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stylus.d.ts
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stylus.d.ts
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// Type definitions for stylus 0.48.1
// Project: https://github.com/LearnBoost/stylus
// Definitions by: Maxime LUCE <https://github.com/SomaticIT>
// Definitions: https://github.com/borisyankov/DefinitelyTyped
/// <reference path="../node/node.d.ts" />
declare module Stylus {
export interface Static {
/**
* Return a new `Renderer` for the given `str` and `options`.
*/
(str: string): Renderer;
(str: string, options: RenderOptions): Renderer;
/**
* Library version.
*/
version: string;
/**
* Expose nodes.
*/
nodes: NodeStatic;
/**
* Expose BIFs.
*/
functions: Functions;
/**
* Expose utils.
*/
utils: Utils;
Visitor: typeof Visitor;
Parser: typeof Parser;
Evaluator: typeof Evaluator;
Compiler: typeof Compiler;
/**
* Expose middleware.
*/
middleware(dir: string): Middleware;
middleware(options: any): Middleware;
/**
* Convert the given `css` to `stylus` source.
*/
convertCSS(css: string): string;
/**
* Render the given `str` with `options` and callback `fn(err, css)`.
*/
render(str: string, callback: RenderCallback): void;
render(str: string, options: RenderOptions, callback: RenderCallback): void;
/**
* Return a url() function with the given `options`.
*/
url: UrlFunction;
/**
* Return a url() function with the given `options`.
*/
resolver(options: any): LiteralFunction;
}
//#region Internal Modules
export interface NodeStatic {
Node: typeof Nodes.Node;
Root: typeof Nodes.Root;
Null: typeof Nodes.Null;
Each: typeof Nodes.Each;
If: typeof Nodes.If;
Call: typeof Nodes.Call;
UnaryOp: typeof Nodes.UnaryOp;
BinOp: typeof Nodes.BinOp;
Ternary: typeof Nodes.Ternary;
Block: typeof Nodes.Block;
Unit: typeof Nodes.Unit;
String: typeof Nodes.String;
HSLA: typeof Nodes.HSLA;
RGBA: typeof Nodes.RGBA;
Ident: typeof Nodes.Ident;
Group: typeof Nodes.Group;
Literal: typeof Nodes.Literal;
Boolean: typeof Nodes.Boolean;
Return: typeof Nodes.Return;
Media: typeof Nodes.Media;
QueryList: typeof Nodes.QueryList;
Query: typeof Nodes.Query;
QueryExpr: typeof Nodes.QueryExpr;
Params: typeof Nodes.Params;
Comment: typeof Nodes.Comment;
Keyframes: typeof Nodes.Keyframes;
Member: typeof Nodes.Member;
Charset: typeof Nodes.Charset;
Namespace: typeof Nodes.Namespace;
Import: typeof Nodes.Import;
Extend: typeof Nodes.Extend;
Object: typeof Nodes.Object;
Function: typeof Nodes.Function;
Property: typeof Nodes.Property;
Selector: typeof Nodes.Selector;
Expression: typeof Nodes.Expression;
Arguments: typeof Nodes.Arguments;
Atblock: typeof Nodes.Atblock;
Atrule: typeof Nodes.Atrule;
true: Nodes.Boolean;
false: Nodes.Boolean;
null: Nodes.Null;
}
export interface Functions {
/**
* Convert the given `color` to an `HSLA` node,
* or h,s,l,a component values.
*/
hsla(rgba: Nodes.RGBA): Nodes.HSLA;
hsla(hsla: Nodes.HSLA): Nodes.HSLA;
hsla(hue: Nodes.Unit, saturation: Nodes.Unit, lightness: Nodes.Unit, alpha: Nodes.Unit): Nodes.HSLA;
/**
* Convert the given `color` to an `HSLA` node,
* or h,s,l component values.
*/
hsl(rgba: Nodes.RGBA): Nodes.HSLA;
hsl(hsla: Nodes.HSLA): Nodes.HSLA;
hsl(hue: Nodes.Unit, saturation: Nodes.Unit, lightness: Nodes.Unit): Nodes.HSLA;
/**
* Return type of `node`.
*/
type(node: Nodes.Node): string;
/**
* Return type of `node`.
*/
typeof(node: Nodes.Node): string;
/**
* Return type of `node`.
*/
"type-of"(node: Nodes.Node): string;
/**
* Return component `name` for the given `color`.
*/
component(color: Nodes.RGBA, name: Nodes.String): Nodes.Unit;
component(color: Nodes.HSLA, name: Nodes.String): Nodes.Unit;
/**
* Return component `name` for the given `color`.
*/
basename(path: Nodes.String): string;
basename(path: Nodes.String, ext: Nodes.String): string;
/**
* Return the dirname of `path`.
*/
dirname(path: Nodes.String): string;
/**
* Return the extension of `path`.
*/
extname(path: Nodes.String): string;
/**
* Joins given paths
*/
pathjoin(...paths: Nodes.String[]): string;
/**
* Return the red component of the given `color`,
* or set the red component to the optional second `value` argument.
*/
red(color: Nodes.RGBA): Nodes.Unit;
red(color: Nodes.HSLA): Nodes.Unit;
red(color: Nodes.RGBA, value: Nodes.Unit): Nodes.RGBA;
red(color: Nodes.HSLA, value: Nodes.Unit): Nodes.RGBA;
/**
* Return the green component of the given `color`,
* or set the green component to the optional second `value` argument.
*/
green(color: Nodes.RGBA): Nodes.Unit;
green(color: Nodes.HSLA): Nodes.Unit;
green(color: Nodes.RGBA, value: Nodes.Unit): Nodes.RGBA;
green(color: Nodes.HSLA, value: Nodes.Unit): Nodes.RGBA;
/**
* Return the blue component of the given `color`,
* or set the blue component to the optional second `value` argument.
*/
blue(color: Nodes.RGBA): Nodes.Unit;
blue(color: Nodes.HSLA): Nodes.Unit;
blue(color: Nodes.RGBA, value: Nodes.Unit): Nodes.RGBA;
blue(color: Nodes.HSLA, value: Nodes.Unit): Nodes.RGBA;
/**
* Return the alpha component of the given `color`,
* or set the alpha component to the optional second `value` argument.
*/
alpha(color: Nodes.RGBA): Nodes.Unit;
alpha(color: Nodes.HSLA): Nodes.Unit;
alpha(color: Nodes.RGBA, value: Nodes.Unit): Nodes.RGBA;
alpha(color: Nodes.HSLA, value: Nodes.Unit): Nodes.RGBA;
/**
* Return the hue component of the given `color`,
* or set the hue component to the optional second `value` argument.
*/
hue(color: Nodes.RGBA): Nodes.Unit;
hue(color: Nodes.HSLA): Nodes.Unit;
hue(color: Nodes.RGBA, value: Nodes.Unit): Nodes.RGBA;
hue(color: Nodes.HSLA, value: Nodes.Unit): Nodes.RGBA;
/**
* Return the saturation component of the given `color`,
* or set the saturation component to the optional second `value` argument.
*/
saturation(color: Nodes.RGBA): Nodes.Unit;
saturation(color: Nodes.HSLA): Nodes.Unit;
saturation(color: Nodes.RGBA, value: Nodes.Unit): Nodes.RGBA;
saturation(color: Nodes.HSLA, value: Nodes.Unit): Nodes.RGBA;
/**
* Return the lightness component of the given `color`,
* or set the lightness component to the optional second `value` argument.
*/
lightness(color: Nodes.RGBA): Nodes.Unit;
lightness(color: Nodes.HSLA): Nodes.Unit;
lightness(color: Nodes.RGBA, value: Nodes.Unit): Nodes.RGBA;
lightness(color: Nodes.HSLA, value: Nodes.Unit): Nodes.RGBA;
/**
* Return a `RGBA` from the r,g,b,a channels.
*/
rgba(rgba: Nodes.RGBA): Nodes.RGBA;
rgba(hsla: Nodes.HSLA): Nodes.RGBA;
rgba(hue: Nodes.Unit, saturation: Nodes.Unit, lightness: Nodes.Unit, alpha: Nodes.Unit): Nodes.RGBA;
/**
* Return a `RGBA` from the r,g,b channels.
*/
rgb(rgba: Nodes.RGBA): Nodes.RGBA;
rgb(hsla: Nodes.HSLA): Nodes.RGBA;
rgb(hue: Nodes.Unit, saturation: Nodes.Unit, lightness: Nodes.Unit, alpha: Nodes.Unit): Nodes.RGBA;
/**
* Blend the `top` color over the `bottom`
*/
blend(top: Nodes.RGBA): Nodes.RGBA;
blend(top: Nodes.RGBA, bottom: Nodes.RGBA): Nodes.RGBA;
blend(top: Nodes.RGBA, bottom: Nodes.HSLA): Nodes.RGBA;
blend(top: Nodes.HSLA): Nodes.RGBA;
blend(top: Nodes.HSLA, bottom: Nodes.RGBA): Nodes.RGBA;
blend(top: Nodes.HSLA, bottom: Nodes.HSLA): Nodes.RGBA;
/**
* Returns the relative luminance of the given `color`,
* see http://www.w3.org/TR/WCAG20/#relativeluminancedef
*/
luminosity(rgba: Nodes.RGBA): Nodes.Unit;
luminosity(rgba: Nodes.HSLA): Nodes.Unit;
/**
* Returns the contrast ratio object between `top` and `bottom` colors,
* based on http://leaverou.github.io/contrast-ratio/
* and https://github.com/LeaVerou/contrast-ratio/blob/gh-pages/color.js#L108
*/
contrast(top: Nodes.RGBA): Nodes.Object;
contrast(top: Nodes.RGBA, bottom: Nodes.RGBA): Nodes.Object;
contrast(top: Nodes.RGBA, bottom: Nodes.HSLA): Nodes.Object;
contrast(top: Nodes.HSLA): Nodes.Object;
contrast(top: Nodes.HSLA, bottom: Nodes.RGBA): Nodes.Object;
contrast(top: Nodes.HSLA, bottom: Nodes.HSLA): Nodes.Object;
/**
* Returns the transparent version of the given `top` color,
* as if it was blend over the given `bottom` color.
*/
transparentify(top: Nodes.RGBA): Nodes.Object;
transparentify(top: Nodes.RGBA, bottom: Nodes.RGBA, alpha?: Nodes.Unit): Nodes.Object;
transparentify(top: Nodes.RGBA, bottom: Nodes.HSLA, alpha?: Nodes.Unit): Nodes.Object;
transparentify(top: Nodes.HSLA): Nodes.Object;
transparentify(top: Nodes.HSLA, bottom: Nodes.RGBA, alpha?: Nodes.Unit): Nodes.Object;
transparentify(top: Nodes.HSLA, bottom: Nodes.HSLA, alpha?: Nodes.Unit): Nodes.Object;
/**
* Convert a .json file into stylus variables or object.
* Nested variable object keys are joined with a dash (-)
*
* Given this sample media-queries.json file:
* {
* "small": "screen and (max-width:400px)",
* "tablet": {
* "landscape": "screen and (min-width:600px) and (orientation:landscape)",
* "portrait": "screen and (min-width:600px) and (orientation:portrait)"
* }
* }
*/
json(path: Nodes.String, local: Nodes.Boolean, namePrefix: Nodes.String): any;
/**
* Use the given `plugin`.
*/
use(plugin: Nodes.String): void;
use(plugin: Nodes.String, options: any): void;
/**
* Unquote the given `string`.
*/
unquote(str: Nodes.String): Nodes.Literal;
/**
* Like `unquote` but tries to convert the given `str` to a Stylus node.
*/
convert(str: Nodes.String): Nodes.Node;
/**
* Assign `type` to the given `unit` or return `unit`'s type.
*/
unit(unit: Nodes.Unit, type: Nodes.String): Nodes.Unit;
/**
* Lookup variable `name` or return Null.
*/
lookup(name: Nodes.String): Nodes.Node;
/**
* Set a variable `name` on current scope.
*/
define(name: Nodes.String, expr: Nodes.Expression): Nodes.Node;
/**
* Perform `op` on the `left` and `right` operands.
*/
operate(op: Nodes.String, left: Nodes.Node, right: Nodes.Node): Nodes.Node;
/**
* Test if `val` matches the given `pattern`.
*/
match(pattern: Nodes.String, val: Nodes.String): Nodes.Boolean;
match(pattern: Nodes.String, val: Nodes.Ident): Nodes.Boolean;
/**
* Returns substring of the given `val`.
*/
substr(val: Nodes.String, start: Nodes.Number, length: Nodes.Number): Nodes.String;
substr(val: Nodes.Ident, start: Nodes.Number, length: Nodes.Number): Nodes.Ident;
/**
* Returns string with all matches of `pattern` replaced by `replacement` in given `val`
*/
replace(pattern: Nodes.String, replacement: Nodes.String, val: Nodes.String): Nodes.String;
replace(pattern: Nodes.String, replacement: Nodes.String, val: Nodes.Ident): Nodes.Ident;
/**
* Splits the given `val` by `delim`
*/
split(pattern: Nodes.String, val: Nodes.String): Nodes.Expression;
split(pattern: Nodes.String, val: Nodes.Ident): Nodes.Expression;
/**
* Return length of the given `expr`.
*/
length(expr: Nodes.Expression): Nodes.Unit;
/**
* Inspect the given `expr`.
*/
length(...expr: Nodes.Expression[]): Nodes.Null;
/**
* Throw an error with the given `msg`.
*/
error(msg: Nodes.String): void;
/**
* Warn with the given `msg` prefixed by "Warning: ".
*/
warn(msg: Nodes.String): Nodes.Null;
/**
* Output stack trace.
*/
trace(): Nodes.Null;
/**
* Push the given args to `expr`.
*/
push(expr: Nodes.Expression, ...nodes: Nodes.Node[]): Nodes.Unit;
/**
* Pop a value from `expr`.
*/
pop(expr: Nodes.Expression): Nodes.Node;
/**
* Unshift the given args to `expr`.
*/
unshift(expr: Nodes.Expression, ...nodes: Nodes.Node[]): Nodes.Unit;
/**
* Unshift the given args to `expr`..
*/
prepend(expr: Nodes.Expression, ...nodes: Nodes.Node[]): Nodes.Unit;
/**
* Shift a value from `expr`.
*/
shift(expr: Nodes.Expression): Nodes.Node;
/**
* Return a `Literal` with the given `fmt`, and variable number of arguments.
*/
s(fmt: Nodes.String, ...nodes: Nodes.Node[]): Nodes.Literal;
/**
* Return a `Literal` `num` converted to the provided `base`, padded to `width`
* with zeroes (default width is 2)
*/
"base-convert"(num: Nodes.Number, base: Nodes.Number, width: Nodes.Number): Nodes.Literal;
/**
* Return the opposites of the given `positions`.
*/
"opposite-position"(positions: Nodes.Expression): Nodes.Expression;
/**
* Return the width and height of the given `img` path.
*/
"image-size"(img: Nodes.String, ignoreErr: Nodes.Boolean): Nodes.Expression;
/**
* Return the tangent of the given `angle`.
*/
tan(angle: Nodes.Unit): Nodes.Unit;
/**
* Return the tangent of the given `angle`.
*/
math(n: Nodes.Unit, fn: Nodes.String): Nodes.Unit;
/**
* Return the opposites of the given `positions`.
*/
"-math-prop"(prop: Nodes.String): Nodes.Unit;
/**
* Adjust HSL `color` `prop` by `amount`.
*/
adjust(rgba: Nodes.RGBA, prop: Nodes.String, amount: Nodes.Unit): Nodes.RGBA;
adjust(hsla: Nodes.HSLA, prop: Nodes.String, amount: Nodes.Unit): Nodes.RGBA;
/**
* Return a clone of the given `expr`.
*/
clone(expr: Nodes.Expression): Nodes.Expression;
/**
* Add property `name` with the given `expr` to the mixin-able block.
*/
"add-property"(name: Nodes.String, expr: Nodes.Expression): Nodes.Property;
/**
* Merge the object `dest` with the given args.
*/
merge(dest: Nodes.Object, ...objs: Nodes.Object[]): Nodes.Object;
/**
* Merge the object `dest` with the given args.
*/
extend(dest: Nodes.Object, ...objs: Nodes.Object[]): Nodes.Object;
/**
* Return the current selector or compile `sel` selector.
*/
selector(): string;
selector(sel: Nodes.String): string;
/**
* Prefix css classes in a block
*/
"-prefix-classes"(prefix: Nodes.String, block: Nodes.Block): Nodes.Block;
/**
* Returns the @media string for the current block
*/
"current-media"(): Nodes.String;
/**
* Return the separator of the given `list`.
*/
"list-separator"(list: Nodes.Expression): Nodes.String;
}
export interface Utils {
/**
* Check if `path` looks absolute.
*/
absolute(path: string): boolean;
/**
* Attempt to lookup `path` within `paths` from tail to head.
* Optionally a path to `ignore` may be passed.
*/
lookup(path: string, paths: string, ignore: string, resolveURL: boolean): string;
/**
* Attempt to lookup `path` within `paths` from tail to head.
* Optionally a path to `ignore` may be passed.
*/
lookupIndex(path: string, paths: string, filename: string): string[];
/**
* Like `utils.lookup` but uses `glob` to find files.
*/
find(path: string, paths: string, ignore: string): string[];
/**
* Format the given `err` with the given `options`.
*/
formatException(err: Error, options: ExceptionOptions): Error;
/**
* Assert that `node` is of the given `type`, or throw.
*/
assertType(node: Nodes.Node, type: string, param: string): void;
/**
* Assert that `node` is a `String` or `Ident`.
*/
assertString(node: Nodes.Node, param: string): void;
/**
* Assert that `node` is a `RGBA` or `HSLA`.
*/
assertColor(node: Nodes.Node, param: string): void;
/**
* Assert that param `name` is given, aka the `node` is passed.
*/
assertPresent(node: Nodes.Node, name: string): void;
/**
* Unwrap `expr`.
*
* Takes an expressions with length of 1
* such as `((1 2 3))` and unwraps it to `(1 2 3)`.
*/
unwrap(expr: Nodes.Expression): Nodes.Node;
/**
* Coerce JavaScript values to their Stylus equivalents.
*/
coerce(val: any): Nodes.Node;
coerce(val: any, raw: boolean): Nodes.Node;
/**
* Coerce a javascript `Array` to a Stylus `Expression`.
*/
coerceArray(val: any): Nodes.Expression;
coerceArray(val: any, raw: boolean): Nodes.Expression;
/**
* Coerce a javascript object to a Stylus `Expression` or `Object`.
*
* For example `{ foo: 'bar', bar: 'baz' }` would become
* the expression `(foo 'bar') (bar 'baz')`. If `raw` is true
* given `obj` would become a Stylus hash object.
*/
coerceObject(obj: any): Nodes.Expression;
coerceObject(obj: any, raw: boolean): Nodes.Expression;
/**
* Return param names for `fn`.
*/
params(fn: Function): string[];
/**
* Merge object `b` with `a`.
*/
merge(a: any, b: any): any;
/**
* Returns an array with unique values.
*/
uniq(arr: any[]): any[];
/**
* Compile selector strings in `arr` from the bottom-up
* to produce the selector combinations. For example
* the following Stylus:
*/
compileSelectors(arr: string[], leaveHidden: boolean): string[];
}
export interface UrlFunction {
(options: UrlOptions): LiteralFunction;
mimes: {
".gif": string;
".png": string;
".jpg": string;
".jpeg": string;
".svg": string;
".ttf": string;
".eot": string;
".woff": string;
};
}
export interface Middleware {
(req: any, res: any, next: Function): void;
}
//#endregion
//#region Internal Classes
export class Visitor {
}
export class Parser {
}
export class Evaluator {
}
export class Compiler {
}
export class Renderer implements NodeJS.EventEmitter {
options: RenderOptions;
str: string;
events: any;
constructor(str: string);
constructor(str: string, options: RenderOptions);
/**
* Parse and evaluate AST, then callback `fn(err, css, js)`.
*/
render(callback: RenderCallback): void;
/**
* Parse and evaluate AST and return the result.
*/
render(): string;
/**
* Get dependencies of the compiled file.
*/
deps(filename: string): string[];
/**
* Set option `key` to `val`.
*/
set(key: string, val: any): Renderer;
/**
* Get option `key`.
*/
get(key: string): any;
/**
* Include the given `path` to the lookup paths array.
*/
include(path: string): Renderer;
/**
* Use the given `fn`.
*
* This allows for plugins to alter the renderer in
* any way they wish, exposing paths etc.
*/
use(fn: (renderer: Renderer) => any): Renderer;
/**
* Define function or global var with the given `name`. Optionally
* the function may accept full expressions, by setting `raw`
* to `true`.
*/
define(name: string, fn: Function): Renderer;
define(name: string, node: Nodes.Node): Renderer;
define(name: string, val: any): Renderer;
define(name: string, fn: Function, raw: boolean): Renderer;
define(name: string, node: Nodes.Node, raw: boolean): Renderer;
define(name: string, val: any, raw: boolean): Renderer;
/**
* Import the given `file`.
*/
import(file: string): Renderer;
//#region EventEmitter Members
addListener(event: string, listener: Function): this;
on(event: string, listener: Function): this;
once(event: string, listener: Function): this;
removeListener(event: string, listener: Function): this;
removeAllListeners(event?: string): this;
setMaxListeners(n: number): this;
getMaxListeners(): number;
listeners(event: string): Function[];
emit(event: string, ...args: any[]): boolean;
listenerCount(type: string): number;
//#endregion
}
//#endregion
//#region Nodes Classes
export module Nodes {
export class Node {
lineno: number;
column: number;
filename: string;
first: Node;
hash: string;
nodeName: string;
constructor();
/**
* Return a clone of this node.
*/
clone(): Node;
/**
* Return a JSON representation of this node.
*/
toJSON(): { lineno: number; column: number; filename: string };
/**
* Nodes by default evaluate to themselves.
*/
eval(): Node;
/**
* Return true.
*/
toBoolean(): Boolean;
/**
* Return the expression, or wrap this node in an expression.
*/
toExpression(): Expression;
/**
* Return false if `op` is generally not coerced.
*/
shouldCoerce(op: string): boolean;
/**
* Operate on `right` with the given `op`.
*/
operate(op: string, right: Node): Node;
/**
* Default coercion throws.
*/
coerce(other: Node): Node;
}
export class Root extends Node {
nodes: Node[];
/**
* Push a `node` to this block.
*/
push(node: Node): void;
/**
* Unshift a `node` to this block.
*/
unshift(node: Node): void;
/**
* Return a JSON representation of this node.
*/
toJSON(): { nodes: Node[]; lineno: number; column: number; filename: string };
}
export class String extends Node {
val: string;
string: string;
prefixed: boolean;
quote: string;
constructor(val: string);
constructor(val: string, quote: string);
/**
* Return a JSON representation of this node.
*/
toJSON(): { val: string; quote: string; lineno: number; column: number; filename: string };
}
export class Number extends Node {
}
export class Boolean extends Node {
val: boolean;
isTrue: boolean;
isFalse: boolean;
constructor();
constructor(val: boolean);
/**
* Negate the value.
*/
negate(): Boolean;
/**
* Return 'Boolean'.
*/
inspect(): Boolean;
/**
* Return a JSON representation of this node.
*/
toJSON(): { __type: string; val: boolean; lineno: number; column: number; filename: string };
}
export class Object extends Node {
vals: Dictionary<Node>;
length: number;
constructor();
/**
* Set `key` to `val`.
*/
set(key: string, value: Node): Object;
/**
* Get `key`.
*/
get(key: string): Node;
/**
* Has `key`?
*/
has(key: string): boolean;
/**
* Convert object to string with properties.
*/
toBlock(): string;
/**
* Return a JSON representation of this node.
*/
toJSON(): { __type: string; vals: Dictionary<Node>; lineno: number; column: number; filename: string };
}
export class Null extends Node {
isNull: boolean;
constructor();
/**
* Return a JSON representation of this node.
*/
toJSON(): { __type: string; lineno: number; column: number; filename: string };
}
export class Ident extends Node {
name: string;
string: string;
val: Node;
mixin: boolean;
isEmpty: boolean;
constructor(name: string, val: Node);
constructor(name: string, val: Node, mixin: boolean);
/**
* Return a JSON representation of this node.
*/
toJSON(): { __type: string; name: string; val: Node; mixin: boolean; lineno: number; column: number; filename: string };
}
export class Literal extends Node {
val: string;
string: string;
prefixed: boolean;
constructor(str: string);
/**
* Return a JSON representation of this node.
*/
toJSON(): { __type: string; string: string; val: string; prefixed: boolean; lineno: number; column: number; filename: string };
}
export class Unit extends Node {
val: number;
type: string;
constructor(val: number, type: string);
/**
* Return a JSON representation of this node.
*/
toJSON(): { __type: string; val: number; type: string; lineno: number; column: number; filename: string };
}
export class RGBA extends Node {
r: number;
g: number;
b: number;
a: number;
rgba: RGBA;
hsla: HSLA;
constructor(r: number, g: number, b: number, a: number);
/**
* Return an `RGBA` without clamping values.
*/
static withoutClamping(r: number, g: number, b: number, a: number): RGBA;
/**
* Return a `RGBA` from the given `hsla`.
*/
static fromHSLA(hsla: HSLA): RGBA;
/**
* Add r,g,b,a to the current component values
*/
add(r: number, g: number, b: number, a: number): RGBA;
/**
* Subtract r,g,b,a from the current component values
*/
substract(r: number, g: number, b: number, a: number): RGBA;
/**
* Multiply rgb components by `n`.
*/
multiply(n: number): RGBA;
/**
* Divide rgb components by `n`.
*/
divide(n: number): RGBA;
/**
* Return a JSON representation of this node.
*/
toJSON(): { __type: string; r: number; g: number; b: number; a: number; lineno: number; column: number; filename: string };
}
export class HSLA extends Node {
h: number;
s: number;
l: number;
a: number;
hsla: HSLA;
rgba: RGBA;
constructor(h: number, s: number, l: number, a: number);
/**
* Return a `HSLA` from the given `hsla`.
*/
static fromRGBA(rgba: RGBA): HSLA;
/**
* Add h,s,l to the current component values
*/
add(h: number, s: number, l: number): HSLA;
/**
* Subtract h,s,l from the current component values
*/
substract(h: number, s: number, l: number): HSLA;
/**
* Adjust lightness by `percent`.
*/
adjustLightness(percent: number): HSLA;
/**
* djust hue by `deg`.
*/
adjustHue(deg: number): HSLA;
/**