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compile.d.ts
import {RawSourceMap} from 'source-map-js'; import {Options, StringOptions} from './options'; /** * The result of compiling Sass to CSS. Returned by {@link compile}, {@link * compileAsync}, {@link compileString}, and {@link compileStringAsync}. * * @category Compile */ export interface CompileResult { /** * The generated CSS. * * Note that this *never* includes a `sourceMapUrl` comment—it's up to the * caller to determine where to save the source map and how to link to it from * the stylesheet. */ css: string; /** * The canonical URLs of all the stylesheets that were loaded during the * Sass compilation. The order of these URLs is not guaranteed. */ loadedUrls: URL[]; /** * The object representation of the source map that maps locations in the * generated CSS back to locations in the Sass source code. * * This typically uses absolute `file:` URLs to refer to Sass files, although * this can be controlled by having a custom {@link Importer} return {@link * ImporterResult.sourceMapUrl}. * * This is set if and only if {@link Options.sourceMap} is `true`. */ sourceMap?: RawSourceMap; } /** * Synchronously compiles the Sass file at `path` to CSS. If it succeeds it * returns a {@link CompileResult}, and if it fails it throws an {@link * Exception}. * * This only allows synchronous {@link Importer}s and {@link CustomFunction}s. * * @example * * ```js * const sass = require('sass'); * * const result = sass.compile("style.scss"); * console.log(result.css); * ``` * * @category Compile * @compatibility dart: "1.45.0", node: false */ export function compile(path: string, options?: Options<'sync'>): CompileResult; /** * Asynchronously compiles the Sass file at `path` to CSS. Returns a promise * that resolves with a {@link CompileResult} if it succeeds and rejects with an * {@link Exception} if it fails. * * This only allows synchronous or asynchronous {@link Importer}s and * {@link CustomFunction}s. * * **Heads up!** When using Dart Sass, **{@link compile} is almost twice as fast * as {@link compileAsync}**, due to the overhead of making the entire * evaluation process asynchronous. * * @example * * ```js * const sass = require('sass'); * * const result = await sass.compileAsync("style.scss"); * console.log(result.css); * ``` * * @category Compile * @compatibility dart: "1.45.0", node: false */ export function compileAsync( path: string, options?: Options<'async'> ): Promise<CompileResult>; /** * Synchronously compiles a stylesheet whose contents is `source` to CSS. If it * succeeds it returns a {@link CompileResult}, and if it fails it throws an * {@link Exception}. * * This only allows synchronous {@link Importer}s and {@link CustomFunction}s. * * @example * * ```js * const sass = require('sass'); * * const result = sass.compileString(` * h1 { * font-size: 40px; * code { * font-face: Roboto Mono; * } * }`); * console.log(result.css); * ``` * * @category Compile * @compatibility dart: "1.45.0", node: false */ export function compileString( source: string, options?: StringOptions<'sync'> ): CompileResult; /** * Asynchronously compiles a stylesheet whose contents is `source` to CSS. * Returns a promise that resolves with a {@link CompileResult} if it succeeds * and rejects with an {@link Exception} if it fails. * * This only allows synchronous or asynchronous {@link Importer}s and {@link * CustomFunction}s. * * **Heads up!** When using Dart Sass, **{@link compile} is almost twice as fast * as {@link compileAsync}**, due to the overhead of making the entire * evaluation process asynchronous. * * @example * * ```js * const sass = require('sass'); * * const result = await sass.compileStringAsync(` * h1 { * font-size: 40px; * code { * font-face: Roboto Mono; * } * }`); * console.log(result.css); * ``` * * @category Compile * @compatibility dart: "1.45.0", node: false */ export function compileStringAsync( source: string, options?: StringOptions<'async'> ): Promise<CompileResult>;