@tsonic/dotnet

// Generated by tsbindgen - Architecture // Namespace: System.Drawing // Assembly: System.ComponentModel.TypeConverter, System.Drawing.Primitives // Branded primitive types are sourced from @tsonic/types import type { sbyte, byte, short, ushort, int, uint, long, ulong, int128, uint128, half, float, double, decimal, nint, nuint, char } from '@tsonic/types'; // Import types from other namespaces import type { ICollection, IDictionary } from "../../System.Collections/internal/index.js"; import * as System_ComponentModel_Internal from "../../System.ComponentModel/internal/index.js"; import type { ITypeDescriptorContext, PropertyDescriptorCollection, TypeConverter, TypeConverter_StandardValuesCollection } from "../../System.ComponentModel/internal/index.js"; import type { CultureInfo } from "../../System.Globalization/internal/index.js"; import type { Vector2, Vector4 } from "../../System.Numerics/internal/index.js"; import * as System_Internal from "../../System/internal/index.js"; import type { Attribute, Boolean as ClrBoolean, Byte, Enum, IComparable, IConvertible, IEquatable_1, IFormatProvider, IFormattable, Int32, ISpanFormattable, Object as ClrObject, Single, String as ClrString, Type, TypeCode, ValueType, Void } from "../../System/internal/index.js"; // CLROf<T> - Maps ergonomic primitives to their CLR types for generic constraints // This utility is used ONLY in generic type arguments to satisfy CLR interface constraints // Value positions (parameters, return types) use lowercase primitives for ergonomics export type CLROf<T> = T extends sbyte ? System_Internal.SByte : T extends short ? System_Internal.Int16 : T extends int ? System_Internal.Int32 : T extends long ? System_Internal.Int64 : T extends int128 ? System_Internal.Int128 : T extends nint ? System_Internal.IntPtr : T extends byte ? System_Internal.Byte : T extends ushort ? System_Internal.UInt16 : T extends uint ? System_Internal.UInt32 : T extends ulong ? System_Internal.UInt64 : T extends uint128 ? System_Internal.UInt128 : T extends nuint ? System_Internal.UIntPtr : T extends half ? System_Internal.Half : T extends float ? System_Internal.Single : T extends double ? System_Internal.Double : T extends decimal ? System_Internal.Decimal : T extends char ? System_Internal.Char : T extends boolean ? System_Internal.Boolean : T extends string ? System_Internal.String : T; // Identity fallback for non-primitive types export enum KnownColor { activeBorder = 1, activeCaption = 2, activeCaptionText = 3, appWorkspace = 4, control = 5, controlDark = 6, controlDarkDark = 7, controlLight = 8, controlLightLight = 9, controlText = 10, desktop = 11, grayText = 12, highlight = 13, highlightText = 14, hotTrack = 15, inactiveBorder = 16, inactiveCaption = 17, inactiveCaptionText = 18, info = 19, infoText = 20, menu = 21, menuText = 22, scrollBar = 23, window = 24, windowFrame = 25, windowText = 26, transparent = 27, aliceBlue = 28, antiqueWhite = 29, aqua = 30, aquamarine = 31, azure = 32, beige = 33, bisque = 34, black = 35, blanchedAlmond = 36, blue = 37, blueViolet = 38, brown = 39, burlyWood = 40, cadetBlue = 41, chartreuse = 42, chocolate = 43, coral = 44, cornflowerBlue = 45, cornsilk = 46, crimson = 47, cyan = 48, darkBlue = 49, darkCyan = 50, darkGoldenrod = 51, darkGray = 52, darkGreen = 53, darkKhaki = 54, darkMagenta = 55, darkOliveGreen = 56, darkOrange = 57, darkOrchid = 58, darkRed = 59, darkSalmon = 60, darkSeaGreen = 61, darkSlateBlue = 62, darkSlateGray = 63, darkTurquoise = 64, darkViolet = 65, deepPink = 66, deepSkyBlue = 67, dimGray = 68, dodgerBlue = 69, firebrick = 70, floralWhite = 71, forestGreen = 72, fuchsia = 73, gainsboro = 74, ghostWhite = 75, gold = 76, goldenrod = 77, gray = 78, green = 79, greenYellow = 80, honeydew = 81, hotPink = 82, indianRed = 83, indigo = 84, ivory = 85, khaki = 86, lavender = 87, lavenderBlush = 88, lawnGreen = 89, lemonChiffon = 90, lightBlue = 91, lightCoral = 92, lightCyan = 93, lightGoldenrodYellow = 94, lightGray = 95, lightGreen = 96, lightPink = 97, lightSalmon = 98, lightSeaGreen = 99, lightSkyBlue = 100, lightSlateGray = 101, lightSteelBlue = 102, lightYellow = 103, lime = 104, limeGreen = 105, linen = 106, magenta = 107, maroon = 108, mediumAquamarine = 109, mediumBlue = 110, mediumOrchid = 111, mediumPurple = 112, mediumSeaGreen = 113, mediumSlateBlue = 114, mediumSpringGreen = 115, mediumTurquoise = 116, mediumVioletRed = 117, midnightBlue = 118, mintCream = 119, mistyRose = 120, moccasin = 121, navajoWhite = 122, navy = 123, oldLace = 124, olive = 125, oliveDrab = 126, orange = 127, orangeRed = 128, orchid = 129, paleGoldenrod = 130, paleGreen = 131, paleTurquoise = 132, paleVioletRed = 133, papayaWhip = 134, peachPuff = 135, peru = 136, pink = 137, plum = 138, powderBlue = 139, purple = 140, red = 141, rosyBrown = 142, royalBlue = 143, saddleBrown = 144, salmon = 145, sandyBrown = 146, seaGreen = 147, seaShell = 148, sienna = 149, silver = 150, skyBlue = 151, slateBlue = 152, slateGray = 153, snow = 154, springGreen = 155, steelBlue = 156, tan = 157, teal = 158, thistle = 159, tomato = 160, turquoise = 161, violet = 162, wheat = 163, white = 164, whiteSmoke = 165, yellow = 166, yellowGreen = 167, buttonFace = 168, buttonHighlight = 169, buttonShadow = 170, gradientActiveCaption = 171, gradientInactiveCaption = 172, menuBar = 173, menuHighlight = 174, rebeccaPurple = 175 } export interface Color$instance { readonly A: byte; readonly B: byte; readonly G: byte; readonly isEmpty: boolean; readonly isKnownColor: boolean; readonly isNamedColor: boolean; readonly isSystemColor: boolean; readonly name: string; readonly R: byte; equals(obj: unknown): boolean; equals(other: Color): boolean; getBrightness(): float; getHashCode(): int; getHue(): float; getSaturation(): float; toArgb(): int; toKnownColor(): KnownColor; toString(): string; } export const Color: { new(): Color$instance; readonly empty: Color; readonly transparent: Color; readonly aliceBlue: Color; readonly antiqueWhite: Color; readonly aqua: Color; readonly aquamarine: Color; readonly azure: Color; readonly beige: Color; readonly bisque: Color; readonly black: Color; readonly blanchedAlmond: Color; readonly blue: Color; readonly blueViolet: Color; readonly brown: Color; readonly burlyWood: Color; readonly cadetBlue: Color; readonly chartreuse: Color; readonly chocolate: Color; readonly coral: Color; readonly cornflowerBlue: Color; readonly cornsilk: Color; readonly crimson: Color; readonly cyan: Color; readonly darkBlue: Color; readonly darkCyan: Color; readonly darkGoldenrod: Color; readonly darkGray: Color; readonly darkGreen: Color; readonly darkKhaki: Color; readonly darkMagenta: Color; readonly darkOliveGreen: Color; readonly darkOrange: Color; readonly darkOrchid: Color; readonly darkRed: Color; readonly darkSalmon: Color; readonly darkSeaGreen: Color; readonly darkSlateBlue: Color; readonly darkSlateGray: Color; readonly darkTurquoise: Color; readonly darkViolet: Color; readonly deepPink: Color; readonly deepSkyBlue: Color; readonly dimGray: Color; readonly dodgerBlue: Color; readonly firebrick: Color; readonly floralWhite: Color; readonly forestGreen: Color; readonly fuchsia: Color; readonly gainsboro: Color; readonly ghostWhite: Color; readonly gold: Color; readonly goldenrod: Color; readonly gray: Color; readonly green: Color; readonly greenYellow: Color; readonly honeydew: Color; readonly hotPink: Color; readonly indianRed: Color; readonly indigo: Color; readonly ivory: Color; readonly khaki: Color; readonly lavender: Color; readonly lavenderBlush: Color; readonly lawnGreen: Color; readonly lemonChiffon: Color; readonly lightBlue: Color; readonly lightCoral: Color; readonly lightCyan: Color; readonly lightGoldenrodYellow: Color; readonly lightGreen: Color; readonly lightGray: Color; readonly lightPink: Color; readonly lightSalmon: Color; readonly lightSeaGreen: Color; readonly lightSkyBlue: Color; readonly lightSlateGray: Color; readonly lightSteelBlue: Color; readonly lightYellow: Color; readonly lime: Color; readonly limeGreen: Color; readonly linen: Color; readonly magenta: Color; readonly maroon: Color; readonly mediumAquamarine: Color; readonly mediumBlue: Color; readonly mediumOrchid: Color; readonly mediumPurple: Color; readonly mediumSeaGreen: Color; readonly mediumSlateBlue: Color; readonly mediumSpringGreen: Color; readonly mediumTurquoise: Color; readonly mediumVioletRed: Color; readonly midnightBlue: Color; readonly mintCream: Color; readonly mistyRose: Color; readonly moccasin: Color; readonly navajoWhite: Color; readonly navy: Color; readonly oldLace: Color; readonly olive: Color; readonly oliveDrab: Color; readonly orange: Color; readonly orangeRed: Color; readonly orchid: Color; readonly paleGoldenrod: Color; readonly paleGreen: Color; readonly paleTurquoise: Color; readonly paleVioletRed: Color; readonly papayaWhip: Color; readonly peachPuff: Color; readonly peru: Color; readonly pink: Color; readonly plum: Color; readonly powderBlue: Color; readonly purple: Color; readonly rebeccaPurple: Color; readonly red: Color; readonly rosyBrown: Color; readonly royalBlue: Color; readonly saddleBrown: Color; readonly salmon: Color; readonly sandyBrown: Color; readonly seaGreen: Color; readonly seaShell: Color; readonly sienna: Color; readonly silver: Color; readonly skyBlue: Color; readonly slateBlue: Color; readonly slateGray: Color; readonly snow: Color; readonly springGreen: Color; readonly steelBlue: Color; readonly tan: Color; readonly teal: Color; readonly thistle: Color; readonly tomato: Color; readonly turquoise: Color; readonly violet: Color; readonly wheat: Color; readonly white: Color; readonly whiteSmoke: Color; readonly yellow: Color; readonly yellowGreen: Color; fromArgb(alpha: int, baseColor: Color): Color; fromArgb(alpha: int, red: int, green: int, blue: int): Color; fromArgb(red: int, green: int, blue: int): Color; fromArgb(argb: int): Color; fromKnownColor(color: KnownColor): Color; fromName(name: string): Color; }; export interface __Color$views { As_IEquatable_1(): System_Internal.IEquatable_1$instance<Color>; // Structural method bridges for numeric interface constraints Equals(other: Color): boolean; } export type Color = Color$instance & __Color$views; export interface Point$instance { readonly isEmpty: boolean; X: int; Y: int; equals(obj: unknown): boolean; equals(other: Point): boolean; getHashCode(): int; offset(dx: int, dy: int): void; offset(p: Point): void; toString(): string; } export const Point: { new(x: int, y: int): Point$instance; new(sz: Size): Point$instance; new(dw: int): Point$instance; readonly empty: Point; add(pt: Point, sz: Size): Point; ceiling(value: PointF): Point; round(value: PointF): Point; subtract(pt: Point, sz: Size): Point; truncate(value: PointF): Point; }; export interface __Point$views { As_IEquatable_1(): System_Internal.IEquatable_1$instance<Point>; // Structural method bridges for numeric interface constraints Equals(other: Point): boolean; } export type Point = Point$instance & __Point$views; export interface PointF$instance { readonly isEmpty: boolean; X: float; Y: float; equals(obj: unknown): boolean; equals(other: PointF): boolean; getHashCode(): int; toString(): string; toVector2(): Vector2; } export const PointF: { new(x: float, y: float): PointF$instance; new(vector: Vector2): PointF$instance; readonly empty: PointF; add(pt: PointF, sz: Size): PointF; add(pt: PointF, sz: SizeF): PointF; subtract(pt: PointF, sz: Size): PointF; subtract(pt: PointF, sz: SizeF): PointF; }; export interface __PointF$views { As_IEquatable_1(): System_Internal.IEquatable_1$instance<PointF>; // Structural method bridges for numeric interface constraints Equals(other: PointF): boolean; } export type PointF = PointF$instance & __PointF$views; export interface Rectangle$instance { readonly bottom: int; height: int; readonly isEmpty: boolean; readonly left: int; location: Point; readonly right: int; size: Size; readonly top: int; width: int; X: int; Y: int; contains(x: int, y: int): boolean; contains(pt: Point): boolean; contains(rect: Rectangle): boolean; equals(obj: unknown): boolean; equals(other: Rectangle): boolean; getHashCode(): int; inflate(width: int, height: int): void; inflate(size: Size): void; intersect(rect: Rectangle): void; intersectsWith(rect: Rectangle): boolean; offset(pos: Point): void; offset(x: int, y: int): void; toString(): string; } export const Rectangle: { new(x: int, y: int, width: int, height: int): Rectangle$instance; new(location: Point, size: Size): Rectangle$instance; readonly empty: Rectangle; ceiling(value: RectangleF): Rectangle; fromLTRB(left: int, top: int, right: int, bottom: int): Rectangle; inflate(rect: Rectangle, x: int, y: int): Rectangle; intersect(a: Rectangle, b: Rectangle): Rectangle; round(value: RectangleF): Rectangle; truncate(value: RectangleF): Rectangle; union(a: Rectangle, b: Rectangle): Rectangle; }; export interface __Rectangle$views { As_IEquatable_1(): System_Internal.IEquatable_1$instance<Rectangle>; // Structural method bridges for numeric interface constraints Equals(other: Rectangle): boolean; } export type Rectangle = Rectangle$instance & __Rectangle$views; export interface RectangleF$instance { readonly bottom: float; height: float; readonly isEmpty: boolean; readonly left: float; location: PointF; readonly right: float; size: SizeF; readonly top: float; width: float; X: float; Y: float; contains(x: float, y: float): boolean; contains(pt: PointF): boolean; contains(rect: RectangleF): boolean; equals(obj: unknown): boolean; equals(other: RectangleF): boolean; getHashCode(): int; inflate(x: float, y: float): void; inflate(size: SizeF): void; intersect(rect: RectangleF): void; intersectsWith(rect: RectangleF): boolean; offset(pos: PointF): void; offset(x: float, y: float): void; toString(): string; toVector4(): Vector4; } export const RectangleF: { new(x: float, y: float, width: float, height: float): RectangleF$instance; new(location: PointF, size: SizeF): RectangleF$instance; new(vector: Vector4): RectangleF$instance; readonly empty: RectangleF; fromLTRB(left: float, top: float, right: float, bottom: float): RectangleF; inflate(rect: RectangleF, x: float, y: float): RectangleF; intersect(a: RectangleF, b: RectangleF): RectangleF; union(a: RectangleF, b: RectangleF): RectangleF; }; export interface __RectangleF$views { As_IEquatable_1(): System_Internal.IEquatable_1$instance<RectangleF>; // Structural method bridges for numeric interface constraints Equals(other: RectangleF): boolean; } export type RectangleF = RectangleF$instance & __RectangleF$views; export interface Size$instance { height: int; readonly isEmpty: boolean; width: int; equals(obj: unknown): boolean; equals(other: Size): boolean; getHashCode(): int; toString(): string; } export const Size: { new(pt: Point): Size$instance; new(width: int, height: int): Size$instance; readonly empty: Size; add(sz1: Size, sz2: Size): Size; ceiling(value: SizeF): Size; round(value: SizeF): Size; subtract(sz1: Size, sz2: Size): Size; truncate(value: SizeF): Size; }; export interface __Size$views { As_IEquatable_1(): System_Internal.IEquatable_1$instance<Size>; // Structural method bridges for numeric interface constraints Equals(other: Size): boolean; } export type Size = Size$instance & __Size$views; export interface SizeF$instance { height: float; readonly isEmpty: boolean; width: float; equals(obj: unknown): boolean; equals(other: SizeF): boolean; getHashCode(): int; toPointF(): PointF; toSize(): Size; toString(): string; toVector2(): Vector2; } export const SizeF: { new(size: SizeF): SizeF$instance; new(pt: PointF): SizeF$instance; new(vector: Vector2): SizeF$instance; new(width: float, height: float): SizeF$instance; readonly empty: SizeF; add(sz1: SizeF, sz2: SizeF): SizeF; subtract(sz1: SizeF, sz2: SizeF): SizeF; }; export interface __SizeF$views { As_IEquatable_1(): System_Internal.IEquatable_1$instance<SizeF>; // Structural method bridges for numeric interface constraints Equals(other: SizeF): boolean; } export type SizeF = SizeF$instance & __SizeF$views; export interface ColorConverter$instance extends TypeConverter { canConvertFrom(context: ITypeDescriptorContext, sourceType: Type): boolean; canConvertFrom(sourceType: Type): boolean; canConvertTo(context: ITypeDescriptorContext, destinationType: Type): boolean; canConvertTo(destinationType: Type): boolean; convertFrom(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown): unknown; convertFrom(value: unknown): unknown; convertTo(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown, destinationType: Type): unknown; convertTo(value: unknown, destinationType: Type): unknown; getStandardValues(context: ITypeDescriptorContext): TypeConverter_StandardValuesCollection; getStandardValues(): ICollection; getStandardValuesSupported(context: ITypeDescriptorContext): boolean; getStandardValuesSupported(): boolean; } export const ColorConverter: { new(): ColorConverter$instance; }; export type ColorConverter = ColorConverter$instance; export interface PointConverter$instance extends TypeConverter { canConvertFrom(context: ITypeDescriptorContext, sourceType: Type): boolean; canConvertFrom(sourceType: Type): boolean; canConvertTo(context: ITypeDescriptorContext, destinationType: Type): boolean; canConvertTo(destinationType: Type): boolean; convertFrom(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown): unknown; convertFrom(value: unknown): unknown; convertTo(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown, destinationType: Type): unknown; convertTo(value: unknown, destinationType: Type): unknown; createInstance(context: ITypeDescriptorContext, propertyValues: IDictionary): unknown; createInstance(propertyValues: IDictionary): unknown; getCreateInstanceSupported(context: ITypeDescriptorContext): boolean; getCreateInstanceSupported(): boolean; getProperties(context: ITypeDescriptorContext, value: unknown, attributes: Attribute[]): PropertyDescriptorCollection; getProperties(value: unknown): PropertyDescriptorCollection; getProperties(context: ITypeDescriptorContext, value: unknown): PropertyDescriptorCollection; getPropertiesSupported(context: ITypeDescriptorContext): boolean; getPropertiesSupported(): boolean; } export const PointConverter: { new(): PointConverter$instance; }; export type PointConverter = PointConverter$instance; export interface RectangleConverter$instance extends TypeConverter { canConvertFrom(context: ITypeDescriptorContext, sourceType: Type): boolean; canConvertFrom(sourceType: Type): boolean; canConvertTo(context: ITypeDescriptorContext, destinationType: Type): boolean; canConvertTo(destinationType: Type): boolean; convertFrom(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown): unknown; convertFrom(value: unknown): unknown; convertTo(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown, destinationType: Type): unknown; convertTo(value: unknown, destinationType: Type): unknown; createInstance(context: ITypeDescriptorContext, propertyValues: IDictionary): unknown; createInstance(propertyValues: IDictionary): unknown; getCreateInstanceSupported(context: ITypeDescriptorContext): boolean; getCreateInstanceSupported(): boolean; getProperties(context: ITypeDescriptorContext, value: unknown, attributes: Attribute[]): PropertyDescriptorCollection; getProperties(value: unknown): PropertyDescriptorCollection; getProperties(context: ITypeDescriptorContext, value: unknown): PropertyDescriptorCollection; getPropertiesSupported(context: ITypeDescriptorContext): boolean; getPropertiesSupported(): boolean; } export const RectangleConverter: { new(): RectangleConverter$instance; }; export type RectangleConverter = RectangleConverter$instance; export interface SizeConverter$instance extends TypeConverter { canConvertFrom(context: ITypeDescriptorContext, sourceType: Type): boolean; canConvertFrom(sourceType: Type): boolean; canConvertTo(context: ITypeDescriptorContext, destinationType: Type): boolean; canConvertTo(destinationType: Type): boolean; convertFrom(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown): unknown; convertFrom(value: unknown): unknown; convertTo(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown, destinationType: Type): unknown; convertTo(value: unknown, destinationType: Type): unknown; createInstance(context: ITypeDescriptorContext, propertyValues: IDictionary): unknown; createInstance(propertyValues: IDictionary): unknown; getCreateInstanceSupported(context: ITypeDescriptorContext): boolean; getCreateInstanceSupported(): boolean; getProperties(context: ITypeDescriptorContext, value: unknown, attributes: Attribute[]): PropertyDescriptorCollection; getProperties(value: unknown): PropertyDescriptorCollection; getProperties(context: ITypeDescriptorContext, value: unknown): PropertyDescriptorCollection; getPropertiesSupported(context: ITypeDescriptorContext): boolean; getPropertiesSupported(): boolean; } export const SizeConverter: { new(): SizeConverter$instance; }; export type SizeConverter = SizeConverter$instance; export interface SizeFConverter$instance extends TypeConverter { canConvertFrom(context: ITypeDescriptorContext, sourceType: Type): boolean; canConvertFrom(sourceType: Type): boolean; canConvertTo(context: ITypeDescriptorContext, destinationType: Type): boolean; canConvertTo(destinationType: Type): boolean; convertFrom(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown): unknown; convertFrom(value: unknown): unknown; convertTo(context: ITypeDescriptorContext, culture: CultureInfo, value: unknown, destinationType: Type): unknown; convertTo(value: unknown, destinationType: Type): unknown; createInstance(context: ITypeDescriptorContext, propertyValues: IDictionary): unknown; createInstance(propertyValues: IDictionary): unknown; getCreateInstanceSupported(context: ITypeDescriptorContext): boolean; getCreateInstanceSupported(): boolean; getProperties(context: ITypeDescriptorContext, value: unknown, attributes: Attribute[]): PropertyDescriptorCollection; getProperties(value: unknown): PropertyDescriptorCollection; getProperties(context: ITypeDescriptorContext, value: unknown): PropertyDescriptorCollection; getPropertiesSupported(context: ITypeDescriptorContext): boolean; getPropertiesSupported(): boolean; } export const SizeFConverter: { new(): SizeFConverter$instance; }; export type SizeFConverter = SizeFConverter$instance; export abstract class ColorTranslator$instance { static fromHtml(htmlColor: string): Color; static fromOle(oleColor: int): Color; static fromWin32(win32Color: int): Color; static toHtml(c: Color): string; static toOle(c: Color): int; static toWin32(c: Color): int; } export type ColorTranslator = ColorTranslator$instance; export abstract class SystemColors$instance { static readonly activeBorder: Color; static readonly activeCaption: Color; static readonly activeCaptionText: Color; static readonly appWorkspace: Color; static readonly buttonFace: Color; static readonly buttonHighlight: Color; static readonly buttonShadow: Color; static readonly control: Color; static readonly controlDark: Color; static readonly controlDarkDark: Color; static readonly controlLight: Color; static readonly controlLightLight: Color; static readonly controlText: Color; static readonly desktop: Color; static readonly gradientActiveCaption: Color; static readonly gradientInactiveCaption: Color; static readonly grayText: Color; static readonly highlight: Color; static readonly highlightText: Color; static readonly hotTrack: Color; static readonly inactiveBorder: Color; static readonly inactiveCaption: Color; static readonly inactiveCaptionText: Color; static readonly info: Color; static readonly infoText: Color; static readonly menu: Color; static readonly menuBar: Color; static readonly menuHighlight: Color; static readonly menuText: Color; static readonly scrollBar: Color; static readonly window: Color; static readonly windowFrame: Color; static readonly windowText: Color; static useAlternativeColorSet: boolean; } export type SystemColors = SystemColors$instance;