#pragma once

#if !defined(_WIN32) && !defined(_WIN64)

#define DBR_API __attribute__((visibility("default")))

#if !defined(__APPLE__)

typedef signed char BOOL;

#endif

typedef void* HANDLE;

#include <stddef.h>

#else //windows

#if defined(DBR_EXPORTS)

#define DBR_API __declspec(dllexport)

#else

#define DBR_API __declspec(dllimport)

#endif

#include <windows.h>

#endif

#include "DynamsoftCore.h"

#define DBR_VERSION "11.6.30.8649"

/**Enumeration section*/

/**

* @enum BarcodeFormat

*

* Describes the supported barcode formats.

*/

enum BarcodeFormat : unsigned long long

{

/**No barcode format in BarcodeFormat*/

BF_NULL = 0x00,

/**All supported formats in BarcodeFormat*/

BF_ALL = 0xFFFFFFFEFFFFFFFF,

/**Use the default barcode format settings*/

BF_DEFAULT = 0xFE3BFFFF,

/**Combined value of BF_CODABAR, BF_CODE_128, BF_CODE_39, BF_CODE_39_Extended, BF_CODE_93, BF_EAN_13, BF_EAN_8, INDUSTRIAL_25, BF_ITF, BF_UPC_A, BF_UPC_E, BF_MSI_CODE, BF_CODE_11; */

BF_ONED = 0x003007FF,

/**Combined value of BF_GS1_DATABAR_OMNIDIRECTIONAL, BF_GS1_DATABAR_TRUNCATED, BF_GS1_DATABAR_STACKED, BF_GS1_DATABAR_STACKED_OMNIDIRECTIONAL, BF_GS1_DATABAR_EXPANDED, BF_GS1_DATABAR_EXPANDED_STACKED, BF_GS1_DATABAR_LIMITED*/

BF_GS1_DATABAR = 0x0003F800,

/**Code 39 */

BF_CODE_39 = 0x1,

/**Code 128 */

BF_CODE_128 = 0x2,

/**Code 93 */

BF_CODE_93 = 0x4,

/**Codabar */

BF_CODABAR = 0x8,

/**Interleaved 2 of 5 */

BF_ITF = 0x10,

/**EAN-13 */

BF_EAN_13 = 0x20,

/**EAN-8 */

BF_EAN_8 = 0x40,

/**UPC-A */

BF_UPC_A = 0x80,

/**UPC-E */

BF_UPC_E = 0x100,

/**Industrial 2 of 5 */

BF_INDUSTRIAL_25 = 0x200,

/**CODE39 Extended */

BF_CODE_39_EXTENDED = 0x400,

/**GS1 Databar Omnidirectional*/

BF_GS1_DATABAR_OMNIDIRECTIONAL = 0x800,

/**GS1 Databar Truncated*/

BF_GS1_DATABAR_TRUNCATED = 0x1000,

/**GS1 Databar Stacked*/

BF_GS1_DATABAR_STACKED = 0x2000,

/**GS1 Databar Stacked Omnidirectional*/

BF_GS1_DATABAR_STACKED_OMNIDIRECTIONAL = 0x4000,

/**GS1 Databar Expanded*/

BF_GS1_DATABAR_EXPANDED = 0x8000,

/**GS1 Databar Expanded Stacked*/

BF_GS1_DATABAR_EXPANDED_STACKED = 0x10000,

/**GS1 Databar Limited*/

BF_GS1_DATABAR_LIMITED = 0x20000,

/**Patch code*/

BF_PATCHCODE = 0x00040000,

/**Code 32*/

BF_CODE_32 = 0x1000000,

/**PDF417 */

BF_PDF417 = 0x02000000,

/**QRCode */

BF_QR_CODE = 0x04000000,

/**DataMatrix */

BF_DATAMATRIX = 0x08000000,

/**AZTEC */

BF_AZTEC = 0x10000000,

/**MAXICODE */

BF_MAXICODE = 0x20000000,

/**Micro QR Code*/

BF_MICRO_QR = 0x40000000,

/**Micro PDF417*/

BF_MICRO_PDF417 = 0x00080000,

/**GS1 Composite Code*/

BF_GS1_COMPOSITE = 0x80000000,

/**MSI Code*/

BF_MSI_CODE = 0x100000,

/*Code 11*/

BF_CODE_11 = 0x200000,

/*Decode barcode with 2 digital addons*/

BF_TWO_DIGIT_ADD_ON = 0x400000,

/*Decode barcode with 5 digital addons*/

BF_FIVE_DIGIT_ADD_ON = 0x800000,

/*Matrix 25*/

BF_MATRIX_25 = 0x1000000000,

/**

* Telepen barcode format.

* Designed primarily for library and membership systems, it can encode

* the full ASCII character set, offering a high-density barcode solution.

*/

BF_TELEPEN = 0x2000000000,

/**

* Telepen Numeric barcode format.

* A variation of the Telepen format optimized for encoding numeric data only.

*/

BF_TELEPEN_NUMERIC = 0x4000000000,

/**Combined value of BF_USPSINTELLIGENTMAIL, BF_POSTNET, BF_PLANET, BF_AUSTRALIANPOST, BF_RM4SCC, BF_KIX.*/

BF_POSTALCODE = 0x3F0000000000000,

/**Nonstandard barcode */

BF_NONSTANDARD_BARCODE = 0x100000000,

/**USPS Intelligent Mail.*/

BF_USPSINTELLIGENTMAIL = 0x10000000000000,

/**Postnet.*/

BF_POSTNET = 0x20000000000000,

/**Planet.*/

BF_PLANET = 0x40000000000000,

/**Australian Post.*/

BF_AUSTRALIANPOST = 0x80000000000000,

/**Royal Mail 4-State Customer Barcode.*/

BF_RM4SCC = 0x100000000000000,

/**KIX.*/

BF_KIX = 0x200000000000000,

/**DotCode.*/

BF_DOTCODE = 0x200000000,

/**_PHARMACODE_ONE_TRACK.*/

BF_PHARMACODE_ONE_TRACK = 0x400000000,

/**PHARMACODE_TWO_TRACK.*/

BF_PHARMACODE_TWO_TRACK = 0x800000000,

/**PHARMACODE.*/

BF_PHARMACODE = 0xC00000000

};

/**

* @enum LocalizationMode

*

* Describes the localization mode.

*/

typedef enum LocalizationMode

{

/**Not supported yet. */

LM_AUTO = 0x01,

/**Localizes barcodes by searching for connected blocks. This algorithm usually gives best result and it is recommended to set ConnectedBlocks to the highest priority. */

LM_CONNECTED_BLOCKS = 0x02,

/**Localizes barcodes by groups of contiguous black-white regions. This is optimized for QRCode and DataMatrix. */

LM_STATISTICS = 0x04,

/**Localizes barcodes by searching for groups of lines. This is optimized for 1D and PDF417 barcodes. */

LM_LINES = 0x08,

/**Localizes barcodes quickly. This mode is recommended in interactive scenario. Check @ref LM for available argument settings.*/

LM_SCAN_DIRECTLY = 0x10,

/**Localizes barcodes by groups of marks.This is optimized for DPM codes. */

LM_STATISTICS_MARKS = 0x20,

/**Localizes barcodes by groups of connected blocks and lines.This is optimized for postal codes. */

LM_STATISTICS_POSTAL_CODE = 0x40,

/**Localizes barcodes from the centre of the image. Check @ref LM for available argument settings. */

LM_CENTRE = 0x80,

/**Localizes 1D barcodes fast. Check @ref LM for available argument settings. */

LM_ONED_FAST_SCAN = 0x100,

/** Localizes barcodes by utilizing a neural network model. */

LM_NEURAL_NETWORK = 0X200,

/**Reserved setting for localization mode.*/

#if defined(_WIN32) || defined(_WIN64)

LM_REV = 0x80000000,

/**Placeholder value with no functional meaning.*/

LM_END = 0xFFFFFFFF,

#else

LM_REV = -2147483648,

/**Placeholder value with no functional meaning.*/

LM_END = -1,

#endif

/**Skips localization. */

LM_SKIP = 0x00

}LocalizationMode;

/**

* @enum DeblurMode

*

* Describes the deblur mode.

*/

typedef enum DeblurMode

{

/**Performs deblur process using the direct binarization algorithm.*/

DM_DIRECT_BINARIZATION = 0x01,

/**Performs deblur process using the threshold binarization algorithm.*/

DM_THRESHOLD_BINARIZATION = 0x02,

/**Performs deblur process using the gray equalization algorithm.*/

DM_GRAY_EQUALIZATION = 0x04,

/**Performs deblur process using the smoothing algorithm.*/

DM_SMOOTHING = 0x08,

/**Performs deblur process using the morphing algorithm.*/

DM_MORPHING = 0x10,

/**Performs deblur process using the deep analysis algorithm.*/

DM_DEEP_ANALYSIS = 0x20,

/**Performs deblur process using the sharpening algorithm.*/

DM_SHARPENING = 0x40,

/**Performs deblur process based on the binary image from the localization process.*/

DM_BASED_ON_LOC_BIN = 0x80,

/**Performs deblur process using the sharpening and smoothing algorithm.*/

DM_SHARPENING_SMOOTHING = 0x100,

// add in v11.0.10

/**Performs deblur process by utilizing a neural network model. */

DM_NEURAL_NETWORK = 0x200,

/**Reserved setting for deblur mode.*/

#if defined(_WIN32) || defined(_WIN64)

DM_REV = 0x80000000,

/**Placeholder value with no functional meaning.*/

DM_END = 0xFFFFFFFF,

#else

DM_REV = -2147483648,

DM_END = -1,

#endif

/**Skips the deblur process.*/

DM_SKIP = 0x00

}DeblurMode;

/**

* @enum QRCodeErrorCorrectionLevel

*

* Describes the QR Code error correction level.

*/

typedef enum QRCodeErrorCorrectionLevel

{

/**Error Correction Level H (high) */

QRECL_ERROR_CORRECTION_H,

/**Error Correction Level L (low) */

QRECL_ERROR_CORRECTION_L,

/**Error Correction Level M (medium-low) */

QRECL_ERROR_CORRECTION_M,

/**Error Correction Level Q (medium-high) */

QRECL_ERROR_CORRECTION_Q

}QRCodeErrorCorrectionLevel;

/**

* @enum ExtendedBarcodeResultType

*

* Describes the type of the extended barcode result.

*/

typedef enum ExtendedBarcodeResultType

{

/**Specifies the standard text. This means the barcode value. */

EBRT_STANDARD_RESULT,

/**Specifies all the candidate text. This means all the standard text results decoded from the barcode. */

EBRT_CANDIDATE_RESULT,

/**Specifies the partial text. This means part of the text result decoded from the barcode. */

EBRT_PARTIAL_RESULT

}ExtendedBarcodeResultType;

/**Structures section*/

#pragma pack(push)

#pragma pack(4)

/**

* The SimplifiedBarcodeReaderSettings struct contains settings for barcode decoding. It is a sub-parameter of SimplifiedCaptureVisionSettings.

*/

typedef struct tagSimplifiedBarcodeReaderSettings

{

/**Input a combined value of enumeration BarcodeFormat to specify the targeting barcode formats.*/

unsigned long long barcodeFormatIds;

/**

* Set the expected barcode count. The default value is 0.

* Set expectedBarcodesCount to 0 if the barcode count is unknown. The library will try to find at least 1 barcode.

* Set expectedBarcodesCount to 1 to reach the highest speed for processing single barcode.

* Set expectedBarcodesCount to "n" if there will be "n" barcodes to process from an image.

* Set expectedBarcodesCount to the highest expected value if there exists multiple barcode but the exact count is not confirmed.

*/

int expectedBarcodesCount;

/**Set the grayscale transformation modes with an array of enumeration GrayscaleTransformationMode.*/

GrayscaleTransformationMode grayscaleTransformationModes[8];

/**Set the grayscale enhancement modes with an array of enumeration GrayscaleEnhancementMode.*/

GrayscaleEnhancementMode grayscaleEnhancementModes[8];

/**Set the location modes with an array of enumeration LocalizationMode.*/

LocalizationMode localizationModes[8];

/**Set the deblur modes with an array of enumeration DeblurMode.*/

DeblurMode deblurModes[10];

/**Set the minimum result confidence to filter out the low confidence results. The default value is 30.*/

int minResultConfidence;

/**Set the minimum barcode text length to filter out the unqualified results.*/

int minBarcodeTextLength;

/**Set the RegEx pattern of the barcode text to filter out the unqualified results.*/

char barcodeTextRegExPattern[256];

/**Set the maximum available threads count in one barcode decoding task.*/

int maxThreadsInOneTask;

/**Set the threshold for image shrinking. If the shorter edge size exceeds the specified threshold value,

* the library will calculate the resized height and width of the image and and perform shrinking.

*/

int scaleDownThreshold;

/**Reserved for future use.*/

char reserved[508];

}SimplifiedBarcodeReaderSettings;

#pragma pack(pop)

#ifdef __cplusplus

using namespace dynamsoft::basic_structures;

using namespace dynamsoft::intermediate_results;

namespace dynamsoft

{

namespace dbr

{

#pragma pack(push)

#pragma pack(4)

/**

* The `CBarcodeDetails` class represents the details of a barcode. It is an abstract base class.

*

*/

class DBR_API CBarcodeDetails

{

public:

/**

* Destructor

*/

virtual ~CBarcodeDetails() {};

};

/**

* The `COneDCodeDetails` class represents detailed information about a one-dimensional barcode. It inherits from the `CBarcodeDetails` class.

*/

class DBR_API COneDCodeDetails :public CBarcodeDetails

{

public:

/**

* Constructor for the COneDCodeDetails class.

*/

COneDCodeDetails();

COneDCodeDetails(const COneDCodeDetails& other);

COneDCodeDetails& operator=(const COneDCodeDetails& other);

/**

* Destructor for the COneDCodeDetails class.

*/

~COneDCodeDetails();

/*The start chars in a byte array */

unsigned char* startCharsBytes;

/*The length of the start chars byte array*/

int startCharsBytesLength;

/*The stop chars in a byte array*/

unsigned char* stopCharsBytes;

/*The length of the stop chars byte array*/

int stopCharsBytesLength;

/*The check digit chars in a byte array*/

unsigned char* checkDigitBytes;

/*The length of the check digit chars byte array*/

int checkDigitBytesLength;

/*The position of the start pattern relative to the barcode location.

Index 0 : X coordinate of the start position in percentage value;

Index 1 : X coordinate of the end position in percentage value.*/

float startPatternRange[2];

/*The position of the middle pattern relative to the barcode location.

Index 0 : X coordinate of the start position in percentage value;

Index 1 : X coordinate of the end position in percentage value.*/

float middlePatternRange[2];

/*The position of the end pattern relative to the barcode location.

Index 0 : X coordinate of the start position in percentage value;

Index 1 : X coordinate of the end position in percentage value.*/

float endPatternRange[2];

/*Reserved memory for the struct.The length of this array indicates

the size of the memory reserved for this struct.*/

char reserved[8];

private:

void CopyMembers(const COneDCodeDetails& other);

};

/**

* The `CQRCodeDetails` class represents the details of a QR Code barcode. It is derived from the `CBarcodeDetails` class and contains various attributes related to the QR Code barcode.

*

*/

class DBR_API CQRCodeDetails : public CBarcodeDetails

{

public:

CQRCodeDetails(int _rows = -1, int _columns = -1, QRCodeErrorCorrectionLevel _level = QRECL_ERROR_CORRECTION_H,

int _version = -1, int _model = -1, int _mode = -1, int _page = -1, int _totalPage = -1, int _parityData = -1);

CQRCodeDetails& operator=(const CQRCodeDetails& other);

/**

* Destructor for the CQRCodeDetails class.

*/

~CQRCodeDetails();

/*The row count of the barcode*/

int rows;

/*The column count of the barcode*/

int columns;

/*The error correction level of the barcode*/

QRCodeErrorCorrectionLevel errorCorrectionLevel;

/*The version of the QR Code*/

int version;

/*Number of the models*/

int model;

/*Identify the first data encoding mode*/

int mode;

/*Identify the position of the particular symbol*/

int page;

/*Identify the total number of symbols to be concatenated in the Structured Append format*/

int totalPage;

/*The Parity Data shall be an 8 bit byte following the Symbol Sequence Indicator.

The parity data is a value obtained by XORing byte by byte the ASCII/JIS values of

all the original input data before division into symbol blocks.*/

unsigned char parityData;

int dataMaskPattern;

unsigned char* codewords;

int codewordsCount;

};

/**

* The `CPDF417Details` class represents a barcode in PDF417 format. It inherits from the `CBarcodeDetails` class and contains information about the row count, column count, and error correction level of the barcode.

*

*/

class DBR_API CPDF417Details :public CBarcodeDetails

{

public:

CPDF417Details(int _rows = -1, int _columns = -1, int _level = -1,

int _hasLeftRowIndicator = -1, int _hasRightRowIndicator = -1);

CPDF417Details& operator=(const CPDF417Details& other);

/**

* Destructor for the CPDF417Details class.

*/

~CPDF417Details();

/*The row count of the barcode*/

int rows;

/*The column count of the barcode*/

int columns;

/*The error correction level of the barcode*/

int errorCorrectionLevel;

/*Whether the left row indicator of the PDF417 code exists*/

int hasLeftRowIndicator;

/*Whether the right row indicator of the PDF417 code exists*/

int hasRightRowIndicator;

unsigned int * codewords;

int codewordsCount;

};

/**

* The `CDataMatrixDetails` class represents the details of a DataMatrix barcode. It is derived from the `CBarcodeDetails` class and contains various attributes related to the DataMatrix barcode.

*

*/

class DBR_API CDataMatrixDetails : public CBarcodeDetails

{

public:

CDataMatrixDetails(int _rows = -1, int _columns = -1, int _dataRegionRows = -1,

int _dataRegionColumns = -1, int _dataRegionNumber = -1);

/*The row count of the barcode*/

int rows;

/*The column count of the barcode*/

int columns;

/*The data region row count of the barcode*/

int dataRegionRows;

/*The data region column count of the barcode*/

int dataRegionColumns;

/*The data region count*/

int dataRegionNumber;

};

/**

* The `CAztecDetails` class represents a barcode in Aztec format. It inherits from the `CBarcodeDetails` class and contains information about the row count, column count, and layer number of the barcode.

*

*/

class DBR_API CAztecDetails :public CBarcodeDetails

{

public:

CAztecDetails(int _rows = -1, int _columns = -1, int _layerNumber = -1);

/*The row count of the barcode*/

int rows;

/*The column count of the barcode*/

int columns;

/*A negative number (-1, -2, -3, -4) specifies a compact Aztec code.

*A positive number (1, 2, .. 32) specifies a normal(full-rang) Aztec code */

int layerNumber;

};

/**

* Represents the Extended Channel Interpretation (ECI) information within a barcode.

*

* Each ECI segment specifies the character encoding used for a portion of the decoded bytes.

* The charset names follow the IANA character set registry (e.g. "UTF-8", "ISO-8859-1").

*/

class DBR_API CECISegment

{

public:

/**

* ECI assignment number as defined by ISO/IEC 15424.

*/

int eciValue;

/**

* Charset encoding name defined by IANA (e.g. "UTF-8", "ISO-8859-1").

*/

const char* charsetEncoding;

/**

* Start index of this ECI segment in the decoded barcode bytes.

*/

int startIndex;

/**

* Length (in bytes) of this segment within the decoded barcode bytes.

*/

int length;

};

namespace intermediate_results

{

/**

* The `CLocalizedBarcodeElement` class represents a localized barcode element detected in an image. It is inherited from `CRegionObjectElement` class.

*/

class DBR_API CLocalizedBarcodeElement : public CRegionObjectElement

{

protected:

/**

* Destructor

*/

virtual ~CLocalizedBarcodeElement() {};

public:

/**

* Gets the format of the barcode.

*

* @return Returns the format of the barcode.

*

*/

virtual unsigned long long GetPossibleFormats() const = 0;

/**

* Gets the string representation of the barcode format.

*

* @return Returns the string representation of the barcode format.

*

*/

virtual const char* GetPossibleFormatsString() const = 0;

/**

* Gets the orientation angle of the barcode.

*

* @return Returns the orientation angle of the barcode.

*

*/

virtual int GetAngle() const = 0;

/**

* Gets the module size of the barcode.

*

* @return Returns the module size of the barcode.

*

*/

virtual int GetModuleSize() const = 0;

/**

* Gets the confidence score of the barcode recognition result.

*

* @return Returns the confidence score of the barcode recognition result.

*

*/

virtual int GetConfidence() const = 0;

/**

* Sets the possible formats of the barcode.

*

* @param [in] possibleFormats The possible formats of the barcode.

*

*/

virtual void SetPossibleFormats(unsigned long long possibleFormats) = 0;

/**

* Sets the location of the localized barcode element.

*

* @param location The location of the localized barcode element.

* @return Returns 0 if success, otherwise an error code.

*/

virtual int SetLocation(const CQuadrilateral& location) = 0;

virtual void MarkAsDecoded() = 0;

virtual bool IsDecoded() const = 0;

};

class DBR_API CExtendedBarcodeResult;

/**

* The `CDecodedBarcodeElement` class represents a decoded barcode element.

* It is inherited from `CRegionObjectElement` class and provides additional functionality for retrieving information about the decoded barcode.

*/

class DBR_API CDecodedBarcodeElement : public CRegionObjectElement

{

protected:

/**

* Destructor

*/

virtual ~CDecodedBarcodeElement() {};

public:

/**

* Gets the format of the barcode.

*

* @return Returns the format of the barcode.

*

*/

virtual BarcodeFormat GetFormat() const = 0;

/**

* Gets the string representation of the barcode format.

*

* @return Returns the string representation of the barcode format.

*

*/

virtual const char* GetFormatString() const = 0;

/**

* Gets the text of the decoded barcode.

*

* @return Returns a pointer to the text of the decoded barcode.

*

*/

virtual const char* GetText() const = 0;

/**

* Gets the raw bytes of the decoded barcode.

*

* @return Returns a pointer to the raw bytes of the decoded barcode.

*

*/

virtual unsigned char* GetBytes() const = 0;

/**

* Gets the length of the raw bytes of the decoded barcode.

*

* @return Returns the length of the raw bytes of the decoded barcode.

*

*/

virtual int GetBytesLength() const = 0;

/**

* Gets the details of the decoded barcode.

*

* @return Returns a pointer to the details of the decoded barcode.

*

*/

virtual const CBarcodeDetails* GetDetails()const = 0;

/**

* Determines whether the decoded barcode is a DPM(Direct Part Marking) code.

*

* @return Returns true if the decoded barcode is a DPM code, false otherwise.

*

*/

virtual bool IsDPM() const = 0;

/**

* Determines whether the decoded barcode is mirrored.

*

* @return Returns true if the decoded barcode is mirrored, false otherwise.

*

*/

virtual bool IsMirrored() const = 0;

/**

* Gets the orientation angle of the barcode.

*

* @return Returns the orientation angle of the barcode.

*

*/

virtual int GetAngle() const = 0;

/**

* Gets the module size of the barcode.

*

* @return Returns the module size of the barcode.

*

*/

virtual int GetModuleSize() const = 0;

/**

* Gets the confidence score of the barcode recognition result.

*

* @return Returns the confidence score of the barcode recognition result.

*

*/

virtual int GetConfidence() const = 0;

/**

* Gets the number of extended barcode results for the decoded barcode.

*

* @return Returns the number of extended barcode results for the decoded barcode.

*

*/

virtual int GetExtendedBarcodeResultsCount() const = 0;

/**

* Gets the extended barcode result at the specified index for the decoded barcode.

*

* @param [in] index The index of the extended barcode result to retrive.

*

* @return Returns a pointer to the extended barcode result at the specified index for the decoded barcode.

*

*/

virtual const CExtendedBarcodeResult* GetExtendedBarcodeResult(int index) const = 0;

/**

* Sets the format of the barcode.

*

* @param [in] format The format of the barcode.

*

*/

virtual void SetFormat(BarcodeFormat format) = 0;

/**

* Sets the text of the barcode.

*

* @param text The text of the barcode.

*/

virtual void SetText(const char* text) = 0;

/**

* Sets the raw bytes of the decoded barcode.

*

* @param [in] bytes The raw bytes of the decoded barcode.

* @param [in] bytesLength The length of the raw bytes of the decoded barcode.

*

*/

virtual void SetBytes(unsigned char* bytes, int bytesLength) = 0;

/**

* Sets the confidence of the decoded barcode.

*

* @param confidence The confidence of the decoded barcode.

*

*/

virtual void SetConfidence(int confidence) = 0;

/**

* Sets the location of the decoded barcode element.

*

* @param location The location of the decoded barcode element.

* @return Returns 0 if success, otherwise an error code.

*/

virtual int SetLocation(const CQuadrilateral& location) = 0;

/**

* Gets the number of ECI segments in the barcode.

*

* @return The count of ECI segments. Returns 0 if no ECI information is present.

*/

virtual int GetECISegmentsCount() const = 0;

/**

* Gets the ECI segment at the specified index.

*

* @param index The zero-based index of the ECI segment to retrieve.

* @return A pointer to the CECISegment object, or NULL if the index is out of range.

*/

virtual const CECISegment* GetECISegment(int index) const = 0;

};

/**

* The `CExtendedBarcodeResult` class represents an extended barcode result in a decoded barcode element. It contains information such as the type of extended barcode, deformation, clarity, and a sampling image of the barcode.

*

*/

class DBR_API CExtendedBarcodeResult : public CDecodedBarcodeElement

{

protected:

/**

* Destructor

*/

virtual ~CExtendedBarcodeResult() {};

public:

/**

* Gets the type of extended barcode result.

*

* @return Returns the type of the extended barcode result.

*

*/

virtual ExtendedBarcodeResultType GetExtendedBarcodeResultType() const = 0;

/**

* Gets the deformation of the barcode.

*

* @return Returns the deformation of the barcode.

*

*/

virtual int GetDeformation() const = 0;

/**

* Gets the clarity of the barcode.

*

* @return Returns the clarity of the barcode.

*

*/

virtual int GetClarity() const = 0;

/**

* Gets the sampling image of the barcode.

*

* @return Returns a pointer to the sampling image of the barcode.

*

*/

virtual const CImageData* GetSamplingImage() const = 0;

};

/**

* Represents a candidate zone for barcode detection.

*

*/

class DBR_API CCandidateBarcodeZone

{

private:

CQuadrilateral location;

unsigned long long barcodeFormats;

public:

/**

* Default Constructor

*/

CCandidateBarcodeZone();

/**

* Constructor

*

* @param [in] location The location of the candidate barcode.

* @param [in] possibleFormats The posssible formats of the candidate barcode.

*

*/

CCandidateBarcodeZone(const CQuadrilateral& location, unsigned long long possibleFormats);

/**

* Gets the location of the candidate barcode.

*

* @return Returns the location of the candidate barcode.

*

*/

CQuadrilateral GetLocation() const;

/**

* Sets the location of the candidate barcode.

*

* @param [in] loc The location of the candidate barcode.

*

*/

void SetLocation(const CQuadrilateral& loc);

/**

* Gets the posssible formats of the candidate barcode.

*

* @return Returns the posssible formats of the candidate barcode.

*

*/

unsigned long long GetPossibleFormats() const;

/**

* Sets the posssible formats of the candidate barcode.

*

* @param [in] formats The posssible formats of the candidate barcode.

*

*/