elements

package
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 Go to latest Published: Apr 6, 2024 License: MIT Imports: 4 Imported by: 0

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Constants

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const StoredGraphicsDefaultPath = "R:UNKNOWN.GRF"

Variables

This section is empty.

Functions

This section is empty.

Types

type Barcode128 

type Barcode128 struct {
	// The bar code orientation to use.
	// Valid values are N (no rotation), R (rotate 90° clockwise), I (rotate 180° clockwise), and B (rotate 270° clockwise).
	// The default value is the orientation configured via the ^FW command, which itself defaults to N (no rotation).
	Orientation FieldOrientation
	// The bar code height, in dots.
	// Any number between 1 and 32,000 may be used.
	// The default value is the bar code height configured via the ^BY command, which itself defaults to 10.
	Height int
	// Whether or not to include human-readable text with the bar code.
	// Valid values are Y and N.
	// The default value is Y (include human-readable text).
	Line bool
	// Whether or not to place the human-readable text above the bar code.
	// Valid values are Y and N.
	// The default value is N (if printed, text is placed below the bar code),
	// except for mode U where the default is Y (if printed, text is placed above the bar code).
	LineAbove bool
	// Whether or not to calculate a GS1 (UCC) Mod 10 check digit.
	// Valid values are Y and N.
	// The default value is N (GS1 check digit is not calculated).
	// TODO: Figure out if it should be implemented, as it's part of the interface but reference libraries disregard this value.
	CheckDigit bool
	// The mode to use to encode the bar code data.
	// Valid values are N (no mode, subsets are specified explicitly as part of the field data),
	// U (UCC case mode, field data must contain 19 digits),
	// A (automatic mode, the ZPL engine automatically determines the subsets that are used to encode the data),
	// and D (UCC/EAN mode, field data must contain GS1 numbers).
	// The default value is N (no mode, subsets are specified explicitly as part of the field data).
	Mode BarcodeMode
}

type Barcode128WithData 

type Barcode128WithData struct {
	Barcode128
	Width    int
	Position LabelPosition
	Data     string
}

type BarcodeAztec added in v1.1.0 

type BarcodeAztec struct {
	// The bar code orientation to use.
	// Valid values are N (no rotation),
	// R (rotate 90° clockwise),
	// I (rotate 180° clockwise), and B (rotate 270° clockwise).
	// The default value is the orientation configured via the ^FW command, which itself defaults to N (no rotation).
	Orientation FieldOrientation

	// The bar code magnification to use.
	// Any number between 1 and 10 may be used.
	// The default value depends on the print density being used.
	Magnification int

	// The Aztec bar code size to use.
	// Valid values are 101-104 (compact Aztec code sizes),
	// 201-232 (full-range Aztec code sizes),
	// 300 (Aztec runes),
	// and 1-99 (dynamic sizing for a specific minimum error correction percentage).
	// By default, the bar code is sized dynamically to fit the encoded data.
	Size int
}

type BarcodeAztecWithData added in v1.1.0 

type BarcodeAztecWithData struct {
	BarcodeAztec
	Position LabelPosition
	Data     string
}

type BarcodeDimensions 

type BarcodeDimensions struct {
	ModuleWidth int
	Height      int
}

type BarcodeMode 

type BarcodeMode int
const (
	BarcodeModeNormal    BarcodeMode = 0
	BarcodeModeUcc       BarcodeMode = 1
	BarcodeModeAutomatic BarcodeMode = 2
	BarcodeModeEan       BarcodeMode = 3
)

type BarcodePdf417 

type BarcodePdf417 struct {
	// The bar code orientation to use.
	// Valid values are N (no rotation),
	// R (rotate 90° clockwise),
	// I (rotate 180° clockwise), and B (rotate 270° clockwise).
	// The default value is the orientation configured via the ^FW command, which itself defaults to N (no rotation).
	Orientation FieldOrientation

	// The bar code row height, in dots.
	// Any number between 1 and the label height may be used.
	// The default value is the row height necessary for the total bar code height
	// to match the bar code height configured via the ^BY command.
	RowHeight int

	// The level of error correction to apply.
	// Any number between 0 and 8 may be used.
	// The higher the number, the larger the generated bar code and the more resilient it is to scan errors.
	// The default value is 0 (scan errors are detected but not corrected).
	Security int

	// The number of data columns to encode.
	// Any number between 1 and 30 may be used.
	// This parameter can be used to control the bar code width.
	// The default value depends on the amount of data encoded.
	Columns int

	// The number of rows to encode.
	// Any number between 3 and 90 may be used.
	// This parameter can be used to control the bar code height.
	// The default value depends on the amount of data encoded.
	Rows int

	// Whether or not to generate a truncated PDF417 bar code, also known as compact PDF417.
	// Truncated PDF417 bar codes are narrower because they do not include right row indicators,
	// but should only be used when label damage is unlikely. Valid values are Y and N.
	// The default value is N (do not truncate).
	Truncate bool
}

type BarcodePdf417WithData 

type BarcodePdf417WithData struct {
	BarcodePdf417
	Position LabelPosition
	Data     string
}

type FieldBlock 

type FieldBlock struct {
	// The maximum text block width, in dots.
	// Text longer than this width is wrapped to another line.
	// Any number between 0 and 9,999 may be used. The default value is 0, which is rarely useful.
	MaxWidth int

	// The maximum number of text lines to allow.
	// If the text does not fit on the specified number of lines, any remaining text is drawn over the previous text on the last line.
	// Any number between 1 and 9,999 may be used. The default value is 1.
	MaxLines int

	// Extra spacing to add between lines, in dots.
	// Positive numbers increase the distance between lines, negative numbers decrease the distance between lines.
	// Any number between -9,999 and 9,999 may be used. The default value is 0.
	LineSpacing int

	// The text alignment to apply to the text block.
	// Valid values are L (left), R (right), C (center) and J (justified).
	// The default value is L (left).
	Alignment TextAlignment

	// The hanging indent to apply to all lines except the first line, in dots.
	// Any number between 0 and 9,999 may be used. The default value is 0.
	HangingIndent int
}

type FieldOrientation 

type FieldOrientation int
const (
	// no rotation
	FieldOrientationNormal FieldOrientation = 0
	// rotate 90° clockwise
	FieldOrientation90 FieldOrientation = 1
	// rotate 180° clockwise
	FieldOrientation180 FieldOrientation = 2
	// otate 270° clockwise
	FieldOrientation270 FieldOrientation = 3
)

func (FieldOrientation) GetDegrees 

func (v FieldOrientation) GetDegrees() float64

type FontInfo 

type FontInfo struct {
	Name        string
	Width       float64
	Height      float64
	Orientation FieldOrientation
}

func (FontInfo) GetSize 

func (font FontInfo) GetSize() float64

func (FontInfo) WithAdjustedSizes added in v1.4.0 

func (font FontInfo) WithAdjustedSizes() FontInfo

Bitmap fonts (everything other than font 0) cannot be freely scaled their size should always divide by their base size without remainder so we need to adjust them NOTE: in order to emulate Zebra fonts 0, A-H we use only 2 different TTF fonts so don't confuse Zebra and our fonts, they are not the same thing

type GraphicBox 

type GraphicBox struct {
	ReversePrint

	Position        LabelPosition
	Width           int
	Height          int
	BorderThickness int
	CornerRounding  int
	LineColor       LineColor
}

type GraphicCircle 

type GraphicCircle struct {
	ReversePrint

	Position LabelPosition

	// The diameter of the circle, in dots.
	// Any number between 3 and 4,095 may be used.
	// The default value is 3.
	CircleDiameter int

	// The line thickness to use to draw the circle, in dots.
	// Any number between 1 and 4,095 may be used.
	// The default value is 1.
	BorderThickness int

	// The line color to use to draw the circle.
	// Valid values are B (black) and W (white).
	// The default value is B (black).
	LineColor LineColor
}

type GraphicDiagonalLine added in v1.3.0 

type GraphicDiagonalLine struct {
	ReversePrint

	Position        LabelPosition
	Width           int
	Height          int
	BorderThickness int
	LineColor       LineColor
	TopToBottom     bool
}

type GraphicField 

type GraphicField struct {
	ReversePrint

	Position LabelPosition

	// The format of the image data contained in the fifth parameter.
	// Valid values are A (hexadecimal format), B (raw binary format), and C (AR compressed).
	// There is no default value.
	Format GraphicFieldFormat

	// The total number of data bytes in the fifth parameter.
	// The value of this parameter is always the same as totalBytes,
	// except in the case of format C (AR compressed) which is very rarely used.
	DataBytes int

	// The total number of bytes in the image.
	// Because each pixel in the image uses 1 bit, this value should be the total number of pixels in the image,
	// divided by 8 (since there are 8 bits per byte).
	// There is no default value.
	TotalBytes int

	// The number of bytes per pixel row in the image.
	// Because each pixel in the image uses 1 bit, this value should be the pixel width of the image,
	// divided by 8 (since there are 8 bits per byte).
	// There is no default value.
	RowBytes int

	// The image data, in the format specified in the first parameter.
	// There is no default value
	Data []byte

	// The horizontal magnification to apply to the image. Any number between 1 and 10 may be used. The default value is 1.
	MagnificationX int

	// The vertical magnification to apply to the image. Any number between 1 and 10 may be used. The default value is 1.
	MagnificationY int
}

type GraphicFieldFormat 

type GraphicFieldFormat int
const (
	GraphicFieldFormatHex GraphicFieldFormat = 1
	GraphicFieldFormatRaw GraphicFieldFormat = 2
	GraphicFieldFormatAR  GraphicFieldFormat = 3
)

type LabelInfo 

type LabelInfo struct {
	DownloadFormatName string
	Elements           []interface{}
}

type LabelPosition 

type LabelPosition struct {
	X                   int
	Y                   int
	CalculateFromBottom bool
}

func (LabelPosition) Add 

func (p LabelPosition) Add(pos LabelPosition) LabelPosition

type LineColor 

type LineColor int
const (
	LineColorBlack LineColor = 0
	LineColorWhite LineColor = 1
)

type Maxicode 

type Maxicode struct {
	// The mode to use to encode the bar code data.
	// Valid values are 2 (numeric postal code),
	// 3 (alphanumeric postal code),
	// 4 (standard), 5 (full EEC), and 6 (reader programming).
	// The default value is 2 (numeric postal code).
	Mode int
}

type MaxicodeWithData 

type MaxicodeWithData struct {
	Code     Maxicode
	Position LabelPosition
	Data     string
}

func (*MaxicodeWithData) GetInputData 

func (barcode *MaxicodeWithData) GetInputData() (string, error)

type ReversePrint added in v1.3.0 

type ReversePrint struct {
	Value bool
}

func (*ReversePrint) IsReversePrint added in v1.3.0 

func (p *ReversePrint) IsReversePrint() bool

type StoredGraphics 

type StoredGraphics struct {
	// The image data, in hexadecimal format. There is no default value.
	Data []byte

	// The total number of bytes in the image.
	// Because each pixel in the image uses 1 bit, this value should be the total number of pixels in the image, divided by 8 (since there are 8 bits per byte).
	// There is no default value.
	TotalBytes int

	// The number of bytes per pixel row in the image.
	// Because each pixel in the image uses 1 bit, this value should be the pixel width of the image, divided by 8 (since there are 8 bits per byte).
	// The default value is 1, which is almost always incorrect.
	RowBytes int
}

type TextAlignment 

type TextAlignment int
const (
	TextAlignmentLeft      TextAlignment = 0
	TextAlignmentRight     TextAlignment = 1
	TextAlignmentJustified TextAlignment = 2
	TextAlignmentCenter    TextAlignment = 3
)

type TextField 

type TextField struct {
	ReversePrint

	Font      FontInfo
	Position  LabelPosition
	Alignment TextAlignment
	Text      string
	Block     *FieldBlock
}

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