KR20090121949A - Method and system for converting mobile contents - Google Patents

Abstract

PURPOSE: A method and a system for converting mobile contents are provided to convert mobile contents based on a specific mobile platform into mobile contents based on another mobile platform according to a standard reference. CONSTITUTION: A mobile terminal information server(110) provides standard reference information to a user. The mobile terminal information server provides a mobile terminal list to the user. The mobile terminal information server transmits porting guide information corresponding to a target terminal selected among the mobile terminals. Original contents according to the potting guide information are uploaded in a contents conversion server(120). The contents conversion server generates conversion contents into which the original contents are converted according to the target reference and the target terminal.

Description

Method and system for converting mobile contents}

The present invention relates to a method and system for converting mobile content, and more particularly, to a method and system for converting mobile content for use in various platforms.

Recently, due to the development of wireless Internet-related technology and the development of high-performance mobile devices, contents (for example, entertainment programs such as games, e-book programs, music / movie / video players, etc.) that could be executed on a personal computer (PC) in the past ) Can be run in a mobile environment.

Mobile content refers to an application running on a virtual machine (VM) based middleware platform. The mobile content based on the mobile platform is an application program or a wireless internet service that can be executed on the mobile platform, and is downloaded and installed on the mobile device through the wireless internet network.

In providing such mobile content to a user, a mobile content provider needs to provide a mobile content based on a suitable mobile platform because the mobile content support specification is different according to the type of mobile device possessed by the user. That is, the hardware specifications of the mobile device (e.g., display size, display resolution, sound codec, etc.) and the software specifications (e.g., operating system type, Java (JAVA) based platform / C (C / C ++) based) Since the platforms and the like are different from each other by the type of the mobile device, there is a need for mobile content based on a variety of mobile platforms having the same content content but suitable for each mobile device type.

Examples of mobile platforms currently installed and used in mobile devices in Korea include BREW (Binary Runtime Environment for Wireless), GVM (General Virtual Machine), and WIPI (Wireless Internet Platform for Interoperability). Examples of mobile platforms in use include Java2 Platform Micro Edition (J2ME) and BREW.

The type and type of mobile content that is executable at the moment the mobile platform is mounted on the mobile device is determined. For example, on mobile platforms, including WIPI and BREW, only mobile content with an executable format compiled by the ARM compiler, one of the dedicated compilers, can run in a mobile platform environment.

Therefore, mobile content providers need to revise or sometimes make new mobile contents with the same contents in providing various types of mobile contents that can be executed under various mobile platform environments. There is a problem in that the financial burden occurs and the time to market is not properly responded to in the rapidly changing wireless Internet market.

Accordingly, the present invention provides a mobile content conversion method and system for converting mobile content based on a specific mobile platform into mobile content based on another mobile platform according to a standard specification.

In addition, the present invention provides a mobile content conversion method and system for automatically converting domestic mobile content into overseas mobile content or converting mobile content for overseas into a domestic mobile content provider in the overseas market.

In addition, the present invention provides a mobile content conversion method and system that can provide convenience to a user, provide extensibility to a target terminal to be ported, and can present a development guide and a service guide.

According to an aspect of the present invention, a mobile content conversion method for converting an original content to run on another mobile platform in a mobile content conversion system including a mobile terminal information server and a content conversion server, and a recording medium on which a program for performing the same is recorded. Is provided.

Mobile content conversion method according to an embodiment of the present invention, the mobile terminal information server providing the standard specification information in response to a request of the user terminal; Receiving a target standard, which is a combination of options selected from the standard standard reference information, from the user terminal; Providing porting guide information corresponding to the target standard to the user terminal; Uploading original content according to the porting guide information; Generating, by the content conversion server, the converted content by converting the original content according to the target standard; And transmitting the converted content to the user terminal.

The original content and the converted content may be a file in the form of a source. Here, the step of building and packing the converted content in a binary file; And transmitting the converted content in binary form to the user terminal.

After receiving the target standard and before transmitting the porting guide information, searching for mobile terminal information corresponding to the target standard to generate a terminal list and transmitting the terminal list to the user terminal; The method may further include receiving the selected mobile terminal information from the terminal list from the user terminal. The generating of the converted content may convert the original content according to the selected mobile terminal information and the target standard.

The standard specification information includes hardware information including at least one of display size, number of display colors, memory capacity, CPU performance, mobile platform type, supported function type on mobile platform, version of the mobile platform, image support format, The information may be information about a mobile terminal including software information including at least one of a video support format, a sound support format, and a text support format.

The standard specification reference information may be information on original content including at least one of a mobile platform type, a version of the mobile platform, and a supported function type of the mobile platform.

The porting guide information includes a directory configuration for the location of the source, resource, and property files of the original content to be uploaded, a property file referenced during conversion, and text, image, and sound supported by a target terminal. It may include at least one of the information on the format conversion.

The generating of the converted content by converting the original content according to the target standard by the content conversion server may include: identifying a platform type of the original content corresponding to the target standard; Parsing the original content for each language, platform, version, or function; And generating the converted content corresponding to the target standard by using the parsed data.

According to another aspect of the present invention, providing the standard standard reference information to the user, and transmits to the user a list of mobile terminals according to a target standard that is a combination of the selected option from the standard standard reference information received from the user, the mobile A mobile terminal information server transmitting porting guide information corresponding to the selected target terminal in the terminal list; And a content conversion server that uploads original content according to the porting guide information, generates a converted content converted according to the target standard and the target terminal, and transmits the converted content to the user. do.

The mobile terminal information server may include a mobile terminal information database storing mobile terminal information, wherein the mobile terminal information includes terminal basic information including at least one of a region, a mobile carrier, a wireless network type, and a terminal manufacturer. Includes standard specification reference information including hardware information and software information; And a mobile terminal classifier configured to generate the mobile terminal list by extracting the mobile terminal information satisfying the target standard from the mobile terminal information database and transmitting the porting guide information corresponding to the selected target terminal. .

The standard specification reference information may include hardware information including at least one of a display size, a display color number, a memory capacity, and a CPU performance, a mobile platform type, a supported function type on a mobile platform, a version of the mobile platform, and image support. It may be information about a mobile terminal including software information including at least one of a format, a video support format, a sound support format, and a text support format.

The standard specification reference information may be information about original content including at least one of a mobile platform type, a version of the mobile platform, and a support function type of the mobile platform.

The porting guide information includes a directory configuration for a location of a source, a resource, a property file of the original content to be uploaded, a property file referenced during conversion, text supported by the target terminal, It may include at least one of information on image, sound format conversion.

The content conversion server may include: an original content parser for parsing the original content by a writing language, platform, version, or function based on the information on the target standard; And a conversion content generation unit for converting the parsed original content to match a target platform, version, or function based on the information about the target terminal.

Here, the original content parser may be componentized by the writing language, the platform, the version, or the function.

In addition, the converted content generation unit may be componentized by the writing language, the platform, the version, or the function.

The original content and the converted content may be a file in the form of a source. Here, the server may further include a build server for building and packing the converted content into a binary file.

Other aspects, features, and advantages other than those described above will become apparent from the following drawings, claims, and detailed description of the invention.

The method and system for converting mobile content according to the present invention can convert mobile content based on a specific mobile platform into mobile content based on another mobile platform according to a standard specification.

In addition, as domestic mobile content providers advance overseas, domestic mobile contents may be automatically converted into overseas mobile contents or overseas mobile contents may be converted into domestic contents.

In addition, the present invention may provide convenience to a user, provide extensibility to a target terminal to be ported, and may present a development guide and a service guide.

As the invention allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the written description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all transformations, equivalents, and substitutes included in the spirit and scope of the present invention. In the following description of the present invention, if it is determined that the detailed description of the related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another.

The terminology used herein is for the purpose of describing particular example embodiments only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms "comprise" or "have" are intended to indicate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, and one or more other features. It is to be understood that the present invention does not exclude the possibility of the presence or the addition of numbers, steps, operations, components, components, or a combination thereof.

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

1 is a block diagram of a mobile content conversion system according to an embodiment of the present invention, Figure 2 is a block diagram of a mobile terminal information server of the mobile content conversion system, Figure 3 is a standard for the mobile terminal and the original content Table showing the standard criteria items. 4 is a block diagram of a content conversion server of a mobile content conversion system, FIG. 5 is a diagram illustrating a structure of an original content parser, and FIG. 6 is a diagram illustrating a structure of a converted content generation unit. 7 is a block diagram of a C content conversion server, and FIG. 8 is a block diagram of a Java content conversion server.

The mobile content conversion system 100 according to an embodiment includes a mobile terminal information server 110 and a content conversion server 120.

The mobile terminal information server 110 includes a mobile terminal classifier 112 and a mobile terminal information database 114.

The mobile terminal information server 110 provides standard specification information to a user (for example, a mobile content provider, etc.), and provides a list of mobile terminals corresponding to a target standard that is a combination of options selected from the standard specification information. Porting guide information according to the target terminal set by the user is transmitted. The porting guide information refers to the configuration of the directory about the source, resource, and location of the properties file to be uploaded for conversion efficiency before uploading the source and resource of the source content to be converted. Properties file, text, image, sound format conversion supported by the target terminal, and the like.

Here, the target specification requested by the user is determined by combining values selected by the user from among the standard standard criteria classified as illustrated in FIG. 3.

Standard standards related to mobile terminals are divided into hardware information and software information. Hardware information includes display size (resolution), display color depth, memory capacity, CPU performance, and so on. Software information includes mobile platform type, supported feature types on mobile platforms, image / video support format, sound support format, text support. Form and the like. In addition, version information of the mobile platform may be further included. For example, you may have options such as 240 × 320, 320 × 240, 128 × 128, 176 × 220, etc. in the Display Size item, and options such as 100Kb or more, 500Kb or more, 1Mb or more in the Memory Capacity item. In the category of mobile platform, there can be domestic BREW, GVM, WIPI, SK-VM, Java-Station and J2ME, BREW, etc. from overseas. In addition, in J2ME, options such as JSR82 (Bluetooth), JSR135 (MMAPI), etc. are available in the mobile platform support function type item, and in the case of BREW, a BREW version or another specific function may be an option.

In addition, the standard specification standard related to the original content includes a type of mobile platform, and may further include version information and / or support function information for each mobile platform.

The user can select one of the options that can be selected for the above standard specification criteria items, and the combination of options selected by the user becomes the target standard.

The mobile terminal information database 114 stores various types of information on mobile terminals used at home and abroad. The stored mobile terminal information includes terminal basic information such as region (country), mobile carrier, wireless network type, terminal manufacturer, etc., and standard standard reference information such as hardware information and software information of the mobile terminal. Standard standard reference information means a standard standard reference related to the mobile terminal shown in FIG.

The mobile terminal classifier 112 extracts mobile terminal information satisfying the target standard selected by the user from the mobile terminal information database 114. It is possible to extract the mobile terminal information satisfying the target standard by dynamically classifying based on the standard standard reference information among the mobile terminal information. The mobile terminal classifier 112 classifies and catalogs a plurality of mobile terminals used at home and abroad by region (country), by mobile carrier, by wireless network, and by terminal manufacturer according to terminal basic information among extracted mobile terminal information. In addition, the generated mobile terminal list is provided to the user.

The content conversion server 120 converts the original content received from the user into converted content in a format that can be executed in a mobile platform mounted on the target terminal and transmits the converted content to the user. The content conversion server 120 includes an original content parser 122 and a converted content generator 124.

The original content parser 122 parses the information needed for source conversion from the original content received from the user. The original content received from the user has a source form.

The parser 210 analyzes an API (application program interface) used by version and function by parsing original content for each platform. The analyzed data is used by the converted content generation unit 124, which will be described later, to convert the original content into converted content.

The original content parser 122 is implemented to operate independently for each platform, function, and version so that it can flexibly cope with additional functions, versions, and platforms for further expansion.

For example, as shown in FIG. 5, the original content parser 122 basically implements a domestic mobile platform such as GVM, SKVM, and WIPI, and has a preliminary platform area 220 in which a new mobile platform may be expanded in the future. This is provided.

In addition, the parser is implemented for each platform by version and function. In the GVM platform, a 1.x version parser and a 2.x version parser are implemented, and a preliminary version parser 230a that is expandable for a new version is provided. In the case of SKVM platform and WIPI platform, SMS, media, graphic, file I / O, etc. are implemented, and spare function areas 230b and 230c are expanded for new functions in the future. have.

The converted content generating unit 124 receives the mobile terminal information of the target terminal selected by the user from the mobile terminal information server 110. And set the target platform, version, and / or function based on the mobile terminal information. The content parsed by the original content parser 122 is used to generate the converted content according to the target platform, version, and / or function.

The information parsed by the original content parser 122 is converted into a target platform through a source generating library layer (SGL) 310. The source generation library layer 310 is a library layer for supporting the implementation of a function parsed with the API of the target platform. Even if a new function is added in the target platform, the structure of the source generation library layer 310 is not changed. It is implemented to be extensible by implementing only additional functions that support. In addition to the addition of a function, even when a new target platform is required, a new target platform may be added by additional implementation only in the platform implementation part without changing the structure of the source generation library layer 310. Accordingly, the converted content generation unit 124 is also implemented to operate independently for each platform, function, and version to flexibly cope with additional functions, versions, and platforms for further expansion.

For example, as illustrated in FIG. 6, the converted content generation unit 124 basically implements an overseas mobile platform such as BREW and J2ME, and a preliminary target platform area 320 in which a new mobile platform may be expanded in the future. This is provided.

In addition, the generation unit is implemented for each platform by version and function. In the case of the BREW platform, a 1.x version generator and a 2.x version generator are implemented, and a preliminary version generator 330a that is expandable for a new version is provided in the future. In the case of the J2ME platform, functions such as Mobile Information Device Profile (MIDP), Connected Limited Device Configuration (CLDC), Mobile Media API (MMAPI), Wireless Messaging Application (WMA), File Connection, 3D, and OEM are implemented. In the future, a reserved functional area 330b is provided which can be expanded for new functions.

The content conversion server 120 parses the original content and generates the converted content for each language (C and Java). Mobile content may be classified into mobile C content written in the C language and mobile Java content written in the JAVA language.

Mobile C content is converted to be performed on the target platform via the C content conversion server 400. The C content conversion server 400 includes a C source parser 410 and a C source generator 420.

The C source parser 410 is a C common parser 412 that is commonly used in the conversion of all mobile C content, and an original platform parser specialized for a platform (eg, GVM) on which the original content to be converted is performed. 414, and a version-specific parser 416 that parses according to the version of the platform.

The C source generator 420 may include a C common generator 422 commonly used in the conversion of all mobile C content, a target platform generator 424 specialized for a platform (eg, BREW) on which the converted content is performed, It includes a version-specific generation unit 426 for converting the original content parsed according to the version of the platform to be optimized in the corresponding version.

Mobile Java content is converted to be performed on the target platform via the Java content conversion server 500. Java content conversion server 500 includes a Java source parser 510 and a Java source generator 520.

The Java source parser 510 is a source platform specialized for the Java common parser 512 that is commonly used in the conversion of all mobile Java content, and a platform (for example, SKVM, WIPIJAVA, etc.) on which the source content to be converted is performed. Parsing unit 514, and a functional parsing unit 516 for parsing by the function of the original content to be converted. Since the functions to be supported and the APIs for supporting the functions are different for each Java platform, they need to be classified according to functions, and the components can be provided through the function-specific parser 516 to provide extensibility for additional functions.

The Java source generator 520 may include a Java common generator 522 jointly used when converting all mobile Java content, a target platform generator 524 specialized for a platform (eg, J2ME) on which the converted content is performed, It includes a function-specific generation unit 526 for performing the conversion by using the JSR and OEM class (related to the relevant function) for each function of the original content to be converted. Since the functions to be supported and APIs for supporting the functions are different for each Java platform, it is necessary to distinguish them by function, and the components may be provided through the function generator 526 to provide scalability of additional functions added later.

Functions required by the function-specific parser 516 and the function-specific generator 526 are distinguished according to the Java platform. For example, if the original content is for the SKVM platform, SMS (Send / Receive SMS), Audio (Play Audio File), Graphics (Extended 2D, 3D Graphics), Editor (Low Level Input), Camera (Run Camera and Take Picture) Functions such as Video, Video file execution, Device (vibration and backlight control), File (file input / output) are required. If the original content is WIPI Java, Core (Core API), Network (Http, Sockets, etc.), DB (Database), File (File I / O), UI (low / high level user interface), Handset (backlight and call functions), Media (audio, video processing related) function is required.

The original content parser 122 according to an embodiment of the present invention is componentized for each writing language, platform, version, or function, and may be extended later. In addition, the converted content generation unit 124 is also componentized for each language, platform, version, or function, and can be expanded later.

The mobile content conversion system 100 according to another embodiment may further include a build server 130. The converted content generated by the content conversion server 120 is in source form, not binary form. Therefore, the build and packing through the build server 130 is made of a binary file that can be uploaded to the target terminal.

In the present invention, the original content to be converted is mobile content that can be performed in domestic content platforms such as WIPI, SKVM, GVM, BREW, Java-station, etc., and overseas content platforms, BREW, J2ME, and the like. That is, according to the present invention, the original content suitable for the domestic content platform may be converted to be suitable for the foreign content platform, or the original content suitable for the foreign content platform may be converted to be suitable for the domestic content platform. In addition, the original content suitable for one domestic content platform may be converted to be suitable for other domestic content platforms, or the original content suitable for one foreign content platform may be converted to be suitable for other foreign content platforms.

In the present invention, the user may access the mobile content conversion system 100 to use the web user interface in transmitting and receiving mobile content and transmitting and receiving various information. By using the web user interface, it provides convenience to users and upgrades related to expansion of platforms, functions, and versions are also easy.

9 is a flowchart illustrating a method for converting mobile content according to an embodiment of the present invention.

9, a user terminal 10, a mobile content conversion system 100, a mobile terminal information server 110, a content conversion server 120, and a build server 130 are illustrated. The user terminal 10 is a device that allows a user to access the mobile content conversion system 100 and can use a web user interface through a wired or wireless network such as a PC or a mobile device.

The mobile terminal information server 110 provides standard specification reference information according to a request of the user terminal 10 (step 600). Standard standard reference information includes a standard standard reference (hardware information, software information) for the mobile terminal, and a standard standard reference for the original content.

The user selects the platform type, the version of the original content, and the standard specification information of the target terminal to execute the converted content converted from the original content for each item of the standard specification information through the user terminal 10. A target standard, which is a combination of options, is set and transmitted to the mobile terminal information server 110 (step 605).

The mobile terminal information server 110 searches the mobile terminal information database 114 according to the transmitted target standard and transmits the extracted list of mobile terminals to the user terminal 10 (step 610).

The user may check whether a specific target terminal required by the terminal list through the received terminal satisfies a corresponding standard. The target terminal is set through the user terminal 10 and transmitted to the mobile terminal information server 110 (step 615).

The mobile terminal information server 110 transmits porting guide information corresponding to the set target terminal to the user terminal 10 (step 620). The porting guide information includes directory configuration for uploading source, resource, and location of property file, property file to refer to when converting, information on text, image, sound format conversion supported by target terminal.

The mobile terminal information server 110 transmits the information about the target terminal and the target specification transmitted from the user terminal 10 to the content conversion server 120 (step 625). Step 625 may be performed concurrently with step 620 or in any order.

The content conversion server 120 converts the original content uploaded from the user terminal 10 (step 630) (step 635). In converting the original content, the platform type and version of the original content are identified based on the target specification information. In addition, parsing of the original content is performed primarily by language, and secondly by platform, version, or function. Then, the converted content is generated by performing the conversion operation according to the target specification information and the target terminal information using the parsed data.

The content conversion server 120 transmits the converted content to the user terminal 10 (step 640).

Here, the original content uploaded in step 630 and the converted content transmitted in step 640 are files in a source form. Therefore, the user may obtain the converted content executable in the target terminal by generating the file in binary form through source building and packing.

Here, steps 610 and 615 may be omitted as necessary. That is, information about the target standard may be obtained, and the original content may be converted to be applicable to all mobile terminals corresponding to the target standard. In this case, the content conversion server 120 obtains only target standard information from the mobile terminal information server 110 and performs the conversion operation.

In another embodiment, if the user does not have a source build environment, the build server 130 may send a file in binary form that is built and packed in place of the source content of the converted content (step 650).

In the previous step, the content conversion server 120 transmits the converted content to the build server 130 (step 645a) or uploads the converted content source modified by the user to the build server 130 through the user terminal 10 (step 645b). The modification by the user may be a modification of a portion in which the conversion by the content conversion server 120 is not supported, a localization of the region where the converted content is to be used, and the like.

On the other hand, the mobile content conversion method performed in the above-described mobile content conversion system can be written in a computer program. Codes and code segments constituting the program can be easily inferred by a computer programmer in the art. In addition, the program is stored in a computer readable media, and read and executed by a computer to implement a mobile content conversion method. The information storage medium includes a magnetic recording medium, an optical recording medium and a carrier wave medium.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art to which the present invention pertains without departing from the spirit and scope of the present invention as set forth in the claims below It will be appreciated that modifications and variations can be made.

1 is a block diagram of a mobile content conversion system according to an embodiment of the present invention.

2 is a block diagram of a mobile terminal information server of a mobile content conversion system.

Figure 3 is a table showing the standard standard reference items for the mobile terminal and the original content.

4 is a block diagram of a content conversion server of a mobile content conversion system.

5 shows the structure of an original content parser.

6 is a diagram illustrating a structure of a converted content generation unit.

7 is a block diagram of a C content conversion server.

8 is a block diagram of a Java content conversion server.

9 is a flowchart of a method of converting mobile content according to an embodiment of the present invention.

<Description of Drawing>

100: mobile content conversion system 110: mobile terminal information server

120: content conversion server 130: build server

112: mobile terminal classification unit 114: mobile terminal information database

122: original content parser 124: converted content generation unit

Claims (19)

A mobile content conversion method for converting an original content to be executed on another mobile platform in a mobile content conversion system including a mobile terminal information server and a content conversion server, Providing, by the mobile terminal information server, standard standard reference information at the request of a user terminal; Receiving a target standard, which is a combination of options selected from the standard standard reference information, from the user terminal; Providing porting guide information corresponding to the target standard to the user terminal; Uploading original content according to the porting guide information; Generating, by the content conversion server, the converted content by converting the original content according to the target standard; And And transmitting the converted content to the user terminal. The method of claim 1, And the original content and the converted content are files of a source type. The method of claim 2, Building and packing the converted content into a binary file; And And transmitting the converted content in binary form to the user terminal. The method of claim 1, After receiving the target specification and before transmitting the porting guide information, Searching for mobile terminal information corresponding to the target standard, generating a terminal list, and transmitting the terminal list to the user terminal; Further comprising the step of receiving the mobile terminal information selected from the terminal list from the user terminal, The generating of the converted content may include converting the original content according to the selected mobile terminal information and the target standard. The method of claim 1, The standard specification information includes hardware information including at least one of display size, number of display colors, memory capacity, CPU performance, mobile platform type, supported function type on mobile platform, version of the mobile platform, image support format, And information on a mobile terminal including software information including at least one of a video support format, a sound support format, and a text support format. The method of claim 1, The standard specification reference information is mobile content conversion method, characterized in that the information on the original content including at least one of the type of mobile platform, the version of the mobile platform, the type of support function of the mobile platform. The method of claim 1, The porting guide information includes a directory configuration for the location of the source, resource, and property files of the original content to be uploaded, a property file referenced during conversion, and text, image, and sound supported by a target terminal. Mobile content conversion method comprising at least one of the information on the format conversion. The method of claim 1, Generating the converted content by converting the original content according to the target standard by the content conversion server; Identifying a platform type of the original content corresponding to the target standard; Parsing the original content for each language, platform, version, or function; And generating the converted content corresponding to the target standard using the parsed data. A recording medium having recorded thereon a program of instructions that can be executed in a computer device for carrying out the method of converting mobile content according to claim 1 or 8, wherein the program can be read by the computer device. Providing the standard standard reference information to the user, transmitting the mobile terminal list according to the target standard which is a combination of the selected options from the standard standard reference information received from the user to the user, corresponding to the selected target terminal of the mobile terminal list A mobile terminal information server for transmitting porting guide information; And And a content conversion server for uploading original content according to the porting guide information, generating a converted content converted according to the target standard and the target terminal, and transmitting the converted content to the user. The method of claim 10, The mobile terminal information server, A mobile terminal information database storing mobile terminal information, wherein the mobile terminal information includes terminal basic information including at least one of a region, a mobile carrier, a wireless network type, and a terminal manufacturer, and hardware information and software information of the mobile terminal. Includes standard specification reference information; And Mobile content conversion including a mobile terminal classification unit for extracting the mobile terminal information satisfying the target standard from the mobile terminal information database to generate the mobile terminal list, and transmits the porting guide information corresponding to the selected target terminal. system. The method of claim 11, The standard specification information includes hardware information including at least one of display size, number of display colors, memory capacity, CPU performance, mobile platform type, supported function type on mobile platform, version of the mobile platform, image support format, And a mobile terminal including software information including at least one of a video support format, a sound support format, and a text support format. The method of claim 11, The standard specification reference information is mobile content conversion system, characterized in that the information on the original content including at least one of the type of mobile platform, the version of the mobile platform, the type of support function of the mobile platform. The method of claim 11, The porting guide information includes a directory for the location of a source, a resource, a property file of the original content to be uploaded, a property file referred to at the time of conversion, text supported by the target terminal, an image, Mobile content conversion system comprising at least one of the information on the sound format conversion. The method of claim 10, The content conversion server, An original content parser for parsing the original content by a writing language, platform, version, or function based on the information on the target standard; And And a converted content generation unit configured to convert the parsed original content according to a target platform, version, or function based on the information about the target terminal. The method of claim 15, And the original content parser is componentized by the writing language, the platform, the version, or the function. The method of claim 15, And the converted content generating unit is componentized by the writing language, the platform, the version, or the function. The method of claim 10, The original content and the converted content is a mobile content conversion system, characterized in that the file (source) form. The method of claim 18, And a build server for building and packing the converted content into a binary file.

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