KR101624170B1 - Method, apparatus and computer-readable medium for converting Windows's registry data to heterogeneous operation system's INI file - Google Patents

Abstract

The present invention relates to a registry conversion method for converting a registry of Windows into an INI file of a heterogeneous operating system, a computer device, and a recording medium readable by a computer. More particularly, the present invention relates to a registry of Windows, , A method of extracting a hierarchy structure between a key and a subkey of the registry and a type of a registry value stored in the key or subkey Registry analysis phase; A directory path of the INI file corresponding to the hierarchical structure of the registry is set to specify the format of the file name of the INI file and stored in the INI file according to the type of the registry value An INI format specifying step for specifying the type of the INI value; And generating an INI file having a directory path and a filename of the specified format using the keys and subkeys of the registry extracted from the registry and storing the value name and value data of the registry value extracted from the registry in the value of the INI value And a parsing step of matching and storing the name and the value data.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a registry conversion method for converting a Windows registry into an INI file of a heterogeneous operating system, a computer device, and a recording medium readable from a computer.

The present invention relates to a registry conversion method for converting a registry of Windows into an INI file of a heterogeneous operating system, a computer device, and a recording medium readable by a computer, and more particularly to a method and apparatus for quickly and accurately converting a large amount of registry into an INI file of a desired format To a registry conversion method for converting a Windows registry into an INI file of a heterogeneous operating system, a computer device, and a computer readable recording medium.

The registry corresponds to a database for storing settings and options of various application software operating in the operating system. The registry functions to place all program and hardware settings and constant values into a single file structure. The registry contains two basic elements, a key and a registry value. The keys in the registry are similar to file folders. Each key includes a subkey that may include an additional subkey. The registry value contains a pair of value name and value data stored in the key of the registry. Value data may have string values, binary data, 32-bit integers not represented, unicode values, multi-string values, lists, and 64-bit integer values.

Published Patent Application No. 10-2011-0079762 (July 7, 2011)

The present invention relates to a registry conversion method for converting a registry of Windows into an INI file of a heterogeneous operating system capable of quickly and accurately converting a large amount of registry into an INI file of a desired format by a user, .

A registry conversion method according to an embodiment of the present invention is a registry conversion method for converting a registry of WINDOWS ™ into an INI (initialization) file of a heterogeneous operating system, a registry analyzing step of extracting a hierarchical structure between a key and a subkey and a type of a registry value stored in the key or subkey; A directory path of the INI file corresponding to the hierarchical structure of the registry is set to specify the format of the file name of the INI file and stored in the INI file according to the type of the registry value An INI format specifying step for specifying the type of the INI value; And generating an INI file having a directory path and a filename of the specified format using the keys and subkeys of the registry extracted from the registry and storing the value name and value data of the registry value extracted from the registry in the value of the INI value And a parsing step of matching and storing the name and the value data.

Here, the step of analyzing the registry may extract the hierarchical structure of the registry using the parent-child relationship between the key included in the registry and the subkey contained in the key.

The registry analyzing step may include a string value, a binary value, a DWORD, a symbol link, a multi-string value, a resource list, a resource descriptor, a resource request list, and a QWORD in a type of a registry value included in a key or a sub key of the registry .

Here, the INI format designation step may include setting a directory path of the INI file so as to include a plurality of INI files in one directory, and connecting the key of the registry and the subkeys included in the key to each other, The format of the file name of the INI file can be specified.

Wherein the INI format designation step sets the directory path so that the INI file has a parent-child relationship directory according to a hierarchical structure between a key of the registry and a subkey, The format of the INI file can be specified so as to set the file name of the file.

The INI format designation step may further include setting a section name of a section included in the INI file according to a predetermined format.

According to an embodiment of the present invention, there may be a computer-readable recording medium on which a program for executing the above-described method is recorded.

A computer apparatus according to an embodiment of the present invention is a computer apparatus for converting a registry of WINDOWS ™ into an INI (initialization) file of a heterogeneous operating system, A registry analysis module for extracting a hierarchical structure between a key and a subkey and a type of a registry value stored in the key or subkey; A directory path of the INI file corresponding to the hierarchical structure of the registry is set to specify the format of the file name of the INI file and stored in the INI file according to the type of the registry value An INI formatting module for specifying the type of INI value; And generating an INI file having a directory path and a filename of the specified format using the keys and subkeys of the registry extracted from the registry and storing the value name and value data of the registry value extracted from the registry in the value of the INI value And a parsing module for matching and storing the name and the value data.

A computer apparatus according to an embodiment of the present invention includes: a processor; And a memory coupled to the processor, the memory including one or more modules configured to be executed by the processor, wherein the one or more modules include a registry key and a subkey, Extracting a key depth and a type of a registry value stored in the key or subkey; A directory path of an INI file corresponding to the hierarchical structure of the registry is set to specify a format of a file name of the INI file and an INI file stored in the INI file according to the type of the registry value, Specifies the type of value; Generating an INI file having a directory path and a filename of the specified format using the key and sub key of the registry extracted from the registry and storing the value name and value data of the registry value extracted from the registry in a value name of the INI value And < RTI ID = 0.0 > value data. ≪ / RTI >

In addition, the means for solving the above-mentioned problems are not all enumerating the features of the present invention. The various features of the present invention and the advantages and effects thereof will be more fully understood by reference to the following specific embodiments.

According to the registry conversion method, the computer device, and the computer readable recording medium for converting a Windows registry into an INI file of a heterogeneous operating system according to an embodiment of the present invention, It can be converted accurately.

In particular, according to the registry conversion method, the computer apparatus, and the computer-readable recording medium for converting a Windows registry into an INI file of a heterogeneous operating system according to an embodiment of the present invention, the Windows program is ported to a heterogeneous operating system In this case, it is possible to minimize the time and cost required for creating a database corresponding to the registry, the labor, and the like.

1 and 2 are block diagrams showing a computer apparatus according to an embodiment of the present invention.
3 is a flowchart illustrating a registry conversion method according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, in order that those skilled in the art can easily carry out the present invention. In the following detailed description of the preferred embodiments of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. In the drawings, like reference numerals are used throughout the drawings.

In addition, in the entire specification, when a part is referred to as being 'connected' to another part, it may be referred to as 'indirectly connected' not only with 'directly connected' . Also, to "include" an element means that it may include other elements, rather than excluding other elements, unless specifically stated otherwise.

1 is a block diagram illustrating a computer apparatus according to an embodiment of the present invention.

Referring to FIG. 1, a computer apparatus 100 according to an exemplary embodiment of the present invention may include a registry analysis module 110, an INI format specification module 120, and a parsing module 130.

Hereinafter, a computer apparatus according to an embodiment of the present invention will be described with reference to FIG.

The registry (r, Registry) corresponds to a database in which settings and options of Windows (Windows ™), an operating system of Microsoft, are stored. That is, in the registry (r), information and settings of all hardware, operating system software, application software, and the like of the computer device can be stored. For example, the type of the processor included in the computer device, the capacity of the memory, the information of the connected peripheral devices, the system parameters, the types of files handled by the application software, and various parameters can be stored.

Specifically, the registry r may include two basic elements: a key and a registry value. First, a key may form a hierarchical structure of a parent-child relationship including a subkey within the key. For example, Software \ Microsoft \ Windows can represent the key of the registry (r), where "Softeware" with the key "Microsoft" as the subkey and "Microsoft" with the subkey "Windows" . Here, a "\" (backslash) can be used to indicate the hierarchy level between each key and the subkey, and the keys and subkeys can be represented in a form similar to a folder in Windows Explorer. Herein, the registry value as a parameter may be stored in the key, and the registry value may be represented by a value name and value data. For example, the value name of the registry value may be "server", and the value data of the "server" may be "192.0.2.42". Here, the value data may have various kinds of data such as a character string and a binary number, and may have data of the types shown in Table 1. [

0 REG_NONE No kind One REG_SZ String value 2 REG_EXPAND_SZ Expandable string value 3 REG_BINARY Binary value 4 REG_DWORD / REG_DWORD_LITTLE_ENDIAN DWORD Value (32bit) - Little Endian 5 REG_DWORD_BIG_ENDIAN DWORD Value (32bit) - Big Endian 6 REG_LINK Symbolic link (Unicode) 7 REG_MULTI_SZ Multi-string value 8 REG_RESOURCE_LIST List of resources 9 REG_FULL_RESOURCE_DESCRIPTOR Resource descriptor 10 REG_ RESOURCE_REQUIREMENTS_LIST List of resource requirements 11 REG_QWORD / REG_QWORD_LITTLE_ENDIAN QWORD value (64bit)

The registry (r) is used in an operating system called Windows which is developed by Microsoft Corporation, and it can replace the role of the registry (r) by using an INI file (i) in an operating system other than Windows. The INI file (i) corresponds to the de facto standard for the configuration file, and can be a simple text file. The INI file (i) may have a file extension of "* .ini", and may have extensions such as "* .cfg", "* .conf", "* .txt"

In the INI file (i), a parameter INI value can be stored, and the INI value can have a value name and value data. For example, the value name of the INI value may be "server" and the value data may be "192.0.2.42", which in this case can be expressed as "server = 192.0.2.42". Here, the INI file (i) may be divided into a plurality of sections having an arbitrary section name, and a plurality of INI values may be included in the section. The section name may be divided into "[]". For example, the following section and INI value may be included in the INI file (i).

[owner]

Name = Hong Gil-dong

Organization = Best Product

[database]

server = 192.0.2.42

port = 143

file = "acme payroll.dat"

That is, the "owner" section includes the INI values whose value names are "Name" and "Organization", and the value data of "Name" corresponds to "Best product" of the value data of "Hong Kil Dong" and "Organizatoin". In addition, the "database" section includes the INI values whose value names are "server", "port", "file", the value data of "server" is "192.0.2.42" and the value data of "port""and the value data of" file "corresponds to" acme payroll.dat ". As shown in the above example, the value data of the INI value may have a character string, a DWORD, and the like. In addition, the value data of the INI value may include a string, a binary value, a DWORD, a symbol link, , A resource descriptor, a resource requirement list, a QWORD, and the like.

Generally, there is no problem when using the program on the same operating system, but porting a program using the Windows registry (r) to a heterogeneous operating system such as Linux, Unix, or Mac OS ) Can cause problems. That is, since the operating system other than Windows does not include the registry r, it may not operate normally in the case of a program operating with reference to the registry r. Conventionally, a separate database corresponding to the registry r is created, and the program is ported in such a manner that the database replaces the registry r. However, in order to set the database, it is necessary to separately select a DB storage method suitable for the heterogeneous operating system, to separately develop logic for parsing data from the registry r and storing the parsed data in the database And additional work was required. That is, the time, cost, manpower, and the like for creating a database corresponding to the registry are required. In particular, when a large-capacity registry is included, more time and cost are required.

On the other hand, by utilizing a registry conversion method, a computer device, and a computer-readable recording medium for converting a Windows registry into an INI file of a heterogeneous operating system according to an embodiment of the present invention, It can be automatically migrated to an INI file, enabling fast and accurate conversion.

Specifically, the registry analysis module 110 of the computer apparatus 100 according to an exemplary embodiment of the present invention includes a hierarchical structure between a key of a registry r and a sub key, a registry stored in the key or sub key, The value type can be extracted. As described above, the registry (r) includes a key and a registry value as basic elements, and the key can form a hierarchical structure including a sub key in the registry. That is, the registry r may include a plurality of keys, and each key may include a plurality of subkeys for each layer. Accordingly, the key of the registry r may have a tree-like hierarchy, and a parent-child relationship may be formed between the key and the sub-key forming the hierarchical structure, or between the sub-key and the sub-key. For example, the key for a particular registry value can be displayed as "software \ Microsoft \ Windows", where the top tier corresponds to "software", the tier to "Microsoft" Windows "is the lowest layer. Here, the hierarchy between each key and the subkey, that is, the parent-child relationship, can be distinguished by a "\ " (backslash). Therefore, by analyzing the key of the registry, each hierarchical order can be grasped, and the number of subkeys formed hierarchically below the highest layer "Software" can be grasped. That is, by using the registry analysis module 110, the hierarchical structure of the registry can be extracted through the parent-child relationship between the key included in the registry and the subkey contained in the key.

The registry value can be stored in the key or sub key of the registry r, and the registry value can be expressed by the value name and the value data. In particular, as shown in Table 1, the value data may be represented by various types of data, and it may be preset in the registry value whether the value data corresponds to what kind of data. Therefore, the registry analysis module 110 can analyze whether the value data corresponds to what kind of data by analyzing the registry value. Here, the registry value included in the key or sub key of the registry may include various types such as a string, a binary value, a DWORD, a symbol link multi-string value, a resource list, a resource descriptor, a resource request list, and a QWORD.

In the INI format designation module 120, a directory path of the INI file (i) corresponding to the hierarchical structure of the registry can be set, and the format of the file name of the INI file (i) can be specified have. In addition, the kind of the INI value stored in the INI file (i) can be specified according to the kind of the registry value. That is, since the hierarchical structure of the registry r and the kind of the registry value are grasped through the registry analysis module 110, the INI file for generating the INI file (i) corresponding to the registry You can specify the format.

First, the INI format designation module 120 can set a directory path of the INI file (i), and sets the format of the file name so as to generate the file name of the INI file (i) in a different format according to the directory path Can be specified.

Specifically, the directory path of the INI file (i) can be set to include a plurality of INI files (i) in one directory. In the case of the registry r, the key and the sub key form a hierarchical structure to form a tree structure. However, in the case of the INI file (i), a plurality of INI files i ). ≪ / RTI > In order to express each key and subkeys expressed in a hierarchical structure in the registry r, the INI type designation module 120 assigns a key of the registry and a subkey contained in the key to an underbar ) Can be specified in the format of the file name of the INI file (i). For example, if the key of the registry is "Software \ Microsoft \ Windows", the format of the file name can be specified so that the file name of the INI file (i) is generated in the format of "Software_Microsoft_Windows.ini". Here, since the underbar is for generating a file name by connecting a key and a sub key, it is also possible to use a different character or symbol in addition to the underbar.

Meanwhile, the INI format designation module 120 may form a directory path of the INI file (i) including a hierarchical structure similar to the registry. That is, it is possible to set the directory path so that the INI file (i) has a parent-child relationship directory according to a hierarchical structure between the key of the registry and the subkey. In this case, the format of the file name of the INI file (i) may be specified so that the bottom-level subkey of the registry (r) is set to the file name of the INI file (i). For example, if the key of the registry (r) is "Software \ Microsoft \ Windows", a directory of C: \ ini_files \ Software \ Microsoft \ Windows can be created, and the INI file (i) The file name of the file name can be specified so as to have "Windows.ini" corresponding to the lowermost subkey.

Additionally, as discussed above, since the INI file (i) can include a section, it is necessary to set the section name of the section included in the INI file (i) to be generated. For example, an arbitrary section name may be generated and stored in advance, and then the section name may be sequentially applied, or the section name may be generated by attaching a serial number to a subkey of the lowest hierarchy of the registry (r) have. That is, the INI format specifying module 120 may set the section name of the section included in the INI file (i) according to a predetermined format.

The parsing module 130 can extract the key and registry value of the registry r and generate the INI file i using the extracted key and the registry value. Specifically, an INI file (i) having a directory path and a filename of the specified format can be generated using the key and the sub key of the registry r extracted from the registry r, The value name and value data of the extracted registry value may be matched with the value name and value data of the INI value and stored in the INI file (i).

First, the parsing module 130 may generate a directory for storing the INI file (i) according to the directory path set by the INI format designating module 120. That is, when a directory path is set in a format including a plurality of INI files (i) in one directory, one directory for storing the INI file (i) is newly created or one of the existing directories It can be set as a directory for storing the INI file (i). On the other hand, when the directory path is set in a format including a hierarchical structure similar to the registry r, the directory of the parent-child relationship is set according to the hierarchical structure between the key of the registry r and the subkey You can create each directory to have.

Thereafter, the parsing module 130 may generate the INI file (i) according to the format of the specified file name corresponding to each directory path. That is, when the directory path is set so as to include a plurality of INI files (i) in the one directory, the INI file (i) has a file name in which the key of the registry and the subkey are directly under- , The INI file (i) can be generated. When the directory path is set to have the hierarchical structure, a subkey corresponding to the lowest hierarchical structure of the key of the registry (r) is set as the file name of the INI file (i), and the INI The file (i) can be generated.

When the INI file (i) is generated, the parsing module 130 matches the registry value stored in each registry (r) key corresponding to the INI file (i) with the INI value of the IN file (i) Can be stored. That is, the value name and value data of the registry value extracted from the registry r may be matched with the value name and value data of the INI value. Here, the section included in the INI file (i) may be automatically generated so as to have a section name generated according to a predetermined format, as described above, and the value name of the INI value and Value data can be matched.

Here, the computer apparatus according to an embodiment of the present invention may include a physical configuration such as a processor 10 and a memory 40 as shown in FIG. 2, One or more modules configured to be executed by the processor 10 may be included. In particular, the one or more modules may include a registry analysis module, an INI formatting module, a parsing module, and the like.

The processor 10 may perform various functions and data processing by executing various software programs and a set of instructions stored in the memory 40. [ The peripheral interface unit 30 may connect the input and output peripheral devices of the computing device to the processor 10 and the memory 40 and the memory controller 20 may be connected to the processor 40, In this case, it is possible to perform a function of controlling the memory access. According to the embodiment, the processor 10, the memory controller 20, and the peripheral interface unit 30 may be implemented on a single chip or may be implemented as separate chips.

The memory 40 may include high speed random access memory, or may include one or more magnetic disk storage devices, non-volatile memory such as flash memory devices, and the like. In addition, the memory 40 may further include a storage device located away from the processor 10 or a network-attached storage device accessed through a communication network such as the Internet.

As shown in FIG. 2, the computer apparatus according to an embodiment of the present invention may include a registry analysis module, an INI format designation module, and a parsing module corresponding to an application program, have. Here, each of the modules may be stored in the memory 40 as a set of instructions for performing the above-described functions. Thus, the computer device according to an embodiment of the present invention can be configured so that the processor 10 can access the memory 40 and execute commands corresponding to each module, and convert the Windows registry into an INI file can do. However, since the registry analysis module, the INI type designation module, and the parsing module have been described above, a detailed description thereof will be omitted here.

3 is a flowchart illustrating a registry conversion method according to an embodiment of the present invention.

Referring to FIG. 3, the registry transformation method according to an embodiment of the present invention may include a registry analysis step (S100), an INI type designation step (S200), and a parsing step (S300).

Hereinafter, a method of converting a registry according to an embodiment of the present invention will be described with reference to FIG.

In the registry analysis step S100, a hierarchical structure between a key and a sub key of the registry can be extracted, and the kind of the registry value stored in the key or sub key can be extracted. The registry includes a key and a registry value as basic elements, and the key may form a hierarchical structure including a sub key in the registry. That is, the keys of the registry may have a tree-like hierarchical structure, and a parent-child relationship may be formed between a key and a sub-key forming the hierarchical structure, or between a sub-key and a sub-key. For example, a particular registry value's key can be displayed as "Software \ Microsoft \ Windows", where the top level corresponds to "Software", the "Microsoft" Windows "is the lowest layer. Here, the hierarchy between each key and the subkey, that is, the parent-child relationship, can be distinguished by a "\ " (backslash). Accordingly, in the registry analysis step (S100), the hierarchical structure of the registry can be extracted through the parent-child relationship between the key included in the registry and the subkey contained in the key.

Meanwhile, a registry value may be stored in a key or a sub key of the registry, and the registry value may be expressed by a value name and value data. In particular, there may be various types of data types that the value data may have, and whether the value data corresponds to what kind of data may be displayed in advance in the registry value. Accordingly, in the registry analysis step (S100), it is possible to extract what kind of data the value data corresponds to through the analysis of the registry value. Here, the registry value included in the key or sub key of the registry may include various types such as a string, a binary value, a DWORD, a symbol link multi-string value, a resource list, a resource descriptor, a resource request list, and a QWORD.

In the INI format specification step (S200), a format of the file name of the INI file can be specified by setting a directory path of the INI file corresponding to the hierarchical structure of the registry, and the INI file And the type of INI value stored in the memory. That is, since the hierarchical structure of the registry and the kind of the registry value are grasped through the registry analysis step (S100), it is possible to specify the format of the INI file for generating the INI file corresponding to the registry.

In the INI format designation step (S200), a directory path of the INI file can be set, and a format of a file name can be specified to generate a file name of the INI file in a different format according to the directory path.

Specifically, the directory path of the INI file may be configured to include a plurality of INI files in one directory. However, in order to express each key and subkeys expressed in a hierarchical structure in the registry, a form in which a key of the registry and a subkey contained in the key are connected by an underbar (_), respectively, . For example, if the key in the registry is "Software \ Microsoft \ Windows", you can specify the format of the file name so that the file name of the INI file is created as "Software_Microsoft_Windows.ini".

The directory path of the INI file may be formed to include a hierarchical structure similar to the registry. That is, the directory path can be set so that the INI file has a parent-child relationship directory according to a hierarchical structure between a key and a subkey in the registry. In this case, the file name of the INI file can designate the lowest-order subkey of the registry as the file name of the INI file. For example, when the key of the registry is "Softeware \ Microsoft \ Windows", a hierarchical directory of C: \ ini_files \ Software \ Microsoft \ Windows can be created. The file name of the INI file stored in the directory is the lowest Windows.ini "corresponding to the sub key.

In addition, since the INI file includes a section, in the INI format designation step (S200), the section name of the section can be set according to a predetermined format. For example, an arbitrary section name may be generated and stored in advance and then the section name may be sequentially applied, or the section name may be generated by attaching a serial number to a subkey of the lowest hierarchy of the registry.

In the parsing step S300, an INI file having the directory path and file name of the specified format is generated using the registry key and sub key extracted from the registry, and the value name and value data of the registry value extracted from the registry Can be matched and stored with the value name and value data of the INI value.

The parsing step S300 may generate a directory for storing the INI file according to the directory path set in the INI format specification step S200. That is, when a directory path is set in a format including a plurality of INI files in one directory, one directory for storing the INI file is newly created, or one of the existing directories is used to store the INI file It can be set as a directory for. On the other hand, when a directory path is set in a format including a hierarchical structure similar to a registry, each directory is set to have a parent-child relationship directory according to the hierarchical structure between the key and the subkey in the registry Can be generated.

Thereafter, in the parsing step (S300), the INI file can be generated according to the format of the specified file name corresponding to each directory path. That is, if a directory path is set to include a plurality of INI files in the one directory, the INI file may have a file name in which the key and the subkey of the registry are underlined, Can be generated. When the directory path is set to have the hierarchical structure, the INI file can be generated by setting a subkey corresponding to the lowest hierarchical structure of the key of the registry to the file name of the INI file .

When the INI file is generated, the parsing step (S300) may store the registry value stored in each registry key corresponding to the INI file with the INI value of the IN file and store the value. That is, the value name and value data of the registry value extracted from the registry can be matched to the value name and value data of the INI value and stored. Here, the section included in the INI file may be automatically generated so as to have a section name generated according to a predetermined format, as described above, and the value name and value data of the INI value Can be matched.

The methods according to embodiments of the present invention may be implemented in the form of program instructions that can be executed through various computer means and recorded in a computer-readable recording medium. The computer readable recording medium may include a program command, a data file, a data structure, and the like, either singly or in combination. The computer readable recording medium may include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device, or the like, and may be implemented as a carrier wave (for example, transmission over the Internet) . In addition, the computer-readable recording medium may be distributed over a network-connected computer system so that computer readable codes can be stored and executed in a distributed manner.

The present invention is not limited to the above-described embodiments and the accompanying drawings. It will be apparent to 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.

10: processor 20: memory controller
30: peripheral interface unit 40: memory unit
100: computer device 110: registry analysis module
120: INI format specification module 130: parsing module
S100: Registry analysis step S200: INI format specification step
S300: Parsing step

Claims (9)

A registry conversion method for converting a registry of WINDOWS (TM) into an INI (initialization) file of a heterogeneous operating system,
The registry analysis module analyzes the key depth of the registry and the subkeys and the type of the registry value stored in the key or subkey, ;
The INI format specifying module sets a directory path of the INI file corresponding to the hierarchical structure of the registry to designate the format of the file name of the INI file, An INI format designation step of designating an INI value type stored in the INI file; And
The parsing module generates an INI file having a directory path and a filename of the specified format using the key and sub key of the registry extracted from the registry and transmits the value name and value data of the registry value extracted from the registry to the INI And a parsing step of matching and storing the value name of the value and the value data.
2. The method of claim 1, wherein the step of analyzing the registry
Wherein the registry analysis module extracts a hierarchical structure of the registry using a parent-child relationship between a key contained in the registry and a subkey contained in the key.
2. The method of claim 1, wherein the step of analyzing the registry
Binary value, a DWORD, a symbol link, a multi-string value, a resource list, a resource descriptor, a resource requirement list, and a QWORD in the type of the registry value included in the key or sub key of the registry.
The method of claim 1, wherein the INI formatting step
Wherein the INI type designation module sets a directory path of the INI file so that the INI file includes a plurality of INI files in one directory and forms a form in which the key of the registry and the subkey included in the key are respectively under- A registry conversion method that specifies the format of file names in INI files.
The method of claim 1, wherein the INI formatting step
Wherein the INI format designation module sets the directory path so that the INI file has a parent-child relationship directory according to a hierarchical structure between the key and the subkey in the registry, The format of the INI file is set so that the file name of the INI file is set.
The method of claim 1, wherein the INI formatting step
Wherein the INI format specifying module sets a section name of a section included in the INI file according to a predetermined format.
A computer-readable recording medium on which a program for executing the method of any one of claims 1 to 6 is recorded.
1. A computer device for converting a registry of WINDOWS (TM) into an INI (initialization) file of a heterogeneous operating system,
A registry analysis module for extracting a hierarchical structure between a key and a subkey of the registry and a type of a registry value stored in the key or subkey;
A directory path of the INI file corresponding to the hierarchical structure of the registry is set to specify the format of the file name of the INI file and stored in the INI file according to the type of the registry value An INI formatting module for specifying the type of INI value; And
Generating an INI file having a directory path and a filename of the specified format using the key and sub key of the registry extracted from the registry and storing the value name and value data of the registry value extracted from the registry in a value name of the INI value And a parsing module for matching and storing the data with the value data.
A processor; And
A memory coupled to the processor,
The memory comprising one or more modules configured to be executed by the processor,
Wherein the one or more modules comprise:
Extracting a hierarchical structure between a key and a subkey in the registry and a type of a registry value stored in the key or subkey;
A directory path of an INI file corresponding to the hierarchical structure of the registry is set to specify a format of a file name of the INI file and an INI file stored in the INI file according to the type of the registry value, Specifies the type of value;
Generating an INI file having a directory path and a filename of the specified format using the key and sub key of the registry extracted from the registry and storing the value name and value data of the registry value extracted from the registry in a value name of the INI value And the value data
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