KR101553053B1 - Method of producing a single product or multiple products in the form of a single file for the purpose of digital contents producer - Google Patents

Abstract

The present invention relates to a method for producing single or multiple digital contents with the form of a single file by packaging for the purpose of a producer which includes the steps of: inputting data representing the whole digital contents; inputting data comprising each digital content; setting a large category and a small category and inputting the inputted data comprising each digital content into the small category; and generating a single digital content compression file. Unlike the existing digital content which is simply played and repeated, the single or multiple digital contents are arranged according to the intention of the digital content producer. A single compression file is generated for the purpose which the digital content producer intends by mounting a problem (question).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a method of producing a single file or a plurality of digital contents,

The present invention relates to a method of packing a single or a plurality of digital contents into a single file by packing the digital contents according to the purpose of a producer, and more particularly, to a method of producing digital contents in a random order Placement, and how to problem-solve and evaluate the learning or the purpose.

Today, with the development of smartphones and tablet PCs, digital content producers have built their own access to smartphones and tablets, and users can easily access digital content.

However, digital contents used in smartphones and tablet PCs are simply played and played repeatedly, and there is no way for digital contents producers to know whether they have learned intentions or purposes by producing digital contents. Also, it is impossible to arrange and efficiently use a plurality of digital contents produced by a digital contents producer for one purpose so that the consumer can easily recognize them at a glance.

As a result, when a digital content creator created a large number of digital contents with a single subject, the conventional digital contents were created as files corresponding to the number of digital contents, and uploaded to a server, and provided services to digital contents consumers. Also, unlike the intention of the digital contents creator, it is provided as an injection type service in which the contents are simply repetitively reproduced.

On the other hand, Japanese Patent Application Laid-Open No. 10-2012-0038356 discloses a digital content service system in which a user can easily produce digital contents through an intuitive method by providing a plurality of components expressing various functions necessary for digital contents, The present invention relates to a digital content production apparatus and a digital content production apparatus, and more particularly, to a digital content production apparatus and a digital content production apparatus that provide a plurality of components representing a unit function necessary for constituting a digital content, And then sets the attributes of the selected components, the digital content data is configured by combining the set components and the layout.

However, according to the disclosure of Japanese Patent Application Laid-Open No. 10-2012-0038356, by selecting a layout and a component desired by a user, it is possible to easily produce digital contents, and as a result, user convenience can be improved, It is possible to produce a variety of digital contents by making it possible to implement a new function, and it is effective for general users who are not skilled in programming to easily produce digital contents. However, There is a problem in that it is not possible to make them into a single file and distribute the produced digital content files as one file. Also, there is no way for digital content creators to easily publish content related issues, share problems or manage them effectively.

Therefore, various digital contents can be arranged according to the intention of the producer of digital contents, a method of producing it as a single file is required, and a method for producing and managing problems for the digital contents producer more easily is needed.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the prior art, and it is an object of the present invention to provide a digital content creator capable of creating a single compressed file and distributing a plurality of digital contents, The present invention has been made to provide a method for producing a digital content of a digital content in a single file by packing it according to the purpose of a producer.

In addition, a plurality of digital contents produced in one subject can be arranged in order and can be arranged in a single or a plurality of digital contents which can easily match an image of each individual digital contents and an executable file, It is an object of the present invention to provide a method of producing contents in a single file by packing the contents according to the purpose of a producer.

In addition, when a plurality of digital contents are produced by one subject, the images of the individual digital contents are sequentially arranged according to the intention of the creator so that a single or a plurality of digital contents The present invention is directed to providing a method of manufacturing a single file by packing it according to the purpose of a producer.

In addition, it is possible to issue a problem according to learning or purpose in production of digital contents, and it is possible to package single or multiple digital contents which can share problems by managing problems in a database on a server, The present invention has been made in view of the above problems.

According to another aspect of the present invention, there is provided a method of producing a single file by packing a single or a plurality of digital contents according to a producer's purpose, comprising: inputting data representative of all digital contents; Inputting data constituting each digital content; Setting a major classification and a small classification category, and inputting data constituting each digital content inputted in the above into a small classification category; And generating a single digital content compressed file.

In addition, the step of inputting the data representative of the entire digital contents may include an image file representing the entire digital contents and a title of the text.

The step of inputting the data constituting each of the digital contents may include a folder name for storing data constituting each digital content, a representative image file of each digital content, a title of each digital content, and a representative image file of each digital content And may include a digital content file to be executed when the user touches the digital content.

In addition, the digital content file to be executed may include at least one or more execution order information of one or more digital content files to be executed and type information for specifying a viewer of one or more digital contents to be executed.

In addition, the step of inputting data constituting each digital content includes a step of producing a problem for each digital content. In the process of producing a problem, information including a category of a problem to be created is selected and produced (A) searching for and using a public question that is set for public use among problems stored in the server, (b) searching for and using a problem that the digital content creator has previously uploaded to the server, You can create a problem by selecting one or more of (c) Finding and Using My Problems.

In addition, problem creation (a) can be made by selecting information including the category to which the problem belongs, the type of the problem, the quantity of the example, the type of the example, and whether or not the produced problem is disclosed.

In addition, when information is selected and finally created in the above-mentioned problem creation step (a), the step of uploading the information including the selected information and the problem maker ID to the server is performed. Generating and assigning a unique key value to the producer's problem after retrieving the problem producer from the DB with the received problem producer ID; Creating a problem folder having the same name as the unique key value in question; Storing problem configuration data uploaded by a problem maker in a problem folder; Setting a disclosure of the problem; And transmitting the upload result information in question to the client device.

In addition, (b) searching for and using a public question can be made by selecting one or more search options including a category to which a problem to be searched belongs, a problem creator, a problem type, a problem issue date, and a problem use frequency.

Transmitting the selected search option to the server when the search is performed after selecting the search option in (b) searching for and using the open question; Transmitting the corresponding problem information to the client device in comparison with the search option received from the DB of the server; Transmitting a unique number of a problem to a server when the user selects one of the retrieved problem information received from the server; And the server may retrieve the DB with the unique number of the problem and transmit the detailed information constituting the problem to the client device.

In addition, the search and use of my problem (c) can search the server with the ID of the problem maker and search for and create a problem that the digital content maker previously uploaded the problem to the server after production.

(C) transmitting the ID of the problem maker to the server; Comparing the ID of the trouble maker received from the DB of the server and transmitting the corresponding problem information to the client device; Transmitting a unique number of a problem to a server when the user selects one of the retrieved problem information received from the server; And the server may retrieve the DB with the unique number of the problem and transmit the detailed information constituting the problem to the client device.

The method may further include inspecting the integrity of the input data after the step of inputting to the category, wherein the step of inspecting the integrity of the input data includes determining whether the image file representing the entire digital content exists, A digital content file to be executed when touching a representative image file of each digital content, whether or not the title representing the content, the folder name containing the digital content, the existence of the image file of each digital content, The presence of the "

The step of checking the integrity of the input data may include a step of, when at least one digital content file to be executed is included, specifying execution order information of at least one digital content file and a viewer of one or more digital contents to be executed The presence or absence of the type information can be further checked.

In addition, the step of checking the integrity of the input data may include checking whether or not a question is input, whether a question and a view are in text, whether a text is input, whether an image is an image file, And if there is a question, the existence of the correct text can be further checked.

Also, as a result of checking the integrity of the input data, if there is an abnormality in integrity, a message indicating which part is abnormal can be displayed.

According to the method of packing a single or a plurality of digital contents according to the purpose of a producer into a single file according to the present invention, unlike the conventional digital contents which can be simply reproduced and repetitive, Can be arranged as intended, and it is possible to make a single compressed file faithfully for the purpose intended by the digital contents producer by mounting the problem (question).

In addition, the digital content creator can easily create a question (question), easily use a public question (question), and when a digital content of the same type exists, You can easily download and download the problem.

In addition, when a plurality of digital contents are produced by one subject, the images of the individual digital contents are sequentially arranged according to the intention of the producer, so that the subject to be transmitted by the digital contents can be recognized at a glance.

In addition, when a digital file is uploaded to a server, it is possible to save the storage space of the server, to shorten the transmission time, and to increase the file management efficiency in the server.

FIG. 1 is a flowchart showing a method of packing a single or a plurality of digital contents of the present invention into a single file by packing the contents according to a producer's purpose.
FIG. 2 is an exemplary view of a system main screen in which a single or a plurality of digital contents of the present invention are packaged in accordance with a producer's purpose to produce a single file.
FIG. 3 is an exemplary view showing a data input screen representing digital contents in an example of a system screen in which a single or a plurality of digital contents according to the present invention are packaged in accordance with a producer's purpose and made into a single file.
4 is an exemplary view showing a preview screen of an example of a system screen produced by a single file of the present invention.
FIG. 5 is a diagram showing an example of a screen of a step of inputting data of each digital content in an example of a system screen produced by a single file of the present invention. FIG.
FIG. 6 is an exemplary view showing a screen when two or more digital content files to be executed are exemplified among system screens produced by a single file of the present invention. FIG.
FIG. 7 is an exemplary diagram showing a category screen for creating digital content and a screen for inserting each digital content into a category in an example of a system screen produced by a single file of the present invention. FIG.
FIG. 8 is an exemplary view showing a screen for creating a category in the example of a system screen produced by a single file of the present invention. FIG.
9 is an exemplary view showing a screen for inserting digital contents into a category in an example of a system screen produced by a single file of the present invention.
10 is an exemplary view showing a screen for producing a problem using problem creation among exemplary screens of a system produced by a single file of the present invention.
FIG. 11 is a flow chart for creating problems using problem creation among methods of packing single or multiple digital contents of the present invention into a single file by packing the products according to a producer's purpose.
FIG. 12 is an exemplary view showing a screen for producing a problem by using a public question search among exemplary system screens produced by a single file of the present invention. FIG.
FIG. 13 is a flowchart for creating a problem using a public question search among methods of packing single or multiple digital contents of the present invention into a single file by packing the product according to the purpose of a producer.
FIG. 14 is an exemplary diagram showing a screen for producing a problem using the internal problem search in the example of the system screen produced by the single file of the present invention. FIG.
FIG. 15 is a flowchart for creating a problem by using the internal question search among the methods of packing single or multiple digital contents of the present invention into a single file by packing the product according to the purpose of the producer.
FIG. 16 is a diagram illustrating an example of a system screen produced by a single file of the present invention and displaying a screen for storing the completed problem creation. FIG.
FIG. 17 is a file structure diagram of a single content compressed file produced when a process is completed in a system for producing a single file of the present invention. FIG.
FIG. 18 is an exemplary view showing a single compressed file executed by a viewer program in a system for producing a single file of the present invention. FIG.
FIG. 19 is an exemplary diagram showing a case where a representative image is touched in a system for producing a single file of the present invention. FIG.
20 is an example of a case where a small classification category is touched in a system for producing a single file of the present invention.

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

The text of the present invention is a string including a number, and may mean a file composed of texts such as JSON and xml. The digital contents include html type including html5, video type including mp4, swf, ePub, PDF can do.

Referring to FIG. 1, a method of packing a single or a plurality of digital contents into a single file by packing the digital contents according to a producer's purpose is manufactured in a system installed in a client device such as a smart phone, a tablet PC, and a PC. Referring to FIG. 2, a main screen 1 in which a system for performing a method of producing a single file executed in the client apparatus of the present invention is executed can be seen.

First, data representative of all digital contents is input in the system (program) of the client apparatus (10). Specifically, data including an image file representative of all digital contents and a title in text are input. Referring to FIG. 3, a title representative of all contents is entered in a product name input window 100. According to an embodiment of the present invention, 'story leader' is input.

Next, data constituting each digital content is input (20). More specifically, data including a folder name for storing data constituting each digital content, a representative image file of each digital content, a title of each digital content, and a digital content file to be executed when a representative image file of each digital content is touched . The digital content file to be executed may include at least one or more of the execution order information of one or more digital content files to be executed and type information (swf, mp4, etc.) for specifying a viewer of one or more digital contents to be executed .

Referring to FIG. 4, a compressed file produced by the method of the present invention is previewed in a content viewer. The major category 110 to which the currently displayed content belongs corresponds to 'Step2' and displays the representative image 112 of each content and the title 113 of each content. 'Math' Quot; category " The small classification category 111 can be slid left and right to move.

Referring to FIG. 5, a data input screen constituting each content can be viewed. A folder 120 of data constituting each content, a representative image 121 of each content, digital contents 122 to be executed when a representative image 121 of each content is touched, a folder name 123 of each content, A location path 125 where the running digital content 122 is stored, a location path 126 where a representative image 121 of each content is stored, and a problem creation 127 that is used to create a problem Giving. If you click on Issue 127, you can create a problem that belongs to this content, and the issue you created should preferably be at the end of the execution of the digital content 122.

When the digital content 122 file is selected as a file to be executed, the 'V' indication is activated on the icon. If there is one representative image file 121 and one executable digital content file 122, the representative image 121 and the digital content 122 file to be executed are automatically matched by the system of the present invention even if the producer does not select it .

Referring to FIG. 6, there are two executable digital contents 122a and 122b. Unlike the case of FIG. 5, since the file to be executed in the system of the present invention can not be automatically matched, . When the content to be executed is dragged and dropped into the content execution file area 128, the corresponding icon can be displayed as 'V' to be selected.

Next, a process 20 for inputting data constituting each digital content may include a process 30 for producing a problem for each digital content.

The process of producing a problem (30) includes: (a) creating a problem by selecting information including a category of a problem to be created; (b) searching for and using a public question, (b), and (c) search for and use my problem that the digital content creator has previously created a problem and uploaded to the server.

Problem creation (a) selects information including the category to which the problem belongs, the type of the problem, the quantity of the example, the type of the example, and whether or not the produced problem is disclosed.

Referring to FIG. 10, a screen of the case where the maker of question creation 127 of FIG. 5 is clicked selects a problem creation 210. Select the category 'Child English' to which the problem you want to create belongs, select 'Word' and choose whether the type of the problem is text, image or sound.

If the problem includes text, the text can be entered into the text input field 211. If the type of the problem is an image or a sound, the text input field 211 is left blank. If the problem involves an image or sound, you can find the file and attach it to the file (212). You can set the view quantity (213) and select the view type from text, image, sound. If the view includes an image or a sound, the user can click browse 214 to attach the file, or insert text or leave blank if there is no text. Finally, clicking Create (216) will send the text and binary files used for the problem and view to the server. Referring to FIG. 11, each step can be understood in detail.

Referring to FIG. 11, if information is selected and generated finally in the question creation process (a), information including selected information (text and binary file used for problems and viewing) and problem producer ID And uploads it to the server (310). At this time, the content producer must be logged in to the server. The data that constitutes the problem uploaded to the server consists of a text file (xml or JSON) and whether or not the text and images and sounds of the problem and view are included and the file name, producer ID, issue creation date, , Correct answer number, or text may be included.

Next, the server retrieves the problem producer from the DB with the received problem producer ID, and generates and assigns a unique key value to the producer's problem (320).

Next, a problem folder having the same name as the unique key value in question is generated (330).

Next, the question configuration data uploaded by the problem creator is stored in the problem folder (340).

Next, the issue public key value is set (350). A problem that has been set publicly can be searched by other content producers.

Finally, the problem creation process is completed by transmitting the upload result information of the problem to the client device (360).

Search and use of open questions (b) is made by selecting one or more search options from the category to which the problem to be searched belongs, the problem creator, the problem type, the issue date and the problem use frequency.

Referring to FIG. 12, the screen of the case where the problem creation 127 of FIG. 5 is clicked is displayed by the producer selecting the open question search 410. You can set the options you want to search, and options can include category, subject, type of question, date of submission, frequency of use, and so on. If the detected problem is selected (411), information on the selected problem (412) received and requested by the server is displayed. If the image is included, the image is displayed. If the sound is included, the sound button can be clicked . Select the check box (411). The problem can be used by clicking the Use (413) button. Referring to FIG. 13, each step can be understood in detail.

Referring to FIG. 13, when a search is performed after selecting a search option in (b) search and use of a public query, the system installed in the client device transmits the selected search option to the server (510).

Next, the DB of the server compares the retrieval option received from the client apparatus and transmits corresponding problem information to the client apparatus (520).

Next, when selecting one of the retrieved problem information received from the server, the client apparatus transmits the unique number of the problem to the server (530).

Finally, the server retrieves the DB with the unique number of the problem and transmits detailed information constituting the problem to the client apparatus (540).

Searching and Using My Problem (c) retrieves from the server with the ID of the problem maker and searches for the problem that the digital content creator previously uploaded the problem to the server after production.

Referring to FIG. 14, a screen on which the author selects the problem search 610 is displayed on the screen when the problem creation 127 of FIG. 5 is clicked. Content producers can search for problems that have previously uploaded the issue to the server after production, and send the search option to the issue creator's ID.

Referring to FIG. 15, in step (c), the ID of the problem maker is transmitted to the server (step 620).

Next, the corresponding problem information is transmitted to the client device in comparison with the ID of the trouble maker received from the DB of the server (630).

Next, if one of the retrieved problem information received from the server is selected, the unique number of the problem is transmitted to the server (640).

Finally, the server retrieves the DB with the unique number of the problem and transmits the detailed information constituting the problem to the client device (650).

Referring to FIG. 16, a screen for storing (660) completion of problem creation can be seen. The problem to be saved is stored under the folder that constitutes each content. The problem data is a text type file (JSON, xml) that contains the number of problems and the name of the folder that contains the data of each problem when there are a number of problems.

If the process 30 is performed,

Next, a large category and a small category are set, and the data constituting each digital content inputted in the above is inputted into the small classification category (50).

Referring to FIG. 7, a screen for setting the major category and the minor category can be viewed. An image 130 representative of the entire digital contents can be set, and the major category and the minor category 132 can be set. The major category categories are 'Step1' and 'Step2'. The sub categories are 'Social Studies', 'Math' and 'Science'. The digital content corresponding to each category set in the major category and the minor category 132 can be inserted (131).

Referring to FIG. 8, representative names of all digital contents are displayed in an iconized form (141), names of major categories are displayed in an icon form (142), and names of small classification items are displayed in an icon form (143). When the classification icon 140 is dragged and dropped in the representative name 141 of the digital content, a large category 142 icon is generated below and when the classification icon 140 is dropped on the large category 142 icon, (143) icon is generated under the icon (142).

The name of the selected large and small classification icons 144 can be changed and the selected large classification or small classification icons 145 can be deleted.

Referring to FIG. 9, the content 152 is the same as the digital content of FIG. 5, and when the name of the digital content, the representative image of the digital content, and the executable file of the digital content exist, do. The content 151 can be included in each subcategory category 150. If the folder icon of the content 152 completed in accordance with the category set in FIG. 8 is dragged and dropped on the icon of the small classification category 150, the content 151 folder is included under the small classification category 150 icon.

The method may further include a step of inserting the data into the category, and then checking the integrity of the data inputted in the step 50.

In step 60 of checking the integrity of the input data, whether or not an image file representative of the entire digital content exists, whether a title representing all digital contents exists, a folder name in which each digital content is included, Existence of an image file, existence of a digital content file to be executed when a title of each digital content, and a representative image file of each digital content are touched.

In addition, the step of checking the integrity of the input data 60 may include a step of, when at least one digital content file to be executed is included, specifying execution order information of one or more digital content files and a viewer of one or more digital contents to be executed It is possible to further check whether or not the type information exists.

In addition, the step of inspecting the integrity of the input data may include checking whether the input of a question is a problem, whether the question and the form of the view are text, whether the text is input, whether an image is an image file, And if there is a supporting expression, the presence of the correct text can be further checked.

As a result of checking the integrity of the input data, if there is an abnormality in integrity, a message indicating which part is abnormal can be displayed.

When all the processes are completed, finally, a single digital content compressed file is generated (70).

Referring to FIG. 17, a structure diagram of a content compressed file 700 made of a single compressed file by packing a single or a plurality of digital contents produced by the present invention in accordance with a producer's purpose can be seen. The content compression file 700 is created using a public compression algorithm.

The content compression file 700 includes an entire digital content control unit 710, a digital content control unit 720, a total control unit 730, and a plurality of control units 740.

The digital contents managing unit 710 can view the entire image, the entire contents configuration data file, and the digital contents folder as constituent elements, and the entire contents configuration data file can be displayed as text type data (xml, JSON) A file name of the image representing the content, a name representing the content, a category structure, a folder name of each digital content, and data of the execution type (swf, mp4 including image, ePub, html5, html, PDF, etc.) . ≪ / RTI >

Each digital content control unit 720 may include an image representing each content, a data file constituting the content, a content execution file, and an element folder constituting the content. If there is a question (question) ) Folder. The data file constituting the content includes text type data (xml, JSON), including the name of the folder in which the content is stored, the file name of the image representing the content, the file name of the content execution file, .

The content component folder is created when the content execution file is of a type that does not exist as a single file but is loaded by loading a data file existing in a single or a plurality of folders.

The total problem management unit 730 is created when there is a problem in each digital content 720 and each problem (question) folder as many as the number of the question (question) detailed data and the question (question) is generated. Problem (Question) The detailed data is text type data (xml, JSON), and may include data such as the name of the folder in which the problem is contained, the number of problems, and the like.

Each problem management unit 740 has one question data and binary data included in the question data and the question data. The problem (question) data is a text type of data (xml, JSON), which can include text and sentences of the problem and view, whether the image or sound is included, the name of the file, have.

FIG. 18 is an exemplary view 800 of a single compressed file in which a single or a plurality of digital contents generated according to the present invention is packaged in accordance with a producer's purpose by a viewer program. In the compressed file, 'The story leader' is shown.

FIG. 19 is an exemplary view when the digital content representative image 810 is touched in FIG. 18, and the representative image 810, the major category 820, and the minor category 830 of the digital content are shown.

Fig. 20 is an example of a case where the small classification category 830 is touched in Fig. 19, and an image 910 of each digital content, a title 920 of each digital content, a small classification category 930 to which the digital content belongs, The main category 900 to which the content belongs is shown.

According to the present invention, it is possible to arrange a single or a plurality of digital contents as intended by the digital contents producer, unlike the conventional digital contents which can be simply reproduced and repetitively reproduced, It is possible to make a single compressed file faithful to the purpose.

In addition, the digital content creator can easily create a question (question), easily use a public question (question), and when a digital content of the same type exists, You can easily download and download the problem.

In addition, when a plurality of digital contents are produced by one subject, the images of the individual digital contents are sequentially arranged according to the intention of the producer, so that the subject to be transmitted by the digital contents can be recognized at a glance.

In addition, when a digital file is uploaded to a server, it is possible to save the storage space of the server, to shorten the transmission time, and to increase the file management efficiency in the server.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents. Obviously, such modifications are intended to be within the scope of the claims.

1: The main screen of a system that packages single or multiple digital contents into a single file by packing them according to the producers' purpose

Claims (15)

A method for producing a single file by packing a single or a plurality of digital contents for generating and distributing a problem created through the problem creating function into a single compressed file together with the digital contents,
Inputting data representative of all digital contents;
Inputting data constituting each digital content;
Setting a major classification and a small classification category, and inputting data constituting each digital content inputted in the above into a small classification category; And
Generating a single digital content compressed file,
The step of inputting data constituting each of the digital contents
A folder name for storing data constituting each digital content, a representative image file of each digital content, a title of each digital content, and a digital content file to be executed when a representative image file of each digital content is touched,
Wherein the digital content file to be executed includes at least one or more types of information to be executed, and includes type information for designating a viewer of one or more digital contents to be executed,
The step of inputting data constituting each of the digital contents includes a step of producing a problem for each digital content. In the process of producing a problem, a question creation button is clicked on a data input screen constituting each content, (A) searching for and using a public question that is set for public use among the problems stored in the server, and (b) using the public question, , The digital content creator has previously created a problem and uploaded it to the server. After searching for and using my problem (c), select one or more issues to create the problem, Is stored in the problem folder of the lower part constituting the content, and is stored in the final single digital contents compressed file The generated and included problems are output at the end of the execution of the corresponding digital content,
If there is one representative image file of content and one executable digital content file on the data input screen constituting each content of the program installed in the client device, the representative image and the digital content file to be executed are automatically matched, When the display is activated and two or more executable digital contents are displayed, '?' Is displayed on each icon. When the content to be executed is dragged and dropped into the content execution file area, the corresponding digital content icon is set to 'V' And selecting one of the plurality of digital contents as a single file by packing the single or multiple digital contents according to the producer's purpose. The method according to claim 1,
The step of inputting data representative of the entire digital content
Wherein the digital content includes at least one of an image file representing the entire digital content and a title of the text. delete delete delete The method according to claim 1,
(A) is a process for selecting a single or a plurality of digital contents, characterized in that information including a category to which a problem belongs, a type of a problem, a quantity of a view, a type of a view, How to make it into a single file wrapped for the purpose of the producer. The method according to claim 6,
When the information is selected in the above-described problem creation (a) and finally created,
Uploading information including the selected information and a problem maker ID to a server;
Generating and assigning a unique key value to the producer's problem after retrieving the problem producer from the DB with the received problem producer ID;
Creating a problem folder having the same name as the unique key value in question;
Storing problem configuration data uploaded by a problem maker in a problem folder;
Setting a disclosure of the problem; And
And transmitting the upload result information of the problem to the client device. The method of packing a single or multiple digital contents into a single file by packing the digital contents according to a producer's purpose. The method according to claim 1,
(B) retrieving and using a public question is made by selecting one or more search options of a category to which a problem to be searched belongs, a problem creator, a problem type, a problem issue date, and a problem use frequency. How to package digital content into a single file for production purposes. 9. The method of claim 8,
When the search is executed after selecting the search option in (b) searching and using the public question,
Transmitting the selected search option to the server;
Transmitting the corresponding problem information to the client device in comparison with the search option received from the DB of the server;
Transmitting a unique number of a problem to a server when the user selects one of the retrieved problem information received from the server; And
The server retrieves the DB with the unique number in question and transmits the detailed information constituting the problem to the client device. The single or multiple digital contents are packed in a single file How to make it. The method according to claim 1,
(C) retrieves and uses the problem from the server by the ID of the problem maker, and searches for the problem that the digital content creator previously uploaded the problem to the server after production, and produces the single or multiple digital contents How to make it into a single file wrapped for the purpose of the producer. 11. The method of claim 10,
(C) searching for and using the internal problem
Transmitting the ID of the problem maker to the server;
Comparing the ID of the trouble maker received from the DB of the server and transmitting the corresponding problem information to the client device;
Transmitting a unique number of a problem to a server when the user selects one of the retrieved problem information received from the server; And
The server retrieves the DB with the unique number in question and transmits the detailed information constituting the problem to the client device. The single or multiple digital contents are packed in a single file How to make it. The method according to claim 1,
Further comprising the step of checking the integrity of the data inputted in the step of inputting into the category,
The step of checking the integrity of the input data may include determining whether an image file representative of the entire digital content exists, whether a title representing all digital contents exists, a folder name containing each digital content, The presence or absence of a digital content file to be executed when a user touches a representative image file of each digital content is checked to determine whether the digital content file is to be executed. . 13. The method of claim 12,
The step of checking the integrity of the input data
And checking whether or not the execution order information of one or more digital content files and the type information for designating a viewer of one or more digital contents to be executed are further checked if the digital content file to be executed includes at least one or more digital content files to be executed. A method of packaging a single or multiple digital content for a producer's purpose into a single file. 13. The method of claim 12,
Wherein the checking of the integrity of the input data comprises:
If the form of the question and the view is text, it is checked whether or not the text is input, if the image exists, if the image file exists, and if the sound is a sound file, To a single file by packaging a single or multiple digital contents in accordance with the producer's purpose. 15. The method according to any one of claims 12 to 14,
And displaying a message indicating whether there is an abnormality in the integrity when the integrity of the input data is checked as to whether there is an abnormality in the integrity of the digital data. .

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