloud, the web page file generation module 11 obtains data from the processing module 41. The processing module The group 41 obtains the encrypted macro file 22 and the unencrypted macro file 24 from the macro library 21, and also obtains information from the database 31. After decrypting the encrypted macro file 22, the group 41 The encrypted macro file 22 and the unencrypted macro file 24 obtain the complete macro content, and then transmit the data obtained from the database 31 together with the aforementioned complete macro content to the web page document generation module 11. The web page file generating module 11 can output the web page file to the connected client, so that the client can see the web page content.

Since the unencrypted macro file 24 can be modified by the user, the user can modify the unencrypted macro file 24 according to his or her own wishes. When modifying, the user can modify the unencrypted macro file 24 directly in the cloud using text editing software. And then achieve the result of modifying the web page files by yourself. It can be seen from this that the present invention can provide the user with the option of directly modifying the unencrypted macro file 24, allowing the user to modify the parts he or she wants to modify, but the system still retains the inability to modify the encrypted macro file 22. For users to modify to retain the correctness of the basic structure of the web page. This is a win-win situation for developers and users. Through this system, developers can open up modifiable options for users to adjust when developing web pages, while retaining their basic structure in an encrypted macro file. 22 to maintain the integrity of the web page without being destroyed.

In addition, as shown in Figure 2, the additional hypertext markup language file 26, the knowledge base 42 and the selection module 44 can be added according to the user's needs. The additional hypertext markup language file 26 can allow the user to Additional web page files are accessed, and the knowledge base 42 and selection module 44 allow the user to adjust the content of the web page files in more detail.

10: Web page file generation system that can be modified by the client 11: Web page file generation module 21: Macro library 22: Encrypt macro file 24:Unencrypted macro file 26:Additional hypertext markup language file 31:Database 41: Processing module 42:Knowledge base 421:Rules 44:Choose a module

Figure 1 is a block diagram of the first preferred embodiment of the present invention. Figure 2 is another block diagram of the first preferred embodiment of the present invention.

10: Web page file generation system that can be modified by the client

11: Web page file generation module

21: Macro library

22: Encrypt macro file

24:Unencrypted macro file

31:Database

41: Processing module

Claims (3)

A web page file generation system that can be modified by the client, which is executed in the cloud and displays web content on a connected computer. The web page file generation system that can be modified by the client includes: At least one web page document generation module is a web page-based document generation module, which has the function of sending out information requesting messages, and generating web page documents and displaying them on the screen of an externally connected computer. Function; A macro library having an encrypted macro file and an unencrypted macro file; A database that stores at least data other than the encrypted or unencrypted macro files owned by the macro library, and is used for the at least one web page document generation module to generate web page documents; and A processing module logically connected to the at least one web page document generation module, the macro library and the database. The processing module has the function of receiving a data request message from the at least one web page document generation module, and have the function of retrieving the encrypted macro file and the unencrypted macro file from the macro library, the function of decrypting the encrypted macro file, the function of retrieving data from the database, and the function of providing the The function of at least one web document generating module to request data information, which data information at least includes the data of the database, the unencrypted macro file, and the decrypted content of the encrypted macro file; The user can provide the unencrypted macro file to the macro library through the cloud, and can also modify the unencrypted macro file through the cloud. According to the web page file generation system that can be modified by the client according to claim 1, the macro library further includes an additional hypertext markup language (HTML) file, and the processing module obtains the macro library from the macro library. When the macro file is encrypted and the unencrypted macro file is encrypted, the additional hypertext markup language file is requested at the same time. The system for generating web page files that can be modified by the client according to claim 1, which further includes a knowledge base and a selection module logically connected to the knowledge base. The selection module is logically connected to the processing module. There are a plurality of rules in the knowledge base, and the selection module selects at least one rule among the plurality of rules according to a predetermined condition, and transmits the selected at least one rule to the processing module.

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