Aspose::BarCode::Generation Namespace Reference

Namespaces
	ParamsSpecification

Classes
class	AustralianPostParameters
	AustralianPost barcode parameters. More...
class	AztecExtCodetextBuilder
class	AztecParameters
	Aztec parameters. More...
class	BarcodeGenerator
	BarcodeGenerator for backend barcode images generation. More...
class	BarcodeParameters
	Barcode generation parameters. More...
class	BaseEncodeType
	Base class for SymbologyEncodeType. More...
class	BaseGenerationParameters
	Barcode image generation parameters. More...
class	BorderParameters
	Barcode image border parameters More...
class	CaptionParameters
	Caption parameters. More...
class	CodabarParameters
	Codabar parameters. More...
class	CodablockParameters
	Codablock parameters. More...
class	Code128Parameters
	Code128 parameters. More...
class	Code16KParameters
	Code16K parameters. More...
class	CodetextParameters
	Codetext parameters. More...
class	CouponParameters
	Coupon parameters. Used for UpcaGs1DatabarCoupon, UpcaGs1Code128Coupon. More...
class	DataBarParameters
	Databar parameters. More...
class	DataMatrixExtCodetextBuilder
class	DataMatrixParameters
	DataMatrix parameters. More...
class	DotCodeExtCodetextBuilder
class	DotCodeParameters
	DotCode parameters. More...
class	EncodeTypes
	Specifies the type of barcode to encode. More...
class	ExtCodetextBuilder
	Helper class for automatic codetext generation of the Extended Codetext Mode More...
class	FontUnit
	Defines a particular format for text, including font face, size, and style attributes where size in Unit value property. More...
class	GS1CompositeBarParameters
	GS1 Composite bar parameters. More...
class	HanXinExtCodetextBuilder
class	HanXinParameters
	Han Xin parameters. More...
class	HslaColor
	Class for representing HSLA color (Hue, Saturation, Lightness, Alpha) More...
class	ImageParameters
	Image parameters. More...
class	ISimplePropertyChangedEventHandler
class	ITFParameters
	ITF parameters. More...
class	MaxiCodeExtCodetextBuilder
class	MaxiCodeParameters
	MaxiCode parameters. More...
class	Padding
	Paddings parameters. More...
class	PatchCodeParameters
	PatchCode parameters. More...
class	Pdf417Parameters
	PDF417 parameters. Contains PDF417, MacroPDF417, MicroPDF417 and GS1MicroPdf417 parameters. MacroPDF417 requires two fields: Pdf417MacroFileID and Pdf417MacroSegmentID. All other fields are optional. MicroPDF417 in Structured Append mode (same as MacroPDF417 mode) requires two fields: Pdf417MacroFileID and Pdf417MacroSegmentID. All other fields are optional. More...
class	PostalParameters
	Postal parameters. Used for Postnet, Planet. More...
class	QrExtCodetextBuilder
class	QrParameters
	QR parameters. More...
class	QrStructuredAppendParameters
	QR structured append parameters. More...
class	SupplementParameters
	Supplement parameters. Used for Interleaved2of5, Standard2of5, EAN13, EAN8, UPCA, UPCE, ISBN, ISSN, ISMN. More...
class	SvgParameters
	SVG parameters. More...
class	SymbologyEncodeType
	Symbology encode type. See EncodeTypes to get instance. More...
class	Unit
	Specifies the size value in different units (Pixel, Inches, etc.). More...

Enumerations
enum	BarcodeClassifications {   BarcodeClassifications::None, BarcodeClassifications::Type1D, BarcodeClassifications::Type2D, BarcodeClassifications::Postal,   BarcodeClassifications::Databar, BarcodeClassifications::Coupon }
	Symbology classification More...
enum	AutoSizeMode { AutoSizeMode::None, AutoSizeMode::Nearest, AutoSizeMode::Interpolation }
	Specifies the different types of automatic sizing modes. More...
enum	AztecEncodeMode {   AztecEncodeMode::Auto = 0, AztecEncodeMode::Bytes = 1, AztecEncodeMode::ExtendedCodetext = 2, AztecEncodeMode::Extended = 3,   AztecEncodeMode::Binary = 4, AztecEncodeMode::ECI = 5 }
	Encoding mode for Aztec barcodes. More...
enum	AztecSymbolMode { AztecSymbolMode::Auto, AztecSymbolMode::Compact, AztecSymbolMode::FullRange, AztecSymbolMode::Rune }
	Specifies the Aztec symbol mode. More...
enum	BarCodeImageFormat {   BarCodeImageFormat::Bmp, BarCodeImageFormat::Gif, BarCodeImageFormat::Jpeg, BarCodeImageFormat::Png,   BarCodeImageFormat::Tiff, BarCodeImageFormat::TiffInCmyk, BarCodeImageFormat::Emf, BarCodeImageFormat::Svg }
	Specifies the file format of the image. More...
enum	BorderDashStyle {   BorderDashStyle::Solid = 0, BorderDashStyle::Dash = 1, BorderDashStyle::Dot = 2, BorderDashStyle::DashDot = 3,   BorderDashStyle::DashDotDot = 4 }
	Specifies the style of dashed border lines. More...
enum	CodabarChecksumMode { CodabarChecksumMode::Mod10, CodabarChecksumMode::Mod16 }
	Specifies the checksum algorithm for Codabar More...
enum	CodabarSymbol : int16_t { CodabarSymbol::A = static_cast<int16_t>((int16_t)u'A'), CodabarSymbol::B = static_cast<int16_t>((int16_t)u'B'), CodabarSymbol::C = static_cast<int16_t>((int16_t)u'C'), CodabarSymbol::D = static_cast<int16_t>((int16_t)u'D') }
	Specifies the start or stop symbol of the Codabar barcode specification. More...
enum	Code128EncodeMode {   Code128EncodeMode::Auto = 0, Code128EncodeMode::CodeA = 1, Code128EncodeMode::CodeB = 2, Code128EncodeMode::CodeC = 4,   Code128EncodeMode::CodeAB = 3, Code128EncodeMode::CodeAC = 5, Code128EncodeMode::CodeBC = 6 }
	Encoding mode for Code128 barcodes. Code 128specification. More...
enum	FontMode { FontMode::Auto = 0, FontMode::Manual = 1 }
	Font size mode. More...
enum	CodeLocation { CodeLocation::Below = 0, CodeLocation::Above = 1, CodeLocation::None = 2 }
	Codetext location More...
enum	DataMatrixEccType {   DataMatrixEccType::EccAuto, DataMatrixEccType::Ecc000, DataMatrixEccType::Ecc050, DataMatrixEccType::Ecc080,   DataMatrixEccType::Ecc100, DataMatrixEccType::Ecc140, DataMatrixEccType::Ecc200 }
	Specify the type of the ECC to encode. More...
enum	DataMatrixEncodeMode {   DataMatrixEncodeMode::Auto = 0, DataMatrixEncodeMode::ASCII = 1, DataMatrixEncodeMode::Bytes = 6, DataMatrixEncodeMode::C40 = 8,   DataMatrixEncodeMode::Text = 9, DataMatrixEncodeMode::EDIFACT = 10, DataMatrixEncodeMode::ANSIX12 = 11, DataMatrixEncodeMode::ExtendedCodetext = 12,   DataMatrixEncodeMode::Extended = 13, DataMatrixEncodeMode::Base256 = 14, DataMatrixEncodeMode::Binary = 15, DataMatrixEncodeMode::ECI = 16 }
	DataMatrix encoder's encoding mode, default to Auto More...
enum	DataMatrixVersion {   DataMatrixVersion::Auto = 0, DataMatrixVersion::RowsColumns = 1, DataMatrixVersion::ECC000_9x9 = 2, DataMatrixVersion::ECC000_050_11x11 = 3,   DataMatrixVersion::ECC000_100_13x13 = 4, DataMatrixVersion::ECC000_100_15x15 = 5, DataMatrixVersion::ECC000_140_17x17 = 6, DataMatrixVersion::ECC000_140_19x19 = 7,   DataMatrixVersion::ECC000_140_21x21 = 8, DataMatrixVersion::ECC000_140_23x23 = 9, DataMatrixVersion::ECC000_140_25x25 = 10, DataMatrixVersion::ECC000_140_27x27 = 11,   DataMatrixVersion::ECC000_140_29x29 = 12, DataMatrixVersion::ECC000_140_31x31 = 13, DataMatrixVersion::ECC000_140_33x33 = 14, DataMatrixVersion::ECC000_140_35x35 = 15,   DataMatrixVersion::ECC000_140_37x37 = 16, DataMatrixVersion::ECC000_140_39x39 = 17, DataMatrixVersion::ECC000_140_41x41 = 18, DataMatrixVersion::ECC000_140_43x43 = 19,   DataMatrixVersion::ECC000_140_45x45 = 20, DataMatrixVersion::ECC000_140_47x47 = 21, DataMatrixVersion::ECC000_140_49x49 = 22, DataMatrixVersion::ECC200_10x10 = 23,   DataMatrixVersion::ECC200_12x12 = 24, DataMatrixVersion::ECC200_14x14 = 25, DataMatrixVersion::ECC200_16x16 = 26, DataMatrixVersion::ECC200_18x18 = 27,   DataMatrixVersion::ECC200_20x20 = 28, DataMatrixVersion::ECC200_22x22 = 29, DataMatrixVersion::ECC200_24x24 = 30, DataMatrixVersion::ECC200_26x26 = 31,   DataMatrixVersion::ECC200_32x32 = 32, DataMatrixVersion::ECC200_36x36 = 33, DataMatrixVersion::ECC200_40x40 = 34, DataMatrixVersion::ECC200_44x44 = 35,   DataMatrixVersion::ECC200_48x48 = 36, DataMatrixVersion::ECC200_52x52 = 37, DataMatrixVersion::ECC200_64x64 = 38, DataMatrixVersion::ECC200_72x72 = 39,   DataMatrixVersion::ECC200_80x80 = 40, DataMatrixVersion::ECC200_88x88 = 41, DataMatrixVersion::ECC200_96x96 = 42, DataMatrixVersion::ECC200_104x104 = 43,   DataMatrixVersion::ECC200_120x120 = 44, DataMatrixVersion::ECC200_132x132 = 45, DataMatrixVersion::ECC200_144x144 = 46, DataMatrixVersion::ECC200_8x18 = 47,   DataMatrixVersion::ECC200_8x32 = 48, DataMatrixVersion::ECC200_12x26 = 49, DataMatrixVersion::ECC200_12x36 = 50, DataMatrixVersion::ECC200_16x36 = 51,   DataMatrixVersion::ECC200_16x48 = 52, DataMatrixVersion::DMRE_8x48 = 53, DataMatrixVersion::DMRE_8x64 = 54, DataMatrixVersion::DMRE_8x80 = 55,   DataMatrixVersion::DMRE_8x96 = 56, DataMatrixVersion::DMRE_8x120 = 57, DataMatrixVersion::DMRE_8x144 = 58, DataMatrixVersion::DMRE_12x64 = 59,   DataMatrixVersion::DMRE_12x88 = 60, DataMatrixVersion::DMRE_16x64 = 61, DataMatrixVersion::DMRE_20x36 = 62, DataMatrixVersion::DMRE_20x44 = 63,   DataMatrixVersion::DMRE_20x64 = 64, DataMatrixVersion::DMRE_22x48 = 65, DataMatrixVersion::DMRE_24x48 = 66, DataMatrixVersion::DMRE_24x64 = 67,   DataMatrixVersion::DMRE_26x40 = 68, DataMatrixVersion::DMRE_26x48 = 69, DataMatrixVersion::DMRE_26x64 = 70 }
	Specify the type of the ECC to encode. More...
enum	DotCodeEncodeMode {   DotCodeEncodeMode::Auto = 0, DotCodeEncodeMode::Bytes = 1, DotCodeEncodeMode::ExtendedCodetext = 2, DotCodeEncodeMode::Binary = 3,   DotCodeEncodeMode::ECI = 4, DotCodeEncodeMode::Extended = 5 }
	Encoding mode for DotCode barcodes. More...
enum	ECIEncodings {   ECIEncodings::ISO_8859_1 = 3, ECIEncodings::ISO_8859_2 = 4, ECIEncodings::ISO_8859_3 = 5, ECIEncodings::ISO_8859_4 = 6,   ECIEncodings::ISO_8859_5 = 7, ECIEncodings::ISO_8859_6 = 8, ECIEncodings::ISO_8859_7 = 9, ECIEncodings::ISO_8859_8 = 10,   ECIEncodings::ISO_8859_9 = 11, ECIEncodings::ISO_8859_10 = 12, ECIEncodings::ISO_8859_11 = 13, ECIEncodings::ISO_8859_13 = 15,   ECIEncodings::ISO_8859_14 = 16, ECIEncodings::ISO_8859_15 = 17, ECIEncodings::ISO_8859_16 = 18, ECIEncodings::Shift_JIS = 20,   ECIEncodings::Win1250 = 21, ECIEncodings::Win1251 = 22, ECIEncodings::Win1252 = 23, ECIEncodings::Win1256 = 24,   ECIEncodings::UTF16BE = 25, ECIEncodings::UTF8 = 26, ECIEncodings::US_ASCII = 27, ECIEncodings::Big5 = 28,   ECIEncodings::GB2312 = 29, ECIEncodings::EUC_KR = 30, ECIEncodings::GBK = 31, ECIEncodings::GB18030 = 32,   ECIEncodings::UTF16LE = 33, ECIEncodings::UTF32BE = 34, ECIEncodings::UTF32LE = 35, ECIEncodings::INVARIANT = 170,   ECIEncodings::BINARY = 899, ECIEncodings::NONE = 0 }
enum	EnableChecksum { EnableChecksum::Default, EnableChecksum::Yes, EnableChecksum::No }
enum	HanXinEncodeMode {   HanXinEncodeMode::Auto = 0, HanXinEncodeMode::Binary = 1, HanXinEncodeMode::ECI = 2, HanXinEncodeMode::Unicode = 3,   HanXinEncodeMode::URI = 4, HanXinEncodeMode::Extended = 5 }
	Han Xin Code encoding mode. It is recommended to use Auto with ASCII / Chinese characters or Unicode for Unicode characters. More...
enum	HanXinErrorLevel { HanXinErrorLevel::L1 = 0, HanXinErrorLevel::L2 = 1, HanXinErrorLevel::L3 = 2, HanXinErrorLevel::L4 = 3 }
	Level of Reed-Solomon error correction. From low to high: L1, L2, L3, L4. More...
enum	HanXinVersion {   HanXinVersion::Auto = 0, HanXinVersion::Version01 = 1, HanXinVersion::Version02 = 2, HanXinVersion::Version03 = 3,   HanXinVersion::Version04 = 4, HanXinVersion::Version05 = 5, HanXinVersion::Version06 = 6, HanXinVersion::Version07 = 7,   HanXinVersion::Version08 = 8, HanXinVersion::Version09 = 9, HanXinVersion::Version10 = 10, HanXinVersion::Version11 = 11,   HanXinVersion::Version12 = 12, HanXinVersion::Version13 = 13, HanXinVersion::Version14 = 14, HanXinVersion::Version15 = 15,   HanXinVersion::Version16 = 16, HanXinVersion::Version17 = 17, HanXinVersion::Version18 = 18, HanXinVersion::Version19 = 19,   HanXinVersion::Version20 = 20, HanXinVersion::Version21 = 21, HanXinVersion::Version22 = 22, HanXinVersion::Version23 = 23,   HanXinVersion::Version24 = 24, HanXinVersion::Version25 = 25, HanXinVersion::Version26 = 26, HanXinVersion::Version27 = 27,   HanXinVersion::Version28 = 28, HanXinVersion::Version29 = 29, HanXinVersion::Version30 = 30, HanXinVersion::Version31 = 31,   HanXinVersion::Version32 = 32, HanXinVersion::Version33 = 33, HanXinVersion::Version34 = 34, HanXinVersion::Version35 = 35,   HanXinVersion::Version36 = 36, HanXinVersion::Version37 = 37, HanXinVersion::Version38 = 38, HanXinVersion::Version39 = 39,   HanXinVersion::Version40 = 40, HanXinVersion::Version41 = 41, HanXinVersion::Version42 = 42, HanXinVersion::Version43 = 43,   HanXinVersion::Version44 = 44, HanXinVersion::Version45 = 45, HanXinVersion::Version46 = 46, HanXinVersion::Version47 = 47,   HanXinVersion::Version48 = 48, HanXinVersion::Version49 = 49, HanXinVersion::Version50 = 50, HanXinVersion::Version51 = 51,   HanXinVersion::Version52 = 52, HanXinVersion::Version53 = 53, HanXinVersion::Version54 = 54, HanXinVersion::Version55 = 55,   HanXinVersion::Version56 = 56, HanXinVersion::Version57 = 57, HanXinVersion::Version58 = 58, HanXinVersion::Version59 = 59,   HanXinVersion::Version60 = 60, HanXinVersion::Version61 = 61, HanXinVersion::Version62 = 62, HanXinVersion::Version63 = 63,   HanXinVersion::Version64 = 64, HanXinVersion::Version65 = 65, HanXinVersion::Version66 = 66, HanXinVersion::Version67 = 67,   HanXinVersion::Version68 = 68, HanXinVersion::Version69 = 69, HanXinVersion::Version70 = 70, HanXinVersion::Version71 = 71,   HanXinVersion::Version72 = 72, HanXinVersion::Version73 = 73, HanXinVersion::Version74 = 74, HanXinVersion::Version75 = 75,   HanXinVersion::Version76 = 76, HanXinVersion::Version77 = 77, HanXinVersion::Version78 = 78, HanXinVersion::Version79 = 79,   HanXinVersion::Version80 = 80, HanXinVersion::Version81 = 81, HanXinVersion::Version82 = 82, HanXinVersion::Version83 = 83,   HanXinVersion::Version84 = 84 }
	Version of Han Xin Code. From Version01 - 23 x 23 modules to Version84 - 189 x 189 modules, increasing in steps of 2 modules per side. More...
enum	ITF14BorderType {   ITF14BorderType::None, ITF14BorderType::Frame, ITF14BorderType::Bar, ITF14BorderType::FrameOut,   ITF14BorderType::BarOut }
	ITF14 border type of barcode More...
enum	MacroCharacter { MacroCharacter::None = 0, MacroCharacter::Macro05 = 5, MacroCharacter::Macro06 = 6 }
	Macro Characters 05 and 06 values are used to obtain more compact encoding in special modes. 05 Macro craracter is translated to "[)>\u001E05\u001D" as decoded data header and "\u001E\u0004" as decoded data trailer. 06 Macro craracter is translated to "[)>\u001E06\u001D" as decoded data header and "\u001E\u0004" as decoded data trailer. More...
enum	Pdf417MacroTerminator { Pdf417MacroTerminator::Auto, Pdf417MacroTerminator::None, Pdf417MacroTerminator::Set }
	Used to tell the encoder whether to add Macro PDF417 Terminator (codeword 922) to the segment. Applied only for Macro PDF417. More...
enum	MaxiCodeEncodeMode {   MaxiCodeEncodeMode::Auto = 0, MaxiCodeEncodeMode::Bytes = 1, MaxiCodeEncodeMode::ExtendedCodetext = 2, MaxiCodeEncodeMode::Extended = 3,   MaxiCodeEncodeMode::Binary = 4, MaxiCodeEncodeMode::ECI = 5 }
	Encoding mode for MaxiCode barcodes. More...
enum	MaxiCodeMode {   MaxiCodeMode::Mode2 = 2, MaxiCodeMode::Mode3 = 3, MaxiCodeMode::Mode4 = 4, MaxiCodeMode::Mode5 = 5,   MaxiCodeMode::Mode6 = 6 }
	Encoding mode for MaxiCode barcodes. More...
enum	MicroQRVersion {   MicroQRVersion::Auto, MicroQRVersion::M1, MicroQRVersion::M2, MicroQRVersion::M3,   MicroQRVersion::M4 }
	Version of MicroQR Code. From M1 to M4. More...
enum	PatchFormat {   PatchFormat::PatchOnly, PatchFormat::A4, PatchFormat::A4_LANDSCAPE, PatchFormat::US_Letter,   PatchFormat::US_Letter_LANDSCAPE }
	PatchCode format. Choose PatchOnly to generate single PatchCode. Use page format to generate Patch page with PatchCodes as borders More...
enum	Pdf417CompactionMode { Pdf417CompactionMode::Auto = 0, Pdf417CompactionMode::Text = 1, Pdf417CompactionMode::Numeric = 2, Pdf417CompactionMode::Binary = 3 }
	Pdf417 barcode compaction mode More...
enum	Pdf417EncodeMode { Pdf417EncodeMode::Auto = 0, Pdf417EncodeMode::Binary = 1, Pdf417EncodeMode::ECI = 2, Pdf417EncodeMode::Extended = 3 }
	Pdf417 barcode encode mode More...
enum	Pdf417ErrorLevel {   Pdf417ErrorLevel::Level0 = 0, Pdf417ErrorLevel::Level1, Pdf417ErrorLevel::Level2, Pdf417ErrorLevel::Level3,   Pdf417ErrorLevel::Level4, Pdf417ErrorLevel::Level5, Pdf417ErrorLevel::Level6, Pdf417ErrorLevel::Level7,   Pdf417ErrorLevel::Level8 }
	pdf417 barcode's error correction level, from level 0 to level 9, level 0 means no error correction, level 8 means best error correction More...
enum	QREncodeMode {   QREncodeMode::Auto = 0, QREncodeMode::Bytes = 1, QREncodeMode::Utf8BOM = 2, QREncodeMode::Utf16BEBOM = 3,   QREncodeMode::ECIEncoding = 4, QREncodeMode::ExtendedCodetext = 5, QREncodeMode::Extended = 6, QREncodeMode::Binary = 7,   QREncodeMode::ECI = 8 }
	Encoding mode for QR barcodes. More...
enum	QREncodeType { QREncodeType::Auto = 0, QREncodeType::ForceQR = 1, QREncodeType::ForceMicroQR = 2 }
	QR / MicroQR selector mode. Select ForceQR for standard QR symbols, Auto for MicroQR. ForceMicroQR is used for strongly MicroQR symbol generation if it is possible. More...
enum	QRErrorLevel { QRErrorLevel::LevelL = 0, QRErrorLevel::LevelM = 1, QRErrorLevel::LevelQ = 2, QRErrorLevel::LevelH = 3 }
	Level of Reed-Solomon error correction. From low to high: LevelL, LevelM, LevelQ, LevelH. More...
enum	QRVersion {   QRVersion::Auto = 0, QRVersion::Version01 = 1, QRVersion::Version02 = 2, QRVersion::Version03 = 3,   QRVersion::Version04 = 4, QRVersion::Version05 = 5, QRVersion::Version06 = 6, QRVersion::Version07 = 7,   QRVersion::Version08 = 8, QRVersion::Version09 = 9, QRVersion::Version10 = 10, QRVersion::Version11 = 11,   QRVersion::Version12 = 12, QRVersion::Version13 = 13, QRVersion::Version14 = 14, QRVersion::Version15 = 15,   QRVersion::Version16 = 16, QRVersion::Version17 = 17, QRVersion::Version18 = 18, QRVersion::Version19 = 19,   QRVersion::Version20 = 20, QRVersion::Version21 = 21, QRVersion::Version22 = 22, QRVersion::Version23 = 23,   QRVersion::Version24 = 24, QRVersion::Version25 = 25, QRVersion::Version26 = 26, QRVersion::Version27 = 27,   QRVersion::Version28 = 28, QRVersion::Version29 = 29, QRVersion::Version30 = 30, QRVersion::Version31 = 31,   QRVersion::Version32 = 32, QRVersion::Version33 = 33, QRVersion::Version34 = 34, QRVersion::Version35 = 35,   QRVersion::Version36 = 36, QRVersion::Version37 = 37, QRVersion::Version38 = 38, QRVersion::Version39 = 39,   QRVersion::Version40 = 40, QRVersion::VersionM1 = 101, QRVersion::VersionM2 = 102, QRVersion::VersionM3 = 103,   QRVersion::VersionM4 = 104 }
	Version of QR Code. From Version1 to Version40 for QR code and from M1 to M4 for MicroQr. More...
enum	RectMicroQRVersion {   RectMicroQRVersion::Auto, RectMicroQRVersion::R7x43, RectMicroQRVersion::R7x59, RectMicroQRVersion::R7x77,   RectMicroQRVersion::R7x99, RectMicroQRVersion::R7x139, RectMicroQRVersion::R9x43, RectMicroQRVersion::R9x59,   RectMicroQRVersion::R9x77, RectMicroQRVersion::R9x99, RectMicroQRVersion::R9x139, RectMicroQRVersion::R11x27,   RectMicroQRVersion::R11x43, RectMicroQRVersion::R11x59, RectMicroQRVersion::R11x77, RectMicroQRVersion::R11x99,   RectMicroQRVersion::R11x139, RectMicroQRVersion::R13x27, RectMicroQRVersion::R13x43, RectMicroQRVersion::R13x59,   RectMicroQRVersion::R13x77, RectMicroQRVersion::R13x99, RectMicroQRVersion::R13x139, RectMicroQRVersion::R15x43,   RectMicroQRVersion::R15x59, RectMicroQRVersion::R15x77, RectMicroQRVersion::R15x99, RectMicroQRVersion::R15x139,   RectMicroQRVersion::R17x43, RectMicroQRVersion::R17x59, RectMicroQRVersion::R17x77, RectMicroQRVersion::R17x99,   RectMicroQRVersion::R17x139 }
	Version of RectMicroQR Code. From version R7x43 to version R17x139. More...
enum	SvgColorMode { SvgColorMode::RGB = 0, SvgColorMode::RGBA = 1, SvgColorMode::HSL = 2, SvgColorMode::HSLA = 3 }
	Possible modes for filling color in svg file, RGB is default and supported by SVG 1.1. RGBA, HSL, HSLA is allowed in SVG 2.0 standard. Even in RGB opacity will be set through "fill-opacity" parameter More...
enum	TextAlignment { TextAlignment::Left = 0, TextAlignment::Center = 1, TextAlignment::Right = 2 }
	Text alignment. More...
enum	TwoDComponentType { TwoDComponentType::Auto = 0, TwoDComponentType::CC_A = 1, TwoDComponentType::CC_B = 2, TwoDComponentType::CC_C = 3 }
	Type of 2D component More...

Enumeration Type Documentation

AutoSizeMode

enum Aspose::BarCode::Generation::AutoSizeMode

strong

Specifies the different types of automatic sizing modes.

Enumerator
None	Automatic resizing is disabled.
Nearest	Resizes barcode to nearest lowest possible size specified by ImageWidth and ImageHeight properties. Preserves default aspect ratio.
Interpolation	Resizes barcode to specified size. Size can be specified by ImageWidth and ImageHeight properties. Generated barcode may be invalid (not readable) after scaling.

AztecEncodeMode

enum Aspose::BarCode::Generation::AztecEncodeMode

strong

Encoding mode for Aztec barcodes.

[C#]
//Auto mode
var codetext = "犬Right狗";
using (var generator = new BarcodeGenerator(EncodeTypes.Aztec, codetext))
{
    generator.Parameters.Barcode.Aztec.ECIEncoding = ECIEncodings.UTF8;
    generator.Save("test.bmp");
}

byte[] encodedArr = { 0xFF, 0xFE, 0xFD, 0xFC, 0xFB, 0xFA, 0xF9 };
using (var generator = new BarcodeGenerator(EncodeTypes.Aztec))
{
    generator.SetCodetext(encodedArr);
    generator.Parameters.Barcode.Aztec.AztecEncodeMode = AztecEncodeMode.Binary;
    generator.Save("test.bmp");
}

//Extended mode
//create codetext
AztecExtCodetextBuilder textBuilder = new AztecExtCodetextBuilder();
textBuilder.AddECICodetext(ECIEncodings.Win1251, "Will");
textBuilder.AddECICodetext(ECIEncodings.UTF8, "犬Right狗");
textBuilder.AddECICodetext(ECIEncodings.UTF16BE, "犬Power狗");
textBuilder.AddPlainCodetext("Plain text");

//generate codetext
string codetext = textBuilder.GetExtendedCodetext();    
<br>
//generate
using(BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.Aztec, codetext))
{
    generator.Parameters.Barcode.Aztec.AztecEncodeMode = AztecEncodeMode.Extended;
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text";
    generator.Save("test.bmp");
}

Enumerator
Auto	In Auto mode, the CodeText is encoded with maximum data compactness. Unicode characters are re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown.
Bytes	Encode codetext as plain bytes. If it detects any Unicode character, the character will be encoded as two bytes, lower byte first. Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'SetCodeText' method to convert the message to byte array with specified encoding. False
ExtendedCodetext	Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'Extended' encode mode. False Extended mode which supports multi ECI modes. It is better to use AztecExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset.
Extended	Extended mode which supports multi ECI modes. It is better to use AztecExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset.
Binary	In Binary mode, the CodeText is encoded with maximum data compactness. If a Unicode character is found, an exception is thrown.
ECI	In ECI mode, the entire message is re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown. Please note that some old (pre 2006) scanners may not support this mode.

AztecSymbolMode

enum Aspose::BarCode::Generation::AztecSymbolMode

strong

Specifies the Aztec symbol mode.

This sample shows how to change Aztec Symbol mode and save a BarCode image.

[C#]
using (Aspose.BarCode.Generation.BarcodeGenerator generator = new Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.Aztec))
{
    generator.CodeText = "125";
    generator.Parameters.Barcode.Aztec.AztecSymbolMode = AztecSymbolMode.Rune;
    generator.Save("test.png");
}
[VB.NET]
Using generator As New Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.Aztec)
    generator.CodeText = "125"
    generator.Parameters.Barcode.Aztec.AztecSymbolMode = AztecSymbolMode.Rune
    generator.Save("test.png")
End Using

Enumerator
Auto	Specifies to automatically pick up the best symbol (Compact or Full-range) for Aztec. This is default value.
Compact	Specifies the Compact symbol for Aztec. Aztec Compact symbol permits only 1, 2, 3 or 4 layers.
FullRange	Specifies the Full-range symbol for Aztec. Aztec Full-range symbol permits from 1 to 32 layers.
Rune	Specifies the Rune symbol for Aztec. Aztec Runes are a series of small but distinct machine-readable marks. It permits only number value from 0 to 255.

BarcodeClassifications

enum Aspose::BarCode::Generation::BarcodeClassifications

strong

Symbology classification

Enumerator
None	Unspecified classification
Type1D	Specifies 1D-barcode
Type2D	Specifies 2D-barcode
Postal	Specifies Postal-barcode
Databar	Specifies DataBar-barcode
Coupon	Specifies Coupon-barcode

BarCodeImageFormat

enum Aspose::BarCode::Generation::BarCodeImageFormat

strong

Specifies the file format of the image.

Enumerator
Bmp	Specifies the bitmap (BMP) image format.
Gif	Specifies the Graphics Interchange Format (GIF) image format.
Jpeg	Specifies the Joint Photographic Experts Group (JPEG) image format.
Png	Specifies the W3C Portable Network Graphics (PNG) image format.
Tiff	Specifies the Tagged Image File Format (TIFF) image format.
TiffInCmyk	Specifies the Tagged Image File Format (TIFF) image format in CMYK color model. (Supported only on Windows platform, on *nix platforms is saved as Tiff)
Emf	Specifies the Enhanced Metafile (EMF) image format. (Supported only on Windows platform, on *nix platforms is saved as PNG)
Svg	Specifies the Scalable Vector Graphics (SVG) image format.

BorderDashStyle

enum Aspose::BarCode::Generation::BorderDashStyle

strong

Specifies the style of dashed border lines.

Enumerator
Solid	Specifies a solid line.
Dash	Specifies a line consisting of dashes.
Dot	Specifies a line consisting of dots.
DashDot	Specifies a line consisting of a repeating pattern of dash-dot.
DashDotDot	Specifies a line consisting of a repeating pattern of dash-dot-dot.

CodabarChecksumMode

enum Aspose::BarCode::Generation::CodabarChecksumMode

strong

Specifies the checksum algorithm for Codabar

Enumerator
Mod10	Specifies Mod 10 algorithm for Codabar.
Mod16	Specifies Mod 16 algorithm for Codabar (recomended AIIM).

CodabarSymbol

enum Aspose::BarCode::Generation::CodabarSymbol : int16_t

strong

Specifies the start or stop symbol of the Codabar barcode specification.

Enumerator
A	Specifies character A as the start or stop symbol of the Codabar barcode specification.
B	Specifies character B as the start or stop symbol of the Codabar barcode specification.
C	Specifies character C as the start or stop symbol of the Codabar barcode specification.
D	Specifies character D as the start or stop symbol of the Codabar barcode specification.

Code128EncodeMode

enum Aspose::BarCode::Generation::Code128EncodeMode

strong

Encoding mode for Code128 barcodes. Code 128specification.

Thos code demonstrates how to generate code 128 with different encodings

[C#]
//Generate code 128 with ISO 15417 encoding
BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.Code128, "ABCD1234567890");
generator.Parameters.Barcode.Code128.Code128EncodeMode = Code128EncodeMode.Auto;
generator.Save(@"d:\save\rec\code128Auto.png", BarCodeImageFormat.Png);

//Generate code 128 only with Codeset A encoding
BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.Code128, "ABCD1234567890");
generator.Parameters.Barcode.Code128.Code128EncodeMode = Code128EncodeMode.CodeA;
generator.Save(@"d:\save\rec\code128CodeA.png", BarCodeImageFormat.Png);

Enumerator
Auto	Encode codetext in classic ISO 15417 mode. The mode should be used in all ordinary cases.
CodeA	Encode codetext only in 128A codeset.
CodeB	Encode codetext only in 128B codeset.
CodeC	Encode codetext only in 128C codeset.
CodeAB	Encode codetext only in 128A and 128B codesets.
CodeAC	Encode codetext only in 128A and 128C codesets.
CodeBC	Encode codetext only in 128B and 128C codesets.

CodeLocation

enum Aspose::BarCode::Generation::CodeLocation

strong

Codetext location

Enumerator
Below	Codetext below barcode.
Above	Codetext above barcode.
None	Hide codetext.

DataMatrixEccType

enum Aspose::BarCode::Generation::DataMatrixEccType

strong

Specify the type of the ECC to encode.

Enumerator
EccAuto	Specifies that encoded Ecc type is defined by default Reed-Solomon error correction or ECC 200.
Ecc000	Specifies that encoded Ecc type is defined ECC 000.
Ecc050	Specifies that encoded Ecc type is defined ECC 050.
Ecc080	Specifies that encoded Ecc type is defined ECC 080.
Ecc100	Specifies that encoded Ecc type is defined ECC 100.
Ecc140	Specifies that encoded Ecc type is defined ECC 140.
Ecc200	Specifies that encoded Ecc type is defined ECC 200. Recommended to use.

DataMatrixEncodeMode

enum Aspose::BarCode::Generation::DataMatrixEncodeMode

strong

DataMatrix encoder's encoding mode, default to Auto

This sample shows how to do codetext in Extended Mode.

[C#]
//Auto mode
string codetext = "犬Right狗";
using (var generator = new BarcodeGenerator(EncodeTypes.DataMatrix, codetext))
{
    generator.Parameters.Barcode.DataMatrix.ECIEncoding = ECIEncodings.UTF8;
    generator.Save("test.bmp");
}

//Bytes mode
byte[] encodedArr = { 0xFF, 0xFE, 0xFD, 0xFC, 0xFB, 0xFA, 0xF9 };
using (var generator = new BarcodeGenerator(EncodeTypes.DataMatrix))
{
    generator.SetCodetext(encodedArr);
    generator.Parameters.Barcode.DataMatrix.DataMatrixEncodeMode = DataMatrixEncodeMode.Binary;
    generator.Save("test.bmp");
}


//Extended codetext mode
//create codetext
DataMatrixExtCodetextBuilder textBuilder = new DataMatrixExtCodetextBuilder();
codetextBuilder.AddECICodetextWithEncodeMode(ECIEncodings.Win1251, DataMatrixEncodeMode.Bytes, "World");
codetextBuilder.AddPlainCodetext("Will");
codetextBuilder.AddECICodetext(ECIEncodings.UTF8, "犬Right狗");
codetextBuilder.AddCodetextWithEncodeMode(DataMatrixEncodeMode.C40, "ABCDE");

//generate codetext
string codetext = textBuilder.GetExtendedCodetext();    
<br>
//generate
using(BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.DataMatrix, codetext))
{
    generator.Parameters.Barcode.DataMatrix.DataMatrixEncodeMode = DataMatrixEncodeMode.Extended;
    generator.Save("test.bmp");
}

Enumerator
Auto	In Auto mode, the CodeText is encoded with maximum data compactness. Unicode characters are re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown.
ASCII	Encodes one alphanumeric or two numeric characters per byte
Bytes	Encode 8 bit values Deprecated: This property is obsolete and will be removed in future releases. Instead, use Base256 option. False
C40	Uses C40 encoding. Encodes Upper-case alphanumeric, Lower case and special characters
Text	Uses Text encoding. Encodes Lower-case alphanumeric, Upper case and special characters
EDIFACT	Uses EDIFACT encoding. Uses six bits per character, encodes digits, upper-case letters, and many punctuation marks, but has no support for lower-case letters.
ANSIX12	Uses ANSI X12 encoding.
ExtendedCodetext	Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'Extended' encode mode. False ExtendedCodetext mode allows to manually switch encodation schemes and ECI encodings in codetext. It is better to use DataMatrixExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset. Encodation schemes are set in the next format : "\Encodation_scheme_name:text\Encodation_scheme_name:text". Allowed encodation schemes are: EDIFACT, ANSIX12, ASCII, C40, Text, Auto. All backslashes () must be doubled in text.
Extended	ExtendedCodetext mode allows to manually switch encodation schemes and ECI encodings in codetext. It is better to use DataMatrixExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset. Encodation schemes are set in the next format : "\Encodation_scheme_name:text\Encodation_scheme_name:text". Allowed encodation schemes are: EDIFACT, ANSIX12, ASCII, C40, Text, Auto. All backslashes () must be doubled in text.
Base256	Encode 8 bit values
Binary	In Binary mode, the CodeText is encoded with maximum data compactness. If a Unicode character is found, an exception is thrown.
ECI	In ECI mode, the entire message is re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown. Please note that some old (pre 2006) scanners may not support this mode.

DataMatrixVersion

enum Aspose::BarCode::Generation::DataMatrixVersion

strong

Specify the type of the ECC to encode.

Enumerator
Auto	Specifies to automatically pick up the smallest size for DataMatrix. This is default value.
RowsColumns	Instructs to get symbol sizes from Rows And Columns parameters. Note that DataMatrix does not support custom rows and columns numbers. This option is not recommended to use.
ECC000_9x9	Specifies size of 9 x 9 modules for ECC000 type.
ECC000_050_11x11	Specifies size of 11 x 11 modules for ECC000-ECC050 types.
ECC000_100_13x13	Specifies size of 13 x 13 modules for ECC000-ECC100 types.
ECC000_100_15x15	Specifies size of 15 x 15 modules for ECC000-ECC100 types.
ECC000_140_17x17	Specifies size of 17 x 17 modules for ECC000-ECC140 types.
ECC000_140_19x19	Specifies size of 19 x 19 modules for ECC000-ECC140 types.
ECC000_140_21x21	Specifies size of 21 x 21 modules for ECC000-ECC140 types.
ECC000_140_23x23	Specifies size of 23 x 23 modules for ECC000-ECC140 types.
ECC000_140_25x25	Specifies size of 25 x 25 modules for ECC000-ECC140 types.
ECC000_140_27x27	Specifies size of 27 x 27 modules for ECC000-ECC140 types.
ECC000_140_29x29	Specifies size of 29 x 29 modules for ECC000-ECC140 types.
ECC000_140_31x31	Specifies size of 31 x 31 modules for ECC000-ECC140 types.
ECC000_140_33x33	Specifies size of 33 x 33 modules for ECC000-ECC140 types.
ECC000_140_35x35	Specifies size of 35 x 35 modules for ECC000-ECC140 types.
ECC000_140_37x37	Specifies size of 37 x 37 modules for ECC000-ECC140 types.
ECC000_140_39x39	Specifies size of 39 x 39 modules for ECC000-ECC140 types.
ECC000_140_41x41	Specifies size of 41 x 41 modules for ECC000-ECC140 types.
ECC000_140_43x43	Specifies size of 43 x 43 modules for ECC000-ECC140 types.
ECC000_140_45x45	Specifies size of 45 x 45 modules for ECC000-ECC140 types.
ECC000_140_47x47	Specifies size of 47 x 47 modules for ECC000-ECC140 types.
ECC000_140_49x49	Specifies size of 49 x 49 modules for ECC000-ECC140 types.
ECC200_10x10	Specifies size of 10 x 10 modules for ECC200 type.
ECC200_12x12	Specifies size of 12 x 12 modules for ECC200 type.
ECC200_14x14	Specifies size of 14 x 14 modules for ECC200 type.
ECC200_16x16	Specifies size of 16 x 16 modules for ECC200 type.
ECC200_18x18	Specifies size of 18 x 18 modules for ECC200 type.
ECC200_20x20	Specifies size of 20 x 20 modules for ECC200 type.
ECC200_22x22	Specifies size of 22 x 22 modules for ECC200 type.
ECC200_24x24	Specifies size of 24 x 24 modules for ECC200 type.
ECC200_26x26	Specifies size of 26 x 26 modules for ECC200 type.
ECC200_32x32	Specifies size of 32 x 32 modules for ECC200 type.
ECC200_36x36	Specifies size of 36 x 36 modules for ECC200 type.
ECC200_40x40	Specifies size of 40 x 40 modules for ECC200 type.
ECC200_44x44	Specifies size of 44 x 44 modules for ECC200 type.
ECC200_48x48	Specifies size of 48 x 48 modules for ECC200 type.
ECC200_52x52	Specifies size of 52 x 52 modules for ECC200 type.
ECC200_64x64	Specifies size of 64 x 64 modules for ECC200 type.
ECC200_72x72	Specifies size of 72 x 72 modules for ECC200 type.
ECC200_80x80	Specifies size of 80 x 80 modules for ECC200 type.
ECC200_88x88	Specifies size of 88 x 88 modules for ECC200 type.
ECC200_96x96	Specifies size of 96 x 96 modules for ECC200 type.
ECC200_104x104	Specifies size of 104 x 104 modules for ECC200 type.
ECC200_120x120	Specifies size of 120 x 120 modules for ECC200 type.
ECC200_132x132	Specifies size of 132 x 132 modules for ECC200 type.
ECC200_144x144	Specifies size of 144 x 144 modules for ECC200 type.
ECC200_8x18	Specifies size of 8 x 18 modules for ECC200 type.
ECC200_8x32	Specifies size of 8 x 32 modules for ECC200 type.
ECC200_12x26	Specifies size of 12 x 26 modules for ECC200 type.
ECC200_12x36	Specifies size of 12 x 36 modules for ECC200 type.
ECC200_16x36	Specifies size of 16 x 36 modules for ECC200 type.
ECC200_16x48	Specifies size of 16 x 48 modules for ECC200 type.
DMRE_8x48	Specifies size of 8 x 48 modules for DMRE barcodes.
DMRE_8x64	Specifies size of 8 x 64 modules for DMRE barcodes.
DMRE_8x80	Specifies size of 8 x 80 modules for DMRE barcodes.
DMRE_8x96	Specifies size of 8 x 96 modules for DMRE barcodes.
DMRE_8x120	Specifies size of 8 x 120 modules for DMRE barcodes.
DMRE_8x144	Specifies size of 8 x 144 modules for DMRE barcodes.
DMRE_12x64	Specifies size of 12 x 64 modules for DMRE barcodes.
DMRE_12x88	Specifies size of 12 x 88 modules for DMRE barcodes.
DMRE_16x64	Specifies size of 16 x 64 modules for DMRE barcodes.
DMRE_20x36	Specifies size of 20 x 36 modules for DMRE barcodes.
DMRE_20x44	Specifies size of 20 x 44 modules for DMRE barcodes.
DMRE_20x64	Specifies size of 20 x 64 modules for DMRE barcodes.
DMRE_22x48	Specifies size of 22 x 48 modules for DMRE barcodes.
DMRE_24x48	Specifies size of 24 x 48 modules for DMRE barcodes.
DMRE_24x64	Specifies size of 24 x 64 modules for DMRE barcodes.
DMRE_26x40	Specifies size of 26 x 40 modules for DMRE barcodes.
DMRE_26x48	Specifies size of 26 x 48 modules for DMRE barcodes.
DMRE_26x64	Specifies size of 26 x 64 modules for DMRE barcodes.

DotCodeEncodeMode

enum Aspose::BarCode::Generation::DotCodeEncodeMode

strong

Encoding mode for DotCode barcodes.

[C#]
//Auto mode with macros
var codetext = ""[)>\u001E05\u001DCodetextWithMacros05\u001E\u0004"";
using (var generator = new BarcodeGenerator(EncodeTypes.DotCode, codetext))
{
    generator.Save("test.bmp");
}

//Auto mode
var codetext = "犬Right狗";
using (var generator = new BarcodeGenerator(EncodeTypes.DotCode, codetext))
{
    generator.Parameters.Barcode.DotCode.ECIEncoding = ECIEncodings.UTF8;
    generator.Save("test.bmp");
}

//Bytes mode
byte[] encodedArr = { 0xFF, 0xFE, 0xFD, 0xFC, 0xFB, 0xFA, 0xF9 };
using (var generator = new BarcodeGenerator(EncodeTypes.DotCode))
{
    generator.SetCodetext(encodedArr);
    generator.Parameters.Barcode.DotCode.DotCodeEncodeMode = DotCodeEncodeMode.Binary;
    generator.Save("test.bmp");
}

//Extended codetext mode
//create codetext
DotCodeExtCodetextBuilder textBuilder = new DotCodeExtCodetextBuilder();
textBuilder.AddFNC1FormatIdentifier();
textBuilder.AddECICodetext(ECIEncodings.Win1251, "Will");
textBuilder.AddFNC1FormatIdentifier();
textBuilder.AddECICodetext(ECIEncodings.UTF8, "犬Right狗");
textBuilder.AddFNC3SymbolSeparator();
textBuilder.AddFNC1FormatIdentifier();
textBuilder.AddECICodetext(ECIEncodings.UTF16BE, "犬Power狗");
textBuilder.AddPlainCodetext("Plain text");

//generate codetext
string codetext = textBuilder.GetExtendedCodetext();    
<br>
//generate
using(BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.DotCode, codetext))
{
    generator.Parameters.Barcode.DotCode.DotCodeEncodeMode = DotCodeEncodeMode.Extended;
    generator.Save("test.bmp");
}

Enumerator
Auto	In Auto mode, the CodeText is encoded with maximum data compactness. Unicode characters are re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown.
Bytes	Encode codetext as plain bytes. If it detects any Unicode character, the character will be encoded as two bytes, lower byte first. Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'SetCodeText' method to convert the message to byte array with specified encoding. False
ExtendedCodetext	Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'Extended' encode mode. False Extended mode which supports multi ECI modes. It is better to use DotCodeExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset.
Binary	In Binary mode, the CodeText is encoded with maximum data compactness. If a Unicode character is found, an exception is thrown.
ECI	In ECI mode, the entire message is re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown. Please note that some old (pre 2006) scanners may not support this mode.
Extended	Extended mode which supports multi ECI modes. It is better to use DotCodeExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset.

ECIEncodings

enum Aspose::BarCode::Generation::ECIEncodings

strong

Extended Channel Interpretation Identifiers. It is used to tell the barcode reader details about the used references for encoding the data in the symbol.

This sample shows how to use ECI encoding and save a BarCode image.

[C#]
using (Aspose.BarCode.Generation.BarcodeGenerator generator = new Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR))
{
    generator.CodeText = "12345TEXT";
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.ECIEncoding;
    generator.Parameters.Barcode.QR.QrECIEncoding = ECIEncodings.UTF8;
    generator.Save("test.png");
}
[VB.NET]
Using generator As New Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR)
    generator.CodeText = "12345TEXT"
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.ECIEncoding
    generator.Parameters.Barcode.QR.QrECIEncoding = ECIEncodings.UTF8
    generator.Save("test.png")
End Using

Enumerator
ISO_8859_1	ISO/IEC 8859-1 Latin alphabet No. 1 encoding. ECI Id:"\000003"
ISO_8859_2	ISO/IEC 8859-2 Latin alphabet No. 2 encoding. ECI Id:"\000004"
ISO_8859_3	ISO/IEC 8859-3 Latin alphabet No. 3 encoding. ECI Id:"\000005"
ISO_8859_4	ISO/IEC 8859-4 Latin alphabet No. 4 encoding. ECI Id:"\000006"
ISO_8859_5	ISO/IEC 8859-5 Latin/Cyrillic alphabet encoding. ECI Id:"\000007"
ISO_8859_6	ISO/IEC 8859-6 Latin/Arabic alphabet encoding. ECI Id:"\000008"
ISO_8859_7	ISO/IEC 8859-7 Latin/Greek alphabet encoding. ECI Id:"\000009"
ISO_8859_8	ISO/IEC 8859-8 Latin/Hebrew alphabet encoding. ECI Id:"\000010"
ISO_8859_9	ISO/IEC 8859-9 Latin alphabet No. 5 encoding. ECI Id:"\000011"
ISO_8859_10	ISO/IEC 8859-10 Latin alphabet No. 6 encoding. ECI Id:"\000012"
ISO_8859_11	ISO/IEC 8859-11 Latin/Thai alphabet encoding. ECI Id:"\000013"
ISO_8859_13	ISO/IEC 8859-13 Latin alphabet No. 7 (Baltic Rim) encoding. ECI Id:"\000015"
ISO_8859_14	ISO/IEC 8859-14 Latin alphabet No. 8 (Celtic) encoding. ECI Id:"\000016"
ISO_8859_15	ISO/IEC 8859-15 Latin alphabet No. 9 encoding. ECI Id:"\000017"
ISO_8859_16	ISO/IEC 8859-16 Latin alphabet No. 10 encoding. ECI Id:"\000018"
Shift_JIS	Shift JIS (JIS X 0208 Annex 1 + JIS X 0201) encoding. ECI Id:"\000020"
Win1250	Windows 1250 Latin 2 (Central Europe) encoding. ECI Id:"\000021"
Win1251	Windows 1251 Cyrillic encoding. ECI Id:"\000022"
Win1252	Windows 1252 Latin 1 encoding. ECI Id:"\000023"
Win1256	Windows 1256 Arabic encoding. ECI Id:"\000024"
UTF16BE	ISO/IEC 10646 UCS-2 (High order byte first) encoding. ECI Id:"\000025"
UTF8	ISO/IEC 10646 UTF-8 encoding. ECI Id:"\000026"
US_ASCII	ISO/IEC 646:1991 International Reference Version of ISO 7-bit coded character set encoding. ECI Id:"\000027"
Big5	Big 5 (Taiwan) Chinese Character Set encoding. ECI Id:"\000028"
GB2312	GB2312 Chinese Character Set encoding. ECI Id:"\000029"
EUC_KR	Korean Character Set encoding. ECI Id:"\000030"
GBK	GBK (extension of GB2312 for Simplified Chinese) encoding. ECI Id:"\000031"
GB18030	GGB18030 Chinese Character Set encoding. ECI Id:"\000032"
UTF16LE	ISO/IEC 10646 UTF-16LE encoding. ECI Id:"\000033"
UTF32BE	ISO/IEC 10646 UTF-32BE encoding. ECI Id:"\000034"
UTF32LE	ISO/IEC 10646 UTF-32LE encoding. ECI Id:"\000035"
INVARIANT	ISO/IEC 646: ISO 7-bit coded character set - Invariant Characters set encoding. ECI Id:"\000170"
BINARY	8-bit binary data. ECI Id:"\000899"
NONE	No Extended Channel Interpretation

EnableChecksum

enum Aspose::BarCode::Generation::EnableChecksum

strong

Enable checksum during generation for 1D barcodes.

Default is treated as Yes for symbologies which must contain checksum, as No where checksum only possible.

Checksum never used: Codabar

Checksum is possible: Code39 Standard/Extended, Standard2of5, Interleaved2of5, Matrix2of5, ItalianPost25, DeutschePostIdentcode, DeutschePostLeitcode, VIN

Checksum always used: Rest symbologies

Enumerator
Default	If checksum is required by the specification - it will be attached.
Yes	Always use checksum if possible.
No	Do not use checksum.

FontMode

enum Aspose::BarCode::Generation::FontMode

strong

Font size mode.

Enumerator
Auto	Automatically calculate Font size based on barcode size.
Manual	Use Font sized defined by user.

HanXinEncodeMode

enum Aspose::BarCode::Generation::HanXinEncodeMode

strong

Han Xin Code encoding mode. It is recommended to use Auto with ASCII / Chinese characters or Unicode for Unicode characters.

[C#]
// Auto mode
var codetext = "1234567890ABCDEFGabcdefg,Han Xin Code";
using (var generator = new BarcodeGenerator(EncodeTypes.HanXin, codetext))
{
    generator.Save("test.bmp");
}

// Binary mode
byte[] encodedArr = { 0xFF, 0xFE, 0xFD, 0xFC, 0xFB, 0xFA, 0xF9 };
using (var generator = new BarcodeGenerator(EncodeTypes.HanXin))
{
    generator.SetCodetext(encodedArr);
    generator.Parameters.Barcode.HanXin.HanXinEncodeMode = HanXinEncodeMode.Binary;
    generator.Save("test.bmp");
}

// ECI mode
var codetext = "ΑΒΓΔΕ";
using (var generator = new BarcodeGenerator(EncodeTypes.HanXin, codetext))
{
    generator.Parameters.Barcode.HanXin.HanXinEncodeMode = HanXinEncodeMode.ECI;
    generator.Parameters.Barcode.HanXin.HanXinECIEncoding = ECIEncodings.ISO_8859_7;
    generator.Save("test.bmp");
}

// Unicode mode
var codetext = "abcd АБВ ıntəˈnæʃənəl テスト 안녕하세요 테스트 테스트";
using (var generator = new BarcodeGenerator(EncodeTypes.HanXin, codetext))
{
    generator.Parameters.Barcode.HanXin.HanXinEncodeMode = HanXinEncodeMode.Unicode;
    generator.Save("test.bmp");
}

// URI mode
var codetext = "https://www.test.com/%BC%DE%%%ab/search=test";
using (var generator = new BarcodeGenerator(EncodeTypes.HanXin, codetext))
{
    generator.Parameters.Barcode.HanXin.HanXinEncodeMode = HanXinEncodeMode.URI;
    generator.Save("test.bmp");
}

// Extended mode
var str = @"\gb180302b:漄\gb180304b:㐁\region1:全\region2:螅\numeric:123\text:qwe\unicode:ıntəˈnæʃənəl" +
    @"\000009:ΑΒΓΔΕ\auto:abc\binary:abc\uri:backslashes_should_be_doubled\\000555:test";

var expectedStr = @"漄㐁全螅123qweıntəˈnæʃənəlΑΒΓΔΕabcabcbackslashes_should_be_doubled\000555:test";

using (var generator = new BarcodeGenerator(EncodeTypes.HanXin, str))
{
    generator.Parameters.Barcode.HanXin.HanXinEncodeMode = HanXinEncodeMode.Extended;
    generator.Save("test.bmp");
}

// Using HanXinExtCodetextBuilder for Extended mode (same codetext as in previous example)
//create codetext
var codeTextBuilder = new HanXinExtCodetextBuilder();
codeTextBuilder.AddGB18030TwoByte("漄");
codeTextBuilder.AddGB18030FourByte("㐁");
codeTextBuilder.AddCommonChineseRegionOne("全");
codeTextBuilder.AddCommonChineseRegionTwo("螅");
codeTextBuilder.AddNumeric("123");
codeTextBuilder.AddText("qwe");
codeTextBuilder.AddUnicode("ıntəˈnæʃənəl");
codeTextBuilder.AddECI("ΑΒΓΔΕ", 9);
codeTextBuilder.AddAuto("abc");
codeTextBuilder.AddBinary("abc");
codeTextBuilder.AddURI(@"backslashes_should_be_doubled\000555:test");

var expectedStr = @"漄㐁全螅123qweıntəˈnæʃənəlΑΒΓΔΕabcabcbackslashes_should_be_doubled\000555:test";

//generate codetext
var str = codeTextBuilder.GetExtendedCodetext();

//generate
using (var generator = new BarcodeGenerator(EncodeTypes.HanXin, str))
{
    generator.Parameters.Barcode.HanXin.HanXinEncodeMode = HanXinEncodeMode.Extended;
    generator.Save("test.bmp");
}

Enumerator
Auto	In Auto mode, the CodeText is encoded with maximum data compactness. Unicode characters are encoded using GB18030 encoding according to HanXin barcode specification.
Binary	In Binary mode, the CodeText is encoded with maximum data compactness. If a Unicode character is found, an exception is thrown.
ECI	In ECI mode, the entire message is re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown. Please note that some old (pre 2006) scanners may not support this mode.
Unicode	Unicode mode designs a way to represent any text data reference to UTF8 encoding/charset in Han Xin Code.
URI	URI mode indicates the data represented in Han Xin Code is Uniform Resource Identifier (URI) reference to RFC 3986.
Extended	Extended mode allow combinations of internal modes: Auto, Binary, Text, Numeric, URI, Unicode, ECI, Common Chinese Region One, Common Chinese Region Two, GB18030 Two Byte, GB18030 Four Byte. Codetext can be built manually with prefixes and doubled backslashes, e.g.: ":abc\000009:ΑΒΓΔΕ:ab\c" or using the HanXinExtCodetextBuilder. If the codetext contains an ECI fragment, then only the following modes can be in that codetext after ECI fragment: Auto, Binary, Text, Numeric, URI, ECI.

HanXinErrorLevel

enum Aspose::BarCode::Generation::HanXinErrorLevel

strong

Level of Reed-Solomon error correction. From low to high: L1, L2, L3, L4.

Enumerator
L1	Allows recovery of 8% of the code text
L2	Allows recovery of 15% of the code text
L3	Allows recovery of 23% of the code text
L4	Allows recovery of 30% of the code text

HanXinVersion

enum Aspose::BarCode::Generation::HanXinVersion

strong

Version of Han Xin Code. From Version01 - 23 x 23 modules to Version84 - 189 x 189 modules, increasing in steps of 2 modules per side.

Enumerator
Auto	Specifies to automatically pick up the best version. This is default value.
Version01	Specifies version 1 with 23 x 23 modules.
Version02	Specifies version 2 with 25 x 25 modules.
Version03	Specifies version 3 with 27 x 27 modules.
Version04	Specifies version 4 with 29 x 29 modules.
Version05	Specifies version 5 with 31 x 31 modules.
Version06	Specifies version 6 with 33 x 33 modules.
Version07	Specifies version 7 with 35 x 35 modules.
Version08	Specifies version 8 with 37 x 37 modules.
Version09	Specifies version 9 with 39 x 39 modules.
Version10	Specifies version 10 with 41 x 41 modules.
Version11	Specifies version 11 with 43 x 43 modules.
Version12	Specifies version 12 with 45 x 45 modules.
Version13	Specifies version 13 with 47 x 47 modules.
Version14	Specifies version 14 with 49 x 49 modules.
Version15	Specifies version 15 with 51 x 51 modules.
Version16	Specifies version 16 with 53 x 53 modules.
Version17	Specifies version 17 with 55 x 55 modules.
Version18	Specifies version 18 with 57 x 57 modules.
Version19	Specifies version 19 with 59 x 59 modules.
Version20	Specifies version 20 with 61 x 61 modules.
Version21	Specifies version 21 with 63 x 63 modules.
Version22	Specifies version 22 with 65 x 65 modules.
Version23	Specifies version 23 with 67 x 67 modules.
Version24	Specifies version 24 with 69 x 69 modules.
Version25	Specifies version 25 with 71 x 71 modules.
Version26	Specifies version 26 with 73 x 73 modules.
Version27	Specifies version 27 with 75 x 75 modules.
Version28	Specifies version 28 with 77 x 77 modules.
Version29	Specifies version 29 with 79 x 79 modules.
Version30	Specifies version 30 with 81 x 81 modules.
Version31	Specifies version 31 with 83 x 83 modules.
Version32	Specifies version 32 with 85 x 85 modules.
Version33	Specifies version 33 with 87 x 87 modules.
Version34	Specifies version 34 with 89 x 89 modules.
Version35	Specifies version 35 with 91 x 91 modules.
Version36	Specifies version 36 with 93 x 93 modules.
Version37	Specifies version 37 with 95 x 95 modules.
Version38	Specifies version 38 with 97 x 97 modules.
Version39	Specifies version 39 with 99 x 99 modules.
Version40	Specifies version 40 with 101 x 101 modules.
Version41	Specifies version 41 with 103 x 103 modules.
Version42	Specifies version 42 with 105 x 105 modules.
Version43	Specifies version 43 with 107 x 107 modules.
Version44	Specifies version 44 with 109 x 109 modules.
Version45	Specifies version 45 with 111 x 111 modules.
Version46	Specifies version 46 with 113 x 113 modules.
Version47	Specifies version 47 with 115 x 115 modules.
Version48	Specifies version 48 with 117 x 117 modules.
Version49	Specifies version 49 with 119 x 119 modules.
Version50	Specifies version 50 with 121 x 121 modules.
Version51	Specifies version 51 with 123 x 123 modules.
Version52	Specifies version 52 with 125 x 125 modules.
Version53	Specifies version 53 with 127 x 127 modules.
Version54	Specifies version 54 with 129 x 129 modules.
Version55	Specifies version 55 with 131 x 131 modules.
Version56	Specifies version 56 with 133 x 133 modules.
Version57	Specifies version 57 with 135 x 135 modules.
Version58	Specifies version 58 with 137 x 137 modules.
Version59	Specifies version 59 with 139 x 139 modules.
Version60	Specifies version 60 with 141 x 141 modules.
Version61	Specifies version 61 with 143 x 143 modules.
Version62	Specifies version 62 with 145 x 145 modules.
Version63	Specifies version 63 with 147 x 147 modules.
Version64	Specifies version 64 with 149 x 149 modules.
Version65	Specifies version 65 with 151 x 151 modules.
Version66	Specifies version 66 with 153 x 153 modules.
Version67	Specifies version 67 with 155 x 155 modules.
Version68	Specifies version 68 with 157 x 157 modules.
Version69	Specifies version 69 with 159 x 159 modules.
Version70	Specifies version 70 with 161 x 161 modules.
Version71	Specifies version 71 with 163 x 163 modules.
Version72	Specifies version 72 with 165 x 165 modules.
Version73	Specifies version 73 with 167 x 167 modules.
Version74	Specifies version 74 with 169 x 169 modules.
Version75	Specifies version 75 with 171 x 171 modules.
Version76	Specifies version 76 with 173 x 173 modules.
Version77	Specifies version 77 with 175 x 175 modules.
Version78	Specifies version 78 with 177 x 177 modules.
Version79	Specifies version 79 with 179 x 179 modules.
Version80	Specifies version 80 with 181 x 181 modules.
Version81	Specifies version 81 with 183 x 183 modules.
Version82	Specifies version 82 with 185 x 185 modules.
Version83	Specifies version 83 with 187 x 187 modules.
Version84	Specifies version 84 with 189 x 189 modules.

ITF14BorderType

enum Aspose::BarCode::Generation::ITF14BorderType

strong

ITF14 border type of barcode

Enumerator
None	No border enclosing the barcode
Frame	Frame enclosing the barcode
Bar	Two horizontal bars enclosing the barcode
FrameOut	Frame enclosing the barcode. It drawn outside of the barcode, and does not affect the height
BarOut	Two horizontal bars enclosing the barcode. It drawn outside of the barcode, and does not affect the height

MacroCharacter

enum Aspose::BarCode::Generation::MacroCharacter

strong

Macro Characters 05 and 06 values are used to obtain more compact encoding in special modes. 05 Macro craracter is translated to "[)>\u001E05\u001D" as decoded data header and "\u001E\u0004" as decoded data trailer. 06 Macro craracter is translated to "[)>\u001E06\u001D" as decoded data header and "\u001E\u0004" as decoded data trailer.

hese samples show how to encode Macro Characters in MicroPdf417 and DataMatrix

[C#]
//to generate autoidentified GS1 message like this "(10)123ABC(10)123ABC" in ISO 15434 format you need:
BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.DataMatrix, "10123ABC\u001D10123ABC");
generator.Parameters.Barcode.DataMatrix.MacroCharacters = MacroCharacter.Macro05;
BarCodeReader reader = new BarCodeReader(generator.GenerateBarCodeImage(), DecodeType.GS1DataMatrix);
foreach (BarCodeResult result in reader.ReadBarCodes())
    Console.WriteLine("BarCode CodeText: " + result.CodeText);

//Encodes MicroPdf417 with 05 Macro the string: "[)>\u001E05\u001Dabcde1234\u001E\u0004"
BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.MicroPdf417, "abcde1234");
generator.Parameters.Barcode.Pdf417.MacroCharacters = MacroCharacter.Macro05;
    using (BarCodeReader reader = new BarCodeReader(generator.GenerateBarCodeImage(), DecodeType.MicroPdf417))
      foreach (BarCodeResult result in reader.ReadBarCodes())
        Console.WriteLine(result.CodeText);

//Encodes MicroPdf417 with 06 Macro the string: "[)>\u001E06\u001Dabcde1234\u001E\u0004"
BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.MicroPdf417, "abcde1234");
generator.Parameters.Barcode.Pdf417.MacroCharacters = MacroCharacter.Macro06;
using (BarCodeReader reader = new BarCodeReader(generator.GenerateBarCodeImage(), DecodeType.MicroPdf417))
    foreach (BarCodeResult result in reader.ReadBarCodes())
        Console.WriteLine(result.CodeText);

Enumerator
None	None of Macro Characters are added to barcode data
Macro05	05 Macro craracter is added to barcode data in first position. GS1 Data Identifier ISO 15434 Character is translated to "[)>\u001E05\u001D" as decoded data header and "\u001E\u0004" as decoded data trailer.
Macro06	06 Macro craracter is added to barcode data in first position. ASC MH10 Data Identifier ISO 15434 Character is translated to "[)>\u001E06\u001D" as decoded data header and "\u001E\u0004" as decoded data trailer.

MaxiCodeEncodeMode

enum Aspose::BarCode::Generation::MaxiCodeEncodeMode

strong

Encoding mode for MaxiCode barcodes.

[C#]
//Auto mode
var codetext = "犬Right狗";
using (var generator = new BarcodeGenerator(EncodeTypes.MaxiCode, codetext))
{
    generator.Parameters.Barcode.MaxiCode.ECIEncoding = ECIEncodings.UTF8;
    generator.Save("test.bmp");
}

//Bytes mode
byte[] encodedArr = { 0xFF, 0xFE, 0xFD, 0xFC, 0xFB, 0xFA, 0xF9 };
using (var generator = new BarcodeGenerator(EncodeTypes.MaxiCode))
{
    generator.SetCodetext(encodedArr);
    generator.Parameters.Barcode.MaxiCode.MaxiCodeEncodeMode = MaxiCodeEncodeMode.Binary;
    generator.Save("test.bmp");
}

//Extended codetext mode
//create codetext
MaxiCodeExtCodetextBuilder textBuilder = new MaxiCodeExtCodetextBuilder();
textBuilder.AddECICodetext(ECIEncodings.Win1251, "Will");
textBuilder.AddECICodetext(ECIEncodings.UTF8, "犬Right狗");
textBuilder.AddECICodetext(ECIEncodings.UTF16BE, "犬Power狗");
textBuilder.AddPlainCodetext("Plain text");

//generate codetext
string codetext = textBuilder.GetExtendedCodetext();    
<br>
//generate
using(BarcodeGenerator generator = new BarcodeGenerator(EncodeTypes.MaxiCode, codetext))
{
    generator.Parameters.Barcode.MaxiCode.MaxiCodeEncodeMode = MaxiCodeEncodeMode.Extended;
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text";
    generator.Save("test.bmp");
}

Enumerator
Auto	In Auto mode, the CodeText is encoded with maximum data compactness. Unicode characters are re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown.
Bytes	Encode codetext as plain bytes. If it detects any Unicode character, the character will be encoded as two bytes, lower byte first. Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'SetCodeText' method to convert the message to byte array with specified encoding. False
ExtendedCodetext	Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'Extended' encode mode. False Extended mode which supports multi ECI modes. It is better to use MaxiCodeExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset.
Extended	Extended mode which supports multi ECI modes. It is better to use MaxiCodeExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset.
Binary	In Binary mode, the CodeText is encoded with maximum data compactness. If a Unicode character is found, an exception is thrown.
ECI	In ECI mode, the entire message is re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown. Please note that some old (pre 2006) scanners may not support this mode.

MaxiCodeMode

enum Aspose::BarCode::Generation::MaxiCodeMode

strong

Encoding mode for MaxiCode barcodes.

This sample shows how to genereate MaxiCode barcodes using ComplexBarcodeGenerator

[C#]
//Mode 2 with standart second message
MaxiCodeCodetextMode2 maxiCodeCodetext = new MaxiCodeCodetextMode2();
maxiCodeCodetext.PostalCode = "524032140";
maxiCodeCodetext.CountryCode = 056;
maxiCodeCodetext.ServiceCategory = 999;
MaxiCodeStandartSecondMessage maxiCodeStandartSecondMessage = new MaxiCodeStandartSecondMessage();
maxiCodeStandartSecondMessage.Message = "Test message";
maxiCodeCodetext.SecondMessage = maxiCodeStandartSecondMessage;
using (ComplexBarcodeGenerator complexGenerator = new ComplexBarcodeGenerator(maxiCodeCodetext))
{
    complexGenerator.GenerateBarCodeImage();
}
//Mode 2 with structured second message
MaxiCodeCodetextMode2 maxiCodeCodetext = new MaxiCodeCodetextMode2();
maxiCodeCodetext.PostalCode = "524032140";
maxiCodeCodetext.CountryCode = 056;
maxiCodeCodetext.ServiceCategory = 999;
MaxiCodeStructuredSecondMessage maxiCodeStructuredSecondMessage = new MaxiCodeStructuredSecondMessage();
maxiCodeStructuredSecondMessage.Add("634 ALPHA DRIVE");
maxiCodeStructuredSecondMessage.Add("PITTSBURGH");
maxiCodeStructuredSecondMessage.Add("PA");
maxiCodeStructuredSecondMessage.Year = 99;
maxiCodeCodetext.SecondMessage = maxiCodeStructuredSecondMessage;
using (ComplexBarcodeGenerator complexGenerator = new ComplexBarcodeGenerator(maxiCodeCodetext))
{
    complexGenerator.GenerateBarCodeImage();
}
//Mode 3 with standart second message
MaxiCodeCodetextMode3 maxiCodeCodetext = new MaxiCodeCodetextMode3();
maxiCodeCodetext.PostalCode = "B1050";
maxiCodeCodetext.CountryCode = 056;
maxiCodeCodetext.ServiceCategory = 999;
MaxiCodeStandartSecondMessage maxiCodeStandartSecondMessage = new MaxiCodeStandartSecondMessage();
maxiCodeStandartSecondMessage.Message = "Test message";
maxiCodeCodetext.SecondMessage = maxiCodeStandartSecondMessage;
using (ComplexBarcodeGenerator complexGenerator = new ComplexBarcodeGenerator(maxiCodeCodetext))
{
    complexGenerator.GenerateBarCodeImage();
}
//Mode 3 with structured second message
MaxiCodeCodetextMode3 maxiCodeCodetext = new MaxiCodeCodetextMode3();
maxiCodeCodetext.PostalCode = "B1050";
maxiCodeCodetext.CountryCode = 056;
maxiCodeCodetext.ServiceCategory = 999;
MaxiCodeStructuredSecondMessage maxiCodeStructuredSecondMessage = new MaxiCodeStructuredSecondMessage();
maxiCodeStructuredSecondMessage.Add("634 ALPHA DRIVE");
maxiCodeStructuredSecondMessage.Add("PITTSBURGH");
maxiCodeStructuredSecondMessage.Add("PA");
maxiCodeStructuredSecondMessage.Year = 99;
maxiCodeCodetext.SecondMessage = maxiCodeStructuredSecondMessage;
using (ComplexBarcodeGenerator complexGenerator = new ComplexBarcodeGenerator(maxiCodeCodetext.GetConstructedCodetext())
{
    complexGenerator.GenerateBarCodeImage();
}
//Mode 4
MaxiCodeStandardCodetext maxiCodeCodetext = new MaxiCodeStandardCodetext();
maxiCodeCodetext.Mode = MaxiCodeMode.Mode4;
maxiCodeCodetext.Message = "Test message";
using (ComplexBarcodeGenerator complexGenerator = new ComplexBarcodeGenerator(maxiCodeCodetext.GetConstructedCodetext())
{
    complexGenerator.GenerateBarCodeImage();
}
//Mode 5
MaxiCodeStandardCodetext maxiCodeCodetext = new MaxiCodeStandardCodetext();
maxiCodeCodetext.Mode = MaxiCodeMode.Mode5;
maxiCodeCodetext.Message = "Test message";
using (ComplexBarcodeGenerator complexGenerator = new ComplexBarcodeGenerator(maxiCodeCodetext.GetConstructedCodetext())
{
    complexGenerator.GenerateBarCodeImage();
} 
//Mode 6
MaxiCodeStandardCodetext maxiCodeCodetext = new MaxiCodeStandardCodetext();
maxiCodeCodetext.Mode = MaxiCodeMode.Mode6;
maxiCodeCodetext.Message = "Test message";
using (ComplexBarcodeGenerator complexGenerator = new ComplexBarcodeGenerator(maxiCodeCodetext.GetConstructedCodetext())
{
    complexGenerator.GenerateBarCodeImage();
} 

Enumerator
Mode2	Mode 2 encodes postal information in first message and data in second message. Has 9 digits postal code (used only in USA).
Mode3	Mode 3 encodes postal information in first message and data in second message. Has 6 alphanumeric postal code, used in the world.
Mode4	Mode 4 encodes data in first and second message, with short ECC correction.
Mode5	Mode 5 encodes data in first and second message, with long ECC correction.
Mode6	Mode 6 encodes data in first and second message, with short ECC correction. Used to encode device.

MicroQRVersion

enum Aspose::BarCode::Generation::MicroQRVersion

strong

Version of MicroQR Code. From M1 to M4.

Enumerator
Auto	Specifies to automatically pick up the best version for MicroQR. This is default value.
M1	Specifies version M1 for Micro QR with 11 x 11 modules.
M2	Specifies version M2 for Micro QR with 13 x 13 modules.
M3	Specifies version M3 for Micro QR with 15 x 15 modules.
M4	Specifies version M4 for Micro QR with 17 x 17 modules.

PatchFormat

enum Aspose::BarCode::Generation::PatchFormat

strong

PatchCode format. Choose PatchOnly to generate single PatchCode. Use page format to generate Patch page with PatchCodes as borders

Enumerator
PatchOnly	Generates PatchCode only
A4	Generates A4 format page with PatchCodes as borders and optional QR in the center
A4_LANDSCAPE	Generates A4 landscape format page with PatchCodes as borders and optional QR in the center
US_Letter	Generates US letter format page with PatchCodes as borders and optional QR in the center
US_Letter_LANDSCAPE	Generates US letter landscape format page with PatchCodes as borders and optional QR in the center

Pdf417CompactionMode

enum Aspose::BarCode::Generation::Pdf417CompactionMode

strong

Pdf417 barcode compaction mode

Deprecated:

This properties are obsolete and will be removed in future releases. Instead, use the Pdf417EncodeMode properties. False

Enumerator
Auto	auto detect compaction mode Deprecated: This property is obsolete and will be removed in future releases. Instead, use the Pdf417EncodeMode.Auto property. False
Text	text compaction Deprecated: This property is obsolete and will be removed in future releases. Instead, use the Pdf417EncodeMode.Auto property for maximum data compactness. False
Numeric	numeric compaction mode Deprecated: This property is obsolete and will be removed in future releases. Instead, use the Pdf417EncodeMode.Auto property for maximum data compactness. False
Binary	binary compaction mode Deprecated: This property is obsolete and will be removed in future releases. Instead, use the Pdf417EncodeMode.Binary property. False

Pdf417EncodeMode

enum Aspose::BarCode::Generation::Pdf417EncodeMode

strong

Pdf417 barcode encode mode

Enumerator
Auto	In Auto mode, the CodeText is encoded with maximum data compactness. Unicode characters are re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown.
Binary	In Binary mode, the CodeText is encoded with maximum data compactness. If a Unicode character is found, an exception is thrown.
ECI	In ECI mode, the entire message is re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown. Please note that some old (pre 2006) scanners may not support this mode.
Extended	Extended mode which supports multi ECI modes. It is better to use Pdf417ExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier All unicode characters after ECI identifier are automatically encoded into correct character codeset.

Pdf417ErrorLevel

enum Aspose::BarCode::Generation::Pdf417ErrorLevel

strong

pdf417 barcode's error correction level, from level 0 to level 9, level 0 means no error correction, level 8 means best error correction

Enumerator
Level0	Error Correction Level - 0. Error Correction Codewords - 2.
Level1	Error Correction Level - 1. Error Correction Codewords - 4.
Level2	Error Correction Level - 2. Error Correction Codewords - 8.
Level3	Error Correction Level - 3. Error Correction Codewords - 16.
Level4	Error Correction Level - 4. Error Correction Codewords - 32.
Level5	Error Correction Level - 5. Error Correction Codewords - 64.
Level6	Error Correction Level - 6. Error Correction Codewords - 128.
Level7	Error Correction Level - 7. Error Correction Codewords - 256.
Level8	Error Correction Level - 8. Error Correction Codewords - 512.

Pdf417MacroTerminator

enum Aspose::BarCode::Generation::Pdf417MacroTerminator

strong

Used to tell the encoder whether to add Macro PDF417 Terminator (codeword 922) to the segment. Applied only for Macro PDF417.

Enumerator
Auto	The terminator will be added automatically if the number of segments is provided and the current segment is the last one. In other cases, the terminator will not be added.
None	The terminator will not be added.
Set	The terminator will be added.

QREncodeMode

enum Aspose::BarCode::Generation::QREncodeMode

strong

Encoding mode for QR barcodes.

These samples show how to encode and save QR barcode with extended data formats.

//This sample shows how to use ECI encoding and save a BarCode image.

[C#]
using (Aspose.BarCode.Generation.BarcodeGenerator generator = new Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR))
{
    generator.CodeText = "12345TEXT";
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.ECIEncoding;
    generator.Parameters.Barcode.QR.QrECIEncoding = ECIEncodings.UTF8;
    generator.Save("test.png");
}
[VB.NET]
Using generator As New Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR)
    generator.CodeText = "12345TEXT"
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.ECIEncoding
    generator.Parameters.Barcode.QR.QrECIEncoding = ECIEncodings.UTF8
    generator.Save("test.png")
End Using

//This sample shows how to use FNC1 first position in Extended Mode.

//Extended Channel mode which supports FNC1 first position, FNC1 second position and multi ECI modes.
//It is better to use QrExtCodetextBuilder for extended codetext generation.
//Use Display2DText property to set visible text to removing managing characters.
//Encoding Principles:
//All symbols "\" must be doubled "\\" in the codetext.
//FNC1 in first position is set in codetext as as "<FNC1>"
//FNC1 in second position is set in codetext as as "<FNC1(value)>". The value must be single symbols (a-z, A-Z) or digits from 0 to 99.
//Group Separator for FNC1 modes is set as 0x1D character '\\u001D'
//If you need to insert "<FNC1>" string into barcode write it as "<\FNC1>"
//ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier
//To disable current ECI mode and convert to default JIS8 mode zero mode ECI indetifier is set. "\000000"
//All unicode characters after ECI identifier are automatically encoded into correct character codeset.

[C#]
//create codetext
QrExtCodetextBuilder textBuilder = new QrExtCodetextBuilder();
textBuilder.AddFNC1FirstPosition();
textBuilder.AddPlainCodetext("000%89%%0");
textBuilder.AddFNC1GroupSeparator();
textBuilder.AddPlainCodetext("12345<FNC1>");
//generate barcode
using (Aspose.BarCode.Generation.BarcodeGenerator generator = new Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR))
{
    generator.CodeText = textBuilder.GetExtendedCodetext();
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.Extended;
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text";
    generator.Save(@"d:\test.png");
}
[VB.NET]
'create codetext
Dim textBuilder As New QrExtCodetextBuilder()
textBuilder.AddFNC1FirstPosition()
textBuilder.AddPlainCodetext("000%89%%0")
textBuilder.AddFNC1GroupSeparator()
textBuilder.AddPlainCodetext("12345<FNC1>")
'generate barcode
Using generator As New Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR)
    generator.CodeText = textBuilder.GetExtendedCodetext()
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.Extended
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text"
    generator.Save("test.png")
End Using

//This sample shows how to use FNC1 second position in Extended Mode.

[C#]
//create codetext
QrExtCodetextBuilder textBuilder = new QrExtCodetextBuilder();
textBuilder.AddFNC1SecondPosition("12");
textBuilder.AddPlainCodetext("TRUE3456"); 
//generate barcode
using (Aspose.BarCode.Generation.BarcodeGenerator generator = new Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR))
{
    generator.CodeText = textBuilder.GetExtendedCodetext();
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.Extended;
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text";
    generator.Save(@"d:\test.png");
}
[VB.NET]
'create codetext
Dim textBuilder As New QrExtCodetextBuilder()
textBuilder.AddFNC1SecondPosition("12")
textBuilder.AddPlainCodetext("TRUE3456")
'generate barcode
Using generator As New Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR)
    generator.CodeText = textBuilder.GetExtendedCodetext()
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.Extended
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text"
    generator.Save("test.png")
End Using

//This sample shows how to use multi ECI mode in Extended Mode.

[C#]
//create codetext
QrExtCodetextBuilder textBuilder = new QrExtCodetextBuilder();
textBuilder.AddECICodetext(ECIEncodings.Win1251, "Will");
textBuilder.AddECICodetext(ECIEncodings.UTF8, "Right");
textBuilder.AddECICodetext(ECIEncodings.UTF16BE, "Power");
textBuilder.AddPlainCodetext(@"t\e\\st");   
<br>//generate barcode
using (Aspose.BarCode.Generation.BarcodeGenerator generator = new Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR))
{
    generator.CodeText = textBuilder.GetExtendedCodetext();
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.Extendedt;
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text";
    generator.Save(@"d:\test.png");
}
[VB.NET]
'create codetext
Dim textBuilder As New QrExtCodetextBuilder()
textBuilder.AddECICodetext(ECIEncodings.Win1251, "Will")
textBuilder.AddECICodetext(ECIEncodings.UTF8, "Right")
textBuilder.AddECICodetext(ECIEncodings.UTF16BE, "Power")
textBuilder.AddPlainCodetext(@"t\e\\st") 
'generate barcode
Using generator As New Aspose.BarCode.Generation.BarcodeGenerator(EncodeTypes.QR)
    generator.CodeText = textBuilder.GetExtendedCodetext()
    generator.Parameters.Barcode.QR.QrEncodeMode = QREncodeMode.Extended
    generator.Parameters.Barcode.CodeTextParameters.TwoDDisplayText = "My Text"
    generator.Save("test.png")
End Using   
<br>

Enumerator
Auto	In Auto mode, the CodeText is encoded with maximum data compactness. Unicode characters are encoded in kanji mode if possible, or they are re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown.
Bytes	Encode codetext as plain bytes. If it detects any Unicode character, the character will be encoded as two bytes, lower byte first. Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'SetCodeText' method to convert the message to byte array with specified encoding. False
Utf8BOM	Encode codetext with UTF8 encoding with first ByteOfMark character. Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'SetCodeText' method with UTF8 encoding to add a byte order mark (BOM) and encode the message. After that, the CodeText can be encoded using the 'Auto' mode. False
Utf16BEBOM	Encode codetext with UTF8 encoding with first ByteOfMark character. It can be problems with some barcode scanners. Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'SetCodeText' method with BigEndianUnicode encoding to add a byte order mark (BOM) and encode the message. After that, the CodeText can be encoded using the 'Auto' mode. False
ECIEncoding	Encode codetext with value set in the ECIEncoding property. It can be problems with some old (pre 2006) barcode scanners. This mode is not supported by MicroQR barcodes. Deprecated: This property is obsolete and will be removed in future releases. Instead, use ECI option. False
ExtendedCodetext	Deprecated: This property is obsolete and will be removed in future releases. Instead, use the 'Extended' encode mode. False Extended Channel mode which supports FNC1 first position, FNC1 second position and multi ECI modes. It is better to use QrExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. Encoding Principles: All symbols "\" must be doubled "\\" in the codetext. FNC1 in first position is set in codetext as as "<FNC1>" FNC1 in second position is set in codetext as as "<FNC1(value)>". The value must be single symbols (a-z, A-Z) or digits from 0 to 99. Group Separator for FNC1 modes is set as 0x1D character '\u001D' If you need to insert "<FNC1>" string into barcode write it as "<\FNC1>" ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier To disable current ECI mode and convert to default JIS8 mode zero mode ECI indetifier is set. "\000000" All unicode characters after ECI identifier are automatically encoded into correct character codeset. This mode is not supported by MicroQR barcodes.
Extended	Extended Channel mode which supports FNC1 first position, FNC1 second position and multi ECI modes. It is better to use QrExtCodetextBuilder for extended codetext generation. Use Display2DText property to set visible text to removing managing characters. Encoding Principles: All symbols "\" must be doubled "\\" in the codetext. FNC1 in first position is set in codetext as as "<FNC1>" FNC1 in second position is set in codetext as as "<FNC1(value)>". The value must be single symbols (a-z, A-Z) or digits from 0 to 99. Group Separator for FNC1 modes is set as 0x1D character '\u001D' If you need to insert "<FNC1>" string into barcode write it as "<\FNC1>" ECI identifiers are set as single slash and six digits identifier "\000026" - UTF8 ECI identifier To disable current ECI mode and convert to default JIS8 mode zero mode ECI indetifier is set. "\000000" All unicode characters after ECI identifier are automatically encoded into correct character codeset. This mode is not supported by MicroQR barcodes.
Binary	In Binary mode, the CodeText is encoded with maximum data compactness. If a Unicode character is found, an exception is thrown.
ECI	In ECI mode, the entire message is re-encoded in the ECIEncoding specified encoding with the insertion of an ECI identifier. If a character is found that is not supported by the selected ECI encoding, an exception is thrown. Please note that some old (pre 2006) scanners may not support this mode. This mode is not supported by MicroQR barcodes.

QREncodeType

enum Aspose::BarCode::Generation::QREncodeType

strong

QR / MicroQR selector mode. Select ForceQR for standard QR symbols, Auto for MicroQR. ForceMicroQR is used for strongly MicroQR symbol generation if it is possible.

Enumerator
Auto	Mode starts barcode version negotiation from MicroQR V1
ForceQR	Mode starts barcode version negotiation from QR V1
ForceMicroQR	Mode starts barcode version negotiation from from MicroQR V1 to V4. If data cannot be encoded into MicroQR, exception is thrown.

QRErrorLevel

enum Aspose::BarCode::Generation::QRErrorLevel

strong

Level of Reed-Solomon error correction. From low to high: LevelL, LevelM, LevelQ, LevelH.

Enumerator
LevelL	Error correction Level L can by applied to QR and MicroQR barcodes. Allows recovery of 7% of the code text.
LevelM	Error correction Level M can be applied to QR barcodes, RectMicroQR barcodes and MicroQR barcodes with versions from M2 to M4. Allows recovery of 15% of the code text
LevelQ	Error correction Level Q can be applied to QR barcodes and MicroQR barcodes with version M4. Allows recovery of 25% of the code text
LevelH	Error correction Level H can be applied to QR and RectMicroQR barcodes. Allows recovery of 30% of the code text

QRVersion

enum Aspose::BarCode::Generation::QRVersion

strong

Version of QR Code. From Version1 to Version40 for QR code and from M1 to M4 for MicroQr.

Enumerator
Auto	Specifies to automatically pick up the best version for QR. This is default value.
Version01	Specifies version 1 with 21 x 21 modules.
Version02	Specifies version 2 with 25 x 25 modules.
Version03	Specifies version 3 with 29 x 29 modules.
Version04	Specifies version 4 with 33 x 33 modules.
Version05	Specifies version 5 with 37 x 37 modules.
Version06	Specifies version 6 with 41 x 41 modules.
Version07	Specifies version 7 with 45 x 45 modules.
Version08	Specifies version 8 with 49 x 49 modules.
Version09	Specifies version 9 with 53 x 53 modules.
Version10	Specifies version 10 with 57 x 57 modules.
Version11	Specifies version 11 with 61 x 61 modules.
Version12	Specifies version 12 with 65 x 65 modules.
Version13	Specifies version 13 with 69 x 69 modules.
Version14	Specifies version 14 with 73 x 73 modules.
Version15	Specifies version 15 with 77 x 77 modules.
Version16	Specifies version 16 with 81 x 81 modules.
Version17	Specifies version 17 with 85 x 85 modules.
Version18	Specifies version 18 with 89 x 89 modules.
Version19	Specifies version 19 with 93 x 93 modules.
Version20	Specifies version 20 with 97 x 97 modules.
Version21	Specifies version 21 with 101 x 101 modules.
Version22	Specifies version 22 with 105 x 105 modules.
Version23	Specifies version 23 with 109 x 109 modules.
Version24	Specifies version 24 with 113 x 113 modules.
Version25	Specifies version 25 with 117 x 117 modules.
Version26	Specifies version 26 with 121 x 121 modules.
Version27	Specifies version 27 with 125 x 125 modules.
Version28	Specifies version 28 with 129 x 129 modules.
Version29	Specifies version 29 with 133 x 133 modules.
Version30	Specifies version 30 with 137 x 137 modules.
Version31	Specifies version 31 with 141 x 141 modules.
Version32	Specifies version 32 with 145 x 145 modules.
Version33	Specifies version 33 with 149 x 149 modules.
Version34	Specifies version 34 with 153 x 153 modules.
Version35	Specifies version 35 with 157 x 157 modules.
Version36	Specifies version 36 with 161 x 161 modules.
Version37	Specifies version 37 with 165 x 165 modules.
Version38	Specifies version 38 with 169 x 169 modules.
Version39	Specifies version 39 with 173 x 173 modules.
Version40	Specifies version 40 with 177 x 177 modules.
VersionM1	Specifies version M1 for Micro QR with 11 x 11 modules. Deprecated: This option is obsolete and will be removed in future releases. It is recommended to use separate MicroQR barcode type with MicroQRVersion parameter. False
VersionM2	Specifies version M2 for Micro QR with 13 x 13 modules. Deprecated: This option is obsolete and will be removed in future releases. It is recommended to use separate MicroQR barcode type with MicroQRVersion parameter. False
VersionM3	Specifies version M3 for Micro QR with 15 x 15 modules. Deprecated: This option is obsolete and will be removed in future releases. It is recommended to use separate MicroQR barcode type with MicroQRVersion parameter. False
VersionM4	Specifies version M4 for Micro QR with 17 x 17 modules. Deprecated: This option is obsolete and will be removed in future releases. It is recommended to use separate MicroQR barcode type with MicroQRVersion parameter. False

RectMicroQRVersion

enum Aspose::BarCode::Generation::RectMicroQRVersion

strong

Version of RectMicroQR Code. From version R7x43 to version R17x139.

Enumerator
Auto	Specifies to automatically pick up the best version for RectMicroQR. This is default value.
R7x43	Specifies version with 7 x 43 modules.
R7x59	Specifies version with 7 x 59 modules.
R7x77	Specifies version with 7 x 77 modules.
R7x99	Specifies version with 7 x 99 modules.
R7x139	Specifies version with 7 x 139 modules.
R9x43	Specifies version with 9 x 43 modules.
R9x59	Specifies version with 9 x 59 modules.
R9x77	Specifies version with 9 x 77 modules.
R9x99	Specifies version with 9 x 99 modules.
R9x139	Specifies version with 9 x 139 modules.
R11x27	Specifies version with 11 x 27 modules.
R11x43	Specifies version with 11 x 43 modules.
R11x59	Specifies version with 11 x 59 modules.
R11x77	Specifies version with 11 x 77 modules.
R11x99	Specifies version with 11 x 99 modules.
R11x139	Specifies version with 11 x 139 modules.
R13x27	Specifies version with 13 x 27 modules.
R13x43	Specifies version with 13 x 43 modules.
R13x59	Specifies version with 13 x 59 modules.
R13x77	Specifies version with 13 x 77 modules.
R13x99	Specifies version with 13 x 99 modules.
R13x139	Specifies version with 13 x 139 modules.
R15x43	Specifies version with 15 x 43 modules.
R15x59	Specifies version with 15 x 59 modules.
R15x77	Specifies version with 15 x 77 modules.
R15x99	Specifies version with 15 x 99 modules.
R15x139	Specifies version with 15 x 139 modules.
R17x43	Specifies version with 17 x 43 modules.
R17x59	Specifies version with 17 x 59 modules.
R17x77	Specifies version with 17 x 77 modules.
R17x99	Specifies version with 17 x 99 modules.
R17x139	Specifies version with 17 x 139 modules.

SvgColorMode

enum Aspose::BarCode::Generation::SvgColorMode

strong

Possible modes for filling color in svg file, RGB is default and supported by SVG 1.1. RGBA, HSL, HSLA is allowed in SVG 2.0 standard. Even in RGB opacity will be set through "fill-opacity" parameter

Enumerator
RGB	RGB mode, example: fill="#ff5511" fill-opacity="0.73". Default mode.
RGBA	RGBA mode, example: fill="rgba(255, 85, 17, 0.73)"
HSL	HSL mode, example: fill="hsl(17, 100%, 53%)" fill-opacity="0.73"
HSLA	HSLA mode, example: fill="hsla(30, 50%, 70%, 0.8)"

TextAlignment

enum Aspose::BarCode::Generation::TextAlignment

strong

Text alignment.

Enumerator
Left	Left position.
Center	Center position.
Right	Right position.

TwoDComponentType

enum Aspose::BarCode::Generation::TwoDComponentType

strong

Type of 2D component

This sample shows how to create and save a GS1 Composite Bar image. Note that 1D codetext and 2D codetext are separated by symbol '/'

[C#]
var codetext = "(01)03212345678906/(21)A1B2C3D4E5F6G7H8";
using (var generator = new BarcodeGenerator(EncodeTypes.GS1CompositeBar, codetext))
{
    generator.Parameters.Barcode.GS1CompositeBar.LinearComponentType = EncodeTypes.GS1Code128;
    generator.Parameters.Barcode.GS1CompositeBar.TwoDComponentType = TwoDComponentType.CC_A;

    // Aspect ratio of 2D component
    generator.Parameters.Barcode.Pdf417.AspectRatio = 3;

    // X-Dimension of 1D and 2D components
    generator.Parameters.Barcode.XDimension.Pixels = 3;

    // Height of 1D component
    generator.Parameters.Barcode.BarHeight.Pixels = 100;

    generator.Save("test.png");
}

Enumerator
Auto	Auto select type of 2D component
CC_A	CC-A type of 2D component. It is a structural variant of MicroPDF417
CC_B	CC-B type of 2D component. It is a MicroPDF417 symbol.
CC_C	CC-C type of 2D component. It is a PDF417 symbol.