Press n or j to go to the next uncovered block, b, p or k for the previous block.
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252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x 252x | var __defProp = Object.defineProperty; var __typeError = (msg) => { throw TypeError(msg); }; var __export = (target, all) => { for (var name in all) __defProp(target, name, { get: all[name], enumerable: true }); }; var __accessCheck = (obj, member, msg) => member.has(obj) || __typeError("Cannot " + msg); var __privateGet = (obj, member, getter) => (__accessCheck(obj, member, "read from private field"), getter ? getter.call(obj) : member.get(obj)); var __privateAdd = (obj, member, value) => member.has(obj) ? __typeError("Cannot add the same private member more than once") : member instanceof WeakSet ? member.add(obj) : member.set(obj, value); var __privateSet = (obj, member, value, setter) => (__accessCheck(obj, member, "write to private field"), setter ? setter.call(obj, value) : member.set(obj, value), value); // src/plugins/estree.js var estree_exports = {}; __export(estree_exports, { languages: () => languages, options: () => options_default, printers: () => printers }); // src/language-js/languages.evaluate.js var languages_evaluate_default = [ { "name": "JavaScript", "type": "programming", "extensions": [ ".js", "._js", ".bones", ".cjs", ".es", ".es6", ".gs", ".jake", ".javascript", ".jsb", ".jscad", ".jsfl", ".jslib", ".jsm", ".jspre", ".jss", ".mjs", ".njs", ".pac", ".sjs", ".ssjs", ".xsjs", ".xsjslib", ".start.frag", ".end.frag", ".wxs" ], "tmScope": "source.js", "aceMode": "javascript", "aliases": [ "js", "node" ], "codemirrorMode": "javascript", "codemirrorMimeType": "text/javascript", "interpreters": [ "chakra", "d8", "gjs", "js", "node", "nodejs", "qjs", "rhino", "v8", "v8-shell", "zx" ], "filenames": [ "Jakefile", "start.frag", "end.frag" ], "parsers": [ "babel", "acorn", "espree", "meriyah", "babel-flow", "babel-ts", "flow", "typescript" ], "vscodeLanguageIds": [ "javascript", "mongo" ], "linguistLanguageId": 183 }, { "name": "Flow", "type": "programming", "extensions": [ ".js.flow" ], "tmScope": "source.js", "aceMode": "javascript", "aliases": [], "codemirrorMode": "javascript", "codemirrorMimeType": "text/javascript", "interpreters": [ "chakra", "d8", "gjs", "js", "node", "nodejs", "qjs", "rhino", "v8", "v8-shell" ], "filenames": [], "parsers": [ "flow", "babel-flow" ], "vscodeLanguageIds": [ "javascript" ], "linguistLanguageId": 183 }, { "name": "JSX", "type": "programming", "extensions": [ ".jsx" ], "tmScope": "source.js.jsx", "aceMode": "javascript", "aliases": void 0, "codemirrorMode": "jsx", "codemirrorMimeType": "text/jsx", "interpreters": void 0, "filenames": void 0, "parsers": [ "babel", "babel-flow", "babel-ts", "flow", "typescript", "espree", "meriyah" ], "vscodeLanguageIds": [ "javascriptreact" ], "group": "JavaScript", "linguistLanguageId": 183 }, { "name": "TypeScript", "type": "programming", "extensions": [ ".ts", ".cts", ".mts" ], "tmScope": "source.ts", "aceMode": "typescript", "aliases": [ "ts" ], "codemirrorMode": "javascript", "codemirrorMimeType": "application/typescript", "interpreters": [ "bun", "deno", "ts-node", "tsx" ], "parsers": [ "typescript", "babel-ts" ], "vscodeLanguageIds": [ "typescript" ], "linguistLanguageId": 378 }, { "name": "TSX", "type": "programming", "extensions": [ ".tsx" ], "tmScope": "source.tsx", "aceMode": "javascript", "codemirrorMode": "jsx", "codemirrorMimeType": "text/jsx", "group": "TypeScript", "parsers": [ "typescript", "babel-ts" ], "vscodeLanguageIds": [ "typescriptreact" ], "linguistLanguageId": 94901924 } ]; // src/language-js/printer.js var printer_exports = {}; __export(printer_exports, { canAttachComment: () => canAttachComment, embed: () => embed_default, experimentalFeatures: () => experimentalFeatures, getCommentChildNodes: () => getCommentChildNodes, getVisitorKeys: () => get_visitor_keys_default, handleComments: () => handle_comments_exports, insertPragma: () => insertPragma, isBlockComment: () => is_block_comment_default, isGap: () => isGap, massageAstNode: () => clean_default, print: () => print_default, printComment: () => printComment, willPrintOwnComments: () => willPrintOwnComments }); // scripts/build/shims/string-replace-all.js var stringReplaceAll = (isOptionalObject, original, pattern, replacement) => { if (isOptionalObject && (original === void 0 || original === null)) { return; } if (original.replaceAll) { return original.replaceAll(pattern, replacement); } if (pattern.global) { return original.replace(pattern, replacement); } return original.split(pattern).join(replacement); }; var string_replace_all_default = stringReplaceAll; // scripts/build/shims/at.js var at = (isOptionalObject, object, index) => { if (isOptionalObject && (object === void 0 || object === null)) { return; } if (Array.isArray(object) || typeof object === "string") { return object[index < 0 ? object.length + index : index]; } return object.at(index); }; var at_default = at; // src/utils/is-object.js function isObject(object) { return object !== null && typeof object === "object"; } var is_object_default = isObject; // src/utils/ast-utils.js function* getChildren(node, options2) { const { getVisitorKeys: getVisitorKeys3, filter = () => true } = options2; const isMatchedNode = (node2) => is_object_default(node2) && filter(node2); for (const key of getVisitorKeys3(node)) { const value = node[key]; if (Array.isArray(value)) { for (const child of value) { if (isMatchedNode(child)) { yield child; } } } else if (isMatchedNode(value)) { yield value; } } } function* getDescendants(node, options2) { const queue = [node]; for (let index = 0; index < queue.length; index++) { const node2 = queue[index]; for (const child of getChildren(node2, options2)) { yield child; queue.push(child); } } } function hasDescendant(node, { getVisitorKeys: getVisitorKeys3, predicate }) { for (const descendant of getDescendants(node, { getVisitorKeys: getVisitorKeys3 })) { if (predicate(descendant)) { return true; } } return false; } // node_modules/emoji-regex/index.mjs var emoji_regex_default = () => { return 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42]\uFE0F?)?|[\uDD0D\uDD0E\uDD10-\uDD17\uDD20-\uDD25\uDD27-\uDD2F\uDD3A\uDD3F-\uDD45\uDD47-\uDD76\uDD78-\uDDB4\uDDB7\uDDBA\uDDBC-\uDDCC\uDDD0\uDDE0-\uDDFF\uDE70-\uDE7C\uDE80-\uDE89\uDE8F-\uDEC2\uDEC6\uDECE-\uDEDC\uDEDF-\uDEE9]|\uDD3C(?:\u200D[\u2640\u2642]\uFE0F?|\uD83C[\uDFFB-\uDFFF])?|\uDDCE(?:\uD83C[\uDFFB-\uDFFF])?(?:\u200D(?:[\u2640\u2642]\uFE0F?(?:\u200D\u27A1\uFE0F?)?|\u27A1\uFE0F?))?|\uDDD1(?:\u200D(?:[\u2695\u2696\u2708]\uFE0F?|\uD83C[\uDF3E\uDF73\uDF7C\uDF84\uDF93\uDFA4\uDFA8\uDFEB\uDFED]|\uD83D[\uDCBB\uDCBC\uDD27\uDD2C\uDE80\uDE92]|\uD83E(?:[\uDDAF\uDDBC\uDDBD](?:\u200D\u27A1\uFE0F?)?|[\uDDB0-\uDDB3]|\uDD1D\u200D\uD83E\uDDD1|\uDDD1\u200D\uD83E\uDDD2(?:\u200D\uD83E\uDDD2)?|\uDDD2(?:\u200D\uD83E\uDDD2)?))|\uD83C(?:\uDFFB(?:\u200D(?:[\u2695\u2696\u2708]\uFE0F?|\u2764\uFE0F?\u200D(?:\uD83D\uDC8B\u200D)?\uD83E\uDDD1\uD83C[\uDFFC-\uDFFF]|\uD83C[\uDF3E\uDF73\uDF7C\uDF84\uDF93\uDFA4\uDFA8\uDFEB\uDFED]|\uD83D[\uDCBB\uDCBC\uDD27\uDD2C\uDE80\uDE92]|\uD83E(?:[\uDDAF\uDDBC\uDDBD](?:\u200D\u27A1\uFE0F?)?|[\uDDB0-\uDDB3]|\uDD1D\u200D\uD83E\uDDD1\uD83C[\uDFFB-\uDFFF])))?|\uDFFC(?:\u200D(?:[\u2695\u2696\u2708]\uFE0F?|\u2764\uFE0F?\u200D(?:\uD83D\uDC8B\u200D)?\uD83E\uDDD1\uD83C[\uDFFB\uDFFD-\uDFFF]|\uD83C[\uDF3E\uDF73\uDF7C\uDF84\uDF93\uDFA4\uDFA8\uDFEB\uDFED]|\uD83D[\uDCBB\uDCBC\uDD27\uDD2C\uDE80\uDE92]|\uD83E(?:[\uDDAF\uDDBC\uDDBD](?:\u200D\u27A1\uFE0F?)?|[\uDDB0-\uDDB3]|\uDD1D\u200D\uD83E\uDDD1\uD83C[\uDFFB-\uDFFF])))?|\uDFFD(?:\u200D(?:[\u2695\u2696\u2708]\uFE0F?|\u2764\uFE0F?\u200D(?:\uD83D\uDC8B\u200D)?\uD83E\uDDD1\uD83C[\uDFFB\uDFFC\uDFFE\uDFFF]|\uD83C[\uDF3E\uDF73\uDF7C\uDF84\uDF93\uDFA4\uDFA8\uDFEB\uDFED]|\uD83D[\uDCBB\uDCBC\uDD27\uDD2C\uDE80\uDE92]|\uD83E(?:[\uDDAF\uDDBC\uDDBD](?:\u200D\u27A1\uFE0F?)?|[\uDDB0-\uDDB3]|\uDD1D\u200D\uD83E\uDDD1\uD83C[\uDFFB-\uDFFF])))?|\uDFFE(?:\u200D(?:[\u2695\u2696\u2708]\uFE0F?|\u2764\uFE0F?\u200D(?:\uD83D\uDC8B\u200D)?\uD83E\uDDD1\uD83C[\uDFFB-\uDFFD\uDFFF]|\uD83C[\uDF3E\uDF73\uDF7C\uDF84\uDF93\uDFA4\uDFA8\uDFEB\uDFED]|\uD83D[\uDCBB\uDCBC\uDD27\uDD2C\uDE80\uDE92]|\uD83E(?:[\uDDAF\uDDBC\uDDBD](?:\u200D\u27A1\uFE0F?)?|[\uDDB0-\uDDB3]|\uDD1D\u200D\uD83E\uDDD1\uD83C[\uDFFB-\uDFFF])))?|\uDFFF(?:\u200D(?:[\u2695\u2696\u2708]\uFE0F?|\u2764\uFE0F?\u200D(?:\uD83D\uDC8B\u200D)?\uD83E\uDDD1\uD83C[\uDFFB-\uDFFE]|\uD83C[\uDF3E\uDF73\uDF7C\uDF84\uDF93\uDFA4\uDFA8\uDFEB\uDFED]|\uD83D[\uDCBB\uDCBC\uDD27\uDD2C\uDE80\uDE92]|\uD83E(?:[\uDDAF\uDDBC\uDDBD](?:\u200D\u27A1\uFE0F?)?|[\uDDB0-\uDDB3]|\uDD1D\u200D\uD83E\uDDD1\uD83C[\uDFFB-\uDFFF])))?))?|\uDEF1(?:\uD83C(?:\uDFFB(?:\u200D\uD83E\uDEF2\uD83C[\uDFFC-\uDFFF])?|\uDFFC(?:\u200D\uD83E\uDEF2\uD83C[\uDFFB\uDFFD-\uDFFF])?|\uDFFD(?:\u200D\uD83E\uDEF2\uD83C[\uDFFB\uDFFC\uDFFE\uDFFF])?|\uDFFE(?:\u200D\uD83E\uDEF2\uD83C[\uDFFB-\uDFFD\uDFFF])?|\uDFFF(?:\u200D\uD83E\uDEF2\uD83C[\uDFFB-\uDFFE])?))?)/g; }; // node_modules/get-east-asian-width/lookup.js function isFullWidth(x) { return x === 12288 || x >= 65281 && x <= 65376 || x >= 65504 && x <= 65510; } function isWide(x) { return x >= 4352 && x <= 4447 || x === 8986 || x === 8987 || x === 9001 || x === 9002 || x >= 9193 && x <= 9196 || x === 9200 || x === 9203 || x === 9725 || x === 9726 || x === 9748 || x === 9749 || x >= 9776 && x <= 9783 || x >= 9800 && x <= 9811 || x === 9855 || x >= 9866 && x <= 9871 || x === 9875 || x === 9889 || x === 9898 || x === 9899 || x === 9917 || x === 9918 || x === 9924 || x === 9925 || x === 9934 || x === 9940 || x === 9962 || x === 9970 || x === 9971 || x === 9973 || x === 9978 || x === 9981 || x === 9989 || x === 9994 || x === 9995 || x === 10024 || x === 10060 || x === 10062 || x >= 10067 && x <= 10069 || x === 10071 || x >= 10133 && x <= 10135 || x === 10160 || x === 10175 || x === 11035 || x === 11036 || x === 11088 || x === 11093 || x >= 11904 && x <= 11929 || x >= 11931 && x <= 12019 || x >= 12032 && x <= 12245 || x >= 12272 && x <= 12287 || x >= 12289 && x <= 12350 || x >= 12353 && x <= 12438 || x >= 12441 && x <= 12543 || x >= 12549 && x <= 12591 || x >= 12593 && x <= 12686 || x >= 12688 && x <= 12773 || x >= 12783 && x <= 12830 || x >= 12832 && x <= 12871 || x >= 12880 && x <= 42124 || x >= 42128 && x <= 42182 || x >= 43360 && x <= 43388 || x >= 44032 && x <= 55203 || x >= 63744 && x <= 64255 || x >= 65040 && x <= 65049 || x >= 65072 && x <= 65106 || x >= 65108 && x <= 65126 || x >= 65128 && x <= 65131 || x >= 94176 && x <= 94180 || x === 94192 || x === 94193 || x >= 94208 && x <= 100343 || x >= 100352 && x <= 101589 || x >= 101631 && x <= 101640 || x >= 110576 && x <= 110579 || x >= 110581 && x <= 110587 || x === 110589 || x === 110590 || x >= 110592 && x <= 110882 || x === 110898 || x >= 110928 && x <= 110930 || x === 110933 || x >= 110948 && x <= 110951 || x >= 110960 && x <= 111355 || x >= 119552 && x <= 119638 || x >= 119648 && x <= 119670 || x === 126980 || x === 127183 || x === 127374 || x >= 127377 && x <= 127386 || x >= 127488 && x <= 127490 || x >= 127504 && x <= 127547 || x >= 127552 && x <= 127560 || x === 127568 || x === 127569 || x >= 127584 && x <= 127589 || x >= 127744 && x <= 127776 || x >= 127789 && x <= 127797 || x >= 127799 && x <= 127868 || x >= 127870 && x <= 127891 || x >= 127904 && x <= 127946 || x >= 127951 && x <= 127955 || x >= 127968 && x <= 127984 || x === 127988 || x >= 127992 && x <= 128062 || x === 128064 || x >= 128066 && x <= 128252 || x >= 128255 && x <= 128317 || x >= 128331 && x <= 128334 || x >= 128336 && x <= 128359 || x === 128378 || x === 128405 || x === 128406 || x === 128420 || x >= 128507 && x <= 128591 || x >= 128640 && x <= 128709 || x === 128716 || x >= 128720 && x <= 128722 || x >= 128725 && x <= 128727 || x >= 128732 && x <= 128735 || x === 128747 || x === 128748 || x >= 128756 && x <= 128764 || x >= 128992 && x <= 129003 || x === 129008 || x >= 129292 && x <= 129338 || x >= 129340 && x <= 129349 || x >= 129351 && x <= 129535 || x >= 129648 && x <= 129660 || x >= 129664 && x <= 129673 || x >= 129679 && x <= 129734 || x >= 129742 && x <= 129756 || x >= 129759 && x <= 129769 || x >= 129776 && x <= 129784 || x >= 131072 && x <= 196605 || x >= 196608 && x <= 262141; } // node_modules/get-east-asian-width/index.js var _isNarrowWidth = (codePoint) => !(isFullWidth(codePoint) || isWide(codePoint)); // src/utils/get-string-width.js var notAsciiRegex = /[^\x20-\x7F]/u; function getStringWidth(text) { if (!text) { return 0; } if (!notAsciiRegex.test(text)) { return text.length; } text = text.replace(emoji_regex_default(), " "); let width = 0; for (const character of text) { const codePoint = character.codePointAt(0); if (codePoint <= 31 || codePoint >= 127 && codePoint <= 159) { continue; } if (codePoint >= 768 && codePoint <= 879) { continue; } width += _isNarrowWidth(codePoint) ? 1 : 2; } return width; } var get_string_width_default = getStringWidth; // src/utils/skip.js function skip(characters) { return (text, startIndex, options2) => { const backwards = Boolean(options2 == null ? void 0 : options2.backwards); if (startIndex === false) { return false; } const { length } = text; let cursor2 = startIndex; while (cursor2 >= 0 && cursor2 < length) { const character = text.charAt(cursor2); if (characters instanceof RegExp) { if (!characters.test(character)) { return cursor2; } } else if (!characters.includes(character)) { return cursor2; } backwards ? cursor2-- : cursor2++; } if (cursor2 === -1 || cursor2 === length) { return cursor2; } return false; }; } var skipWhitespace = skip(/\s/u); var skipSpaces = skip(" "); var skipToLineEnd = skip(",; "); var skipEverythingButNewLine = skip(/[^\n\r]/u); // src/utils/skip-newline.js function skipNewline(text, startIndex, options2) { const backwards = Boolean(options2 == null ? void 0 : options2.backwards); if (startIndex === false) { return false; } const character = text.charAt(startIndex); if (backwards) { if (text.charAt(startIndex - 1) === "\r" && character === "\n") { return startIndex - 2; } if (character === "\n" || character === "\r" || character === "\u2028" || character === "\u2029") { return startIndex - 1; } } else { if (character === "\r" && text.charAt(startIndex + 1) === "\n") { return startIndex + 2; } if (character === "\n" || character === "\r" || character === "\u2028" || character === "\u2029") { return startIndex + 1; } } return startIndex; } var skip_newline_default = skipNewline; // src/utils/has-newline.js function hasNewline(text, startIndex, options2 = {}) { const idx = skipSpaces( text, options2.backwards ? startIndex - 1 : startIndex, options2 ); const idx2 = skip_newline_default(text, idx, options2); return idx !== idx2; } var has_newline_default = hasNewline; // src/utils/skip-inline-comment.js function skipInlineComment(text, startIndex) { if (startIndex === false) { return false; } if (text.charAt(startIndex) === "/" && text.charAt(startIndex + 1) === "*") { for (let i = startIndex + 2; i < text.length; ++i) { if (text.charAt(i) === "*" && text.charAt(i + 1) === "/") { return i + 2; } } } return startIndex; } var skip_inline_comment_default = skipInlineComment; // src/utils/skip-trailing-comment.js function skipTrailingComment(text, startIndex) { if (startIndex === false) { return false; } if (text.charAt(startIndex) === "/" && text.charAt(startIndex + 1) === "/") { return skipEverythingButNewLine(text, startIndex); } return startIndex; } var skip_trailing_comment_default = skipTrailingComment; // src/utils/is-next-line-empty.js function isNextLineEmpty(text, startIndex) { let oldIdx = null; let idx = startIndex; while (idx !== oldIdx) { oldIdx = idx; idx = skipToLineEnd(text, idx); idx = skip_inline_comment_default(text, idx); idx = skipSpaces(text, idx); } idx = skip_trailing_comment_default(text, idx); idx = skip_newline_default(text, idx); return idx !== false && has_newline_default(text, idx); } var is_next_line_empty_default = isNextLineEmpty; // src/utils/is-non-empty-array.js function isNonEmptyArray(object) { return Array.isArray(object) && object.length > 0; } var is_non_empty_array_default = isNonEmptyArray; // scripts/build/shims/assert.js var assert = new Proxy(() => { }, { get: () => assert }); var assert_default = assert; // src/utils/get-preferred-quote.js var SINGLE_QUOTE = "'"; var DOUBLE_QUOTE = '"'; function getPreferredQuote(text, preferredQuoteOrPreferSingleQuote) { const preferred = preferredQuoteOrPreferSingleQuote === true || preferredQuoteOrPreferSingleQuote === SINGLE_QUOTE ? SINGLE_QUOTE : DOUBLE_QUOTE; const alternate = preferred === SINGLE_QUOTE ? DOUBLE_QUOTE : SINGLE_QUOTE; let preferredQuoteCount = 0; let alternateQuoteCount = 0; for (const character of text) { if (character === preferred) { preferredQuoteCount++; } else if (character === alternate) { alternateQuoteCount++; } } return preferredQuoteCount > alternateQuoteCount ? alternate : preferred; } var get_preferred_quote_default = getPreferredQuote; // src/utils/make-string.js function makeString(rawText, enclosingQuote, unescapeUnnecessaryEscapes) { const otherQuote = enclosingQuote === '"' ? "'" : '"'; const regex = /\\(.)|(["'])/gsu; const raw = string_replace_all_default( /* isOptionalObject */ false, rawText, regex, (match, escaped, quote) => { if (escaped === otherQuote) { return escaped; } if (quote === enclosingQuote) { return "\\" + quote; } if (quote) { return quote; } return unescapeUnnecessaryEscapes && /^[^\n\r"'0-7\\bfnrt-vx\u2028\u2029]$/u.test(escaped) ? escaped : "\\" + escaped; } ); return enclosingQuote + raw + enclosingQuote; } var make_string_default = makeString; // src/utils/print-string.js function printString(raw, options2) { assert_default.ok(/^(?<quote>["']).*\k<quote>$/su.test(raw)); const rawContent = raw.slice(1, -1); const enclosingQuote = options2.parser === "json" || options2.parser === "jsonc" || // This was added before we have the `jsonc` parser // If `{quoteProps: "preserve"}` and `{singleQuote: false}` (default value), // and `{parser: "json5"}`, double quotes are always used for strings. // This effectively allows using the `json5` parser for “JSON with comments and trailing commas”. // See https://github.com/prettier/prettier/pull/10323 // See https://github.com/prettier/prettier/pull/15831#discussion_r1431010636 options2.parser === "json5" && options2.quoteProps === "preserve" && !options2.singleQuote ? '"' : options2.__isInHtmlAttribute ? "'" : get_preferred_quote_default(rawContent, options2.singleQuote); const originalQuote = raw.charAt(0); if (originalQuote === enclosingQuote) { return raw; } return make_string_default( rawContent, enclosingQuote, // Until Prettier 3.3.3, this option was set to true for most parsers, with some exceptions like CSS. // Since Prettier 3.3.4, it is set to false for all parsers. // For more details, please see https://github.com/prettier/prettier/issues/16542#issuecomment-2282249280. false ); } var print_string_default = printString; // src/language-js/loc.js var isIndex = (value) => Number.isInteger(value) && value >= 0; function locStart(node) { var _a, _b, _c; const start = ((_a = node.range) == null ? void 0 : _a[0]) ?? node.start; if (false) { throw new TypeError("Can't not locate node."); } const firstDecorator = (_c = ((_b = node.declaration) == null ? void 0 : _b.decorators) ?? node.decorators) == null ? void 0 : _c[0]; if (firstDecorator) { return Math.min(locStart(firstDecorator), start); } return start; } function locEnd(node) { var _a; const end = ((_a = node.range) == null ? void 0 : _a[1]) ?? node.end; if (false) { throw new TypeError("Can't not locate node."); } return end; } function hasSameLocStart(nodeA, nodeB) { const nodeAStart = locStart(nodeA); return isIndex(nodeAStart) && nodeAStart === locStart(nodeB); } function hasSameLocEnd(nodeA, nodeB) { const nodeAEnd = locEnd(nodeA); return isIndex(nodeAEnd) && nodeAEnd === locEnd(nodeB); } function hasSameLoc(nodeA, nodeB) { return hasSameLocStart(nodeA, nodeB) && hasSameLocEnd(nodeA, nodeB); } // node_modules/to-fast-properties/index.js var fastProto = null; function FastObject(object) { if (fastProto !== null && typeof fastProto.property) { const result = fastProto; fastProto = FastObject.prototype = null; return result; } fastProto = FastObject.prototype = object == null ? /* @__PURE__ */ Object.create(null) : object; return new FastObject(); } var inlineCacheCutoff = 10; for (let index = 0; index <= inlineCacheCutoff; index++) { FastObject(); } function toFastproperties(object) { return FastObject(object); } // src/utils/create-get-visitor-keys.js function createGetVisitorKeys(visitorKeys2, typeProperty = "type") { toFastproperties(visitorKeys2); function getVisitorKeys3(node) { const type = node[typeProperty]; if (false) { throw new Error( `Can't get node type, you must pass the wrong typeProperty '${typeProperty}'` ); } const keys = visitorKeys2[type]; if (!Array.isArray(keys)) { throw Object.assign(new Error(`Missing visitor keys for '${type}'.`), { node }); } return keys; } return getVisitorKeys3; } var create_get_visitor_keys_default = createGetVisitorKeys; // src/language-js/traverse/visitor-keys.evaluate.js var visitor_keys_evaluate_default = { "ArrayExpression": [ "elements" ], "AssignmentExpression": [ "left", "right" ], "BinaryExpression": [ "left", "right" ], "InterpreterDirective": [], "Directive": [ "value" ], "DirectiveLiteral": [], "BlockStatement": [ "directives", "body" ], "BreakStatement": [ "label" ], "CallExpression": [ "callee", "arguments", "typeParameters", "typeArguments" ], "CatchClause": [ "param", "body" ], "ConditionalExpression": [ "test", "consequent", "alternate" ], "ContinueStatement": [ "label" ], "DebuggerStatement": [], "DoWhileStatement": [ "body", "test" ], "EmptyStatement": [], "ExpressionStatement": [ "expression" ], "File": [ "program" ], "ForInStatement": [ "left", "right", "body" ], "ForStatement": [ "init", "test", "update", "body" ], "FunctionDeclaration": [ "id", "typeParameters", "params", "predicate", "returnType", "body" ], "FunctionExpression": [ "id", "typeParameters", "params", "returnType", "body" ], "Identifier": [ "typeAnnotation", "decorators" ], "IfStatement": [ "test", "consequent", "alternate" ], "LabeledStatement": [ "label", "body" ], "StringLiteral": [], "NumericLiteral": [], "NullLiteral": [], "BooleanLiteral": [], "RegExpLiteral": [], "LogicalExpression": [ "left", "right" ], "MemberExpression": [ "object", "property" ], "NewExpression": [ "callee", "arguments", "typeParameters", "typeArguments" ], "Program": [ "directives", "body" ], "ObjectExpression": [ "properties" ], "ObjectMethod": [ "decorators", "key", "typeParameters", "params", "returnType", "body" ], "ObjectProperty": [ "key", "value", "decorators" ], "RestElement": [ "argument", "typeAnnotation", "decorators" ], "ReturnStatement": [ "argument" ], "SequenceExpression": [ "expressions" ], "ParenthesizedExpression": [ "expression" ], "SwitchCase": [ "test", "consequent" ], "SwitchStatement": [ "discriminant", "cases" ], "ThisExpression": [], "ThrowStatement": [ "argument" ], "TryStatement": [ "block", "handler", "finalizer" ], "UnaryExpression": [ "argument" ], "UpdateExpression": [ "argument" ], "VariableDeclaration": [ "declarations" ], "VariableDeclarator": [ "id", "init" ], "WhileStatement": [ "test", "body" ], "WithStatement": [ "object", "body" ], "AssignmentPattern": [ "left", "right", "decorators", "typeAnnotation" ], "ArrayPattern": [ "elements", "typeAnnotation", "decorators" ], "ArrowFunctionExpression": [ "typeParameters", "params", "predicate", "returnType", "body" ], "ClassBody": [ "body" ], "ClassExpression": [ "decorators", "id", "typeParameters", "superClass", "superTypeParameters", "mixins", "implements", "body", "superTypeArguments" ], "ClassDeclaration": [ "decorators", "id", "typeParameters", "superClass", "superTypeParameters", "mixins", "implements", "body", "superTypeArguments" ], "ExportAllDeclaration": [ "source", "attributes", "exported" ], "ExportDefaultDeclaration": [ "declaration" ], "ExportNamedDeclaration": [ "declaration", "specifiers", "source", "attributes" ], "ExportSpecifier": [ "local", "exported" ], "ForOfStatement": [ "left", "right", "body" ], "ImportDeclaration": [ "specifiers", "source", "attributes" ], "ImportDefaultSpecifier": [ "local" ], "ImportNamespaceSpecifier": [ "local" ], "ImportSpecifier": [ "imported", "local" ], "ImportExpression": [ "source", "options" ], "MetaProperty": [ "meta", "property" ], "ClassMethod": [ "decorators", "key", "typeParameters", "params", "returnType", "body" ], "ObjectPattern": [ "properties", "typeAnnotation", "decorators" ], "SpreadElement": [ "argument" ], "Super": [], "TaggedTemplateExpression": [ "tag", "typeParameters", "quasi", "typeArguments" ], "TemplateElement": [], "TemplateLiteral": [ "quasis", "expressions" ], "YieldExpression": [ "argument" ], "AwaitExpression": [ "argument" ], "BigIntLiteral": [], "ExportNamespaceSpecifier": [ "exported" ], "OptionalMemberExpression": [ "object", "property" ], "OptionalCallExpression": [ "callee", "arguments", "typeParameters", "typeArguments" ], "ClassProperty": [ "decorators", "variance", "key", "typeAnnotation", "value" ], "ClassAccessorProperty": [ "decorators", "key", "typeAnnotation", "value" ], "ClassPrivateProperty": [ "decorators", "variance", "key", "typeAnnotation", "value" ], "ClassPrivateMethod": [ "decorators", "key", "typeParameters", "params", "returnType", "body" ], "PrivateName": [ "id" ], "StaticBlock": [ "body" ], "ImportAttribute": [ "key", "value" ], "AnyTypeAnnotation": [], "ArrayTypeAnnotation": [ "elementType" ], "BooleanTypeAnnotation": [], "BooleanLiteralTypeAnnotation": [], "NullLiteralTypeAnnotation": [], "ClassImplements": [ "id", "typeParameters" ], "DeclareClass": [ "id", "typeParameters", "extends", "mixins", "implements", "body" ], "DeclareFunction": [ "id", "predicate" ], "DeclareInterface": [ "id", "typeParameters", "extends", "body" ], "DeclareModule": [ "id", "body" ], "DeclareModuleExports": [ "typeAnnotation" ], "DeclareTypeAlias": [ "id", "typeParameters", "right" ], "DeclareOpaqueType": [ "id", "typeParameters", "supertype" ], "DeclareVariable": [ "id" ], "DeclareExportDeclaration": [ "declaration", "specifiers", "source", "attributes" ], "DeclareExportAllDeclaration": [ "source", "attributes" ], "DeclaredPredicate": [ "value" ], "ExistsTypeAnnotation": [], "FunctionTypeAnnotation": [ "typeParameters", "this", "params", "rest", "returnType" ], "FunctionTypeParam": [ "name", "typeAnnotation" ], "GenericTypeAnnotation": [ "id", "typeParameters" ], "InferredPredicate": [], "InterfaceExtends": [ "id", "typeParameters" ], "InterfaceDeclaration": [ "id", "typeParameters", "extends", "body" ], "InterfaceTypeAnnotation": [ "extends", "body" ], "IntersectionTypeAnnotation": [ "types" ], "MixedTypeAnnotation": [], "EmptyTypeAnnotation": [], "NullableTypeAnnotation": [ "typeAnnotation" ], "NumberLiteralTypeAnnotation": [], "NumberTypeAnnotation": [], "ObjectTypeAnnotation": [ "properties", "indexers", "callProperties", "internalSlots" ], "ObjectTypeInternalSlot": [ "id", "value" ], "ObjectTypeCallProperty": [ "value" ], "ObjectTypeIndexer": [ "variance", "id", "key", "value" ], "ObjectTypeProperty": [ "key", "value", "variance" ], "ObjectTypeSpreadProperty": [ "argument" ], "OpaqueType": [ "id", "typeParameters", "supertype", "impltype" ], "QualifiedTypeIdentifier": [ "qualification", "id" ], "StringLiteralTypeAnnotation": [], "StringTypeAnnotation": [], "SymbolTypeAnnotation": [], "ThisTypeAnnotation": [], "TupleTypeAnnotation": [ "types", "elementTypes" ], "TypeofTypeAnnotation": [ "argument", "typeArguments" ], "TypeAlias": [ "id", "typeParameters", "right" ], "TypeAnnotation": [ "typeAnnotation" ], "TypeCastExpression": [ "expression", "typeAnnotation" ], "TypeParameter": [ "bound", "default", "variance" ], "TypeParameterDeclaration": [ "params" ], "TypeParameterInstantiation": [ "params" ], "UnionTypeAnnotation": [ "types" ], "Variance": [], "VoidTypeAnnotation": [], "EnumDeclaration": [ "id", "body" ], "EnumBooleanBody": [ "members" ], "EnumNumberBody": [ "members" ], "EnumStringBody": [ "members" ], "EnumSymbolBody": [ "members" ], "EnumBooleanMember": [ "id", "init" ], "EnumNumberMember": [ "id", "init" ], "EnumStringMember": [ "id", "init" ], "EnumDefaultedMember": [ "id" ], "IndexedAccessType": [ "objectType", "indexType" ], "OptionalIndexedAccessType": [ "objectType", "indexType" ], "JSXAttribute": [ "name", "value" ], "JSXClosingElement": [ "name" ], "JSXElement": [ "openingElement", "children", "closingElement" ], "JSXEmptyExpression": [], "JSXExpressionContainer": [ "expression" ], "JSXSpreadChild": [ "expression" ], "JSXIdentifier": [], "JSXMemberExpression": [ "object", "property" ], "JSXNamespacedName": [ "namespace", "name" ], "JSXOpeningElement": [ "name", "typeParameters", "typeArguments", "attributes" ], "JSXSpreadAttribute": [ "argument" ], "JSXText": [], "JSXFragment": [ "openingFragment", "children", "closingFragment" ], "JSXOpeningFragment": [], "JSXClosingFragment": [], "Noop": [], "Placeholder": [], "V8IntrinsicIdentifier": [], "ArgumentPlaceholder": [], "BindExpression": [ "object", "callee" ], "Decorator": [ "expression" ], "DoExpression": [ "body" ], "ExportDefaultSpecifier": [ "exported" ], "ModuleExpression": [ "body" ], "TopicReference": [], "PipelineTopicExpression": [ "expression" ], "PipelineBareFunction": [ "callee" ], "PipelinePrimaryTopicReference": [], "TSParameterProperty": [ "parameter", "decorators" ], "TSDeclareFunction": [ "id", "typeParameters", "params", "returnType", "body" ], "TSDeclareMethod": [ "decorators", "key", "typeParameters", "params", "returnType" ], "TSQualifiedName": [ "left", "right" ], "TSCallSignatureDeclaration": [ "typeParameters", "parameters", "typeAnnotation", "params", "returnType" ], "TSConstructSignatureDeclaration": [ "typeParameters", "parameters", "typeAnnotation", "params", "returnType" ], "TSPropertySignature": [ "key", "typeAnnotation" ], "TSMethodSignature": [ "key", "typeParameters", "parameters", "typeAnnotation", "params", "returnType" ], "TSIndexSignature": [ "parameters", "typeAnnotation" ], "TSAnyKeyword": [], "TSBooleanKeyword": [], "TSBigIntKeyword": [], "TSIntrinsicKeyword": [], "TSNeverKeyword": [], "TSNullKeyword": [], "TSNumberKeyword": [], "TSObjectKeyword": [], "TSStringKeyword": [], "TSSymbolKeyword": [], "TSUndefinedKeyword": [], "TSUnknownKeyword": [], "TSVoidKeyword": [], "TSThisType": [], "TSFunctionType": [ "typeParameters", "parameters", "typeAnnotation", "params", "returnType" ], "TSConstructorType": [ "typeParameters", "parameters", "typeAnnotation", "params", "returnType" ], "TSTypeReference": [ "typeName", "typeParameters", "typeArguments" ], "TSTypePredicate": [ "parameterName", "typeAnnotation" ], "TSTypeQuery": [ "exprName", "typeParameters", "typeArguments" ], "TSTypeLiteral": [ "members" ], "TSArrayType": [ "elementType" ], "TSTupleType": [ "elementTypes" ], "TSOptionalType": [ "typeAnnotation" ], "TSRestType": [ "typeAnnotation" ], "TSNamedTupleMember": [ "label", "elementType" ], "TSUnionType": [ "types" ], "TSIntersectionType": [ "types" ], "TSConditionalType": [ "checkType", "extendsType", "trueType", "falseType" ], "TSInferType": [ "typeParameter" ], "TSParenthesizedType": [ "typeAnnotation" ], "TSTypeOperator": [ "typeAnnotation" ], "TSIndexedAccessType": [ "objectType", "indexType" ], "TSMappedType": [ "nameType", "typeAnnotation", "key", "constraint" ], "TSTemplateLiteralType": [ "quasis", "types" ], "TSLiteralType": [ "literal" ], "TSExpressionWithTypeArguments": [ "expression", "typeParameters" ], "TSInterfaceDeclaration": [ "id", "typeParameters", "extends", "body" ], "TSInterfaceBody": [ "body" ], "TSTypeAliasDeclaration": [ "id", "typeParameters", "typeAnnotation" ], "TSInstantiationExpression": [ "expression", "typeParameters", "typeArguments" ], "TSAsExpression": [ "expression", "typeAnnotation" ], "TSSatisfiesExpression": [ "expression", "typeAnnotation" ], "TSTypeAssertion": [ "typeAnnotation", "expression" ], "TSEnumBody": [ "members" ], "TSEnumDeclaration": [ "id", "body" ], "TSEnumMember": [ "id", "initializer" ], "TSModuleDeclaration": [ "id", "body" ], "TSModuleBlock": [ "body" ], "TSImportType": [ "argument", "options", "qualifier", "typeParameters", "typeArguments" ], "TSImportEqualsDeclaration": [ "id", "moduleReference" ], "TSExternalModuleReference": [ "expression" ], "TSNonNullExpression": [ "expression" ], "TSExportAssignment": [ "expression" ], "TSNamespaceExportDeclaration": [ "id" ], "TSTypeAnnotation": [ "typeAnnotation" ], "TSTypeParameterInstantiation": [ "params" ], "TSTypeParameterDeclaration": [ "params" ], "TSTypeParameter": [ "constraint", "default", "name" ], "ChainExpression": [ "expression" ], "ExperimentalRestProperty": [ "argument" ], "ExperimentalSpreadProperty": [ "argument" ], "Literal": [], "MethodDefinition": [ "decorators", "key", "value" ], "PrivateIdentifier": [], "Property": [ "key", "value" ], "PropertyDefinition": [ "decorators", "key", "typeAnnotation", "value", "variance" ], "AccessorProperty": [ "decorators", "key", "typeAnnotation", "value" ], "TSAbstractAccessorProperty": [ "decorators", "key", "typeAnnotation" ], "TSAbstractKeyword": [], "TSAbstractMethodDefinition": [ "key", "value" ], "TSAbstractPropertyDefinition": [ "decorators", "key", "typeAnnotation" ], "TSAsyncKeyword": [], "TSClassImplements": [ "expression", "typeArguments", "typeParameters" ], "TSDeclareKeyword": [], "TSEmptyBodyFunctionExpression": [ "id", "typeParameters", "params", "returnType" ], "TSExportKeyword": [], "TSInterfaceHeritage": [ "expression", "typeArguments", "typeParameters" ], "TSPrivateKeyword": [], "TSProtectedKeyword": [], "TSPublicKeyword": [], "TSReadonlyKeyword": [], "TSStaticKeyword": [], "AsConstExpression": [ "expression" ], "AsExpression": [ "expression", "typeAnnotation" ], "BigIntLiteralTypeAnnotation": [], "BigIntTypeAnnotation": [], "ComponentDeclaration": [ "id", "params", "body", "typeParameters", "rendersType" ], "ComponentParameter": [ "name", "local" ], "ComponentTypeAnnotation": [ "params", "rest", "typeParameters", "rendersType" ], "ComponentTypeParameter": [ "name", "typeAnnotation" ], "ConditionalTypeAnnotation": [ "checkType", "extendsType", "trueType", "falseType" ], "DeclareComponent": [ "id", "params", "rest", "typeParameters", "rendersType" ], "DeclareEnum": [ "id", "body" ], "DeclareHook": [ "id" ], "DeclareNamespace": [ "id", "body" ], "EnumBigIntBody": [ "members" ], "EnumBigIntMember": [ "id", "init" ], "HookDeclaration": [ "id", "params", "body", "typeParameters", "returnType" ], "HookTypeAnnotation": [ "params", "returnType", "rest", "typeParameters" ], "InferTypeAnnotation": [ "typeParameter" ], "KeyofTypeAnnotation": [ "argument" ], "ObjectTypeMappedTypeProperty": [ "keyTparam", "propType", "sourceType", "variance" ], "QualifiedTypeofIdentifier": [ "qualification", "id" ], "TupleTypeLabeledElement": [ "label", "elementType", "variance" ], "TupleTypeSpreadElement": [ "label", "typeAnnotation" ], "TypeOperator": [ "typeAnnotation" ], "TypePredicate": [ "parameterName", "typeAnnotation", "asserts" ], "NGChainedExpression": [ "expressions" ], "NGEmptyExpression": [], "NGPipeExpression": [ "left", "right", "arguments" ], "NGMicrosyntax": [ "body" ], "NGMicrosyntaxAs": [ "key", "alias" ], "NGMicrosyntaxExpression": [ "expression", "alias" ], "NGMicrosyntaxKey": [], "NGMicrosyntaxKeyedExpression": [ "key", "expression" ], "NGMicrosyntaxLet": [ "key", "value" ], "NGRoot": [ "node" ], "JsExpressionRoot": [ "node" ], "JsonRoot": [ "node" ], "TSJSDocAllType": [], "TSJSDocUnknownType": [], "TSJSDocNullableType": [ "typeAnnotation" ], "TSJSDocNonNullableType": [ "typeAnnotation" ], "NeverTypeAnnotation": [], "SatisfiesExpression": [ "expression", "typeAnnotation" ], "UndefinedTypeAnnotation": [], "UnknownTypeAnnotation": [] }; // src/language-js/traverse/get-visitor-keys.js var getVisitorKeys = create_get_visitor_keys_default(visitor_keys_evaluate_default); var get_visitor_keys_default = getVisitorKeys; // src/language-js/utils/create-type-check-function.js function createTypeCheckFunction(typesArray) { const types = new Set(typesArray); return (node) => types.has(node == null ? void 0 : node.type); } var create_type_check_function_default = createTypeCheckFunction; // src/language-js/utils/get-raw.js function getRaw(node) { var _a; return ((_a = node.extra) == null ? void 0 : _a.raw) ?? node.raw; } var get_raw_default = getRaw; // src/language-js/utils/is-block-comment.js var isBlockComment = create_type_check_function_default([ "Block", "CommentBlock", // `meriyah` "MultiLine" ]); var is_block_comment_default = isBlockComment; // src/language-js/utils/is-flow-keyword-type.js var isFlowKeywordType = create_type_check_function_default([ "AnyTypeAnnotation", "ThisTypeAnnotation", "NumberTypeAnnotation", "VoidTypeAnnotation", "BooleanTypeAnnotation", "BigIntTypeAnnotation", "SymbolTypeAnnotation", "StringTypeAnnotation", "NeverTypeAnnotation", "UndefinedTypeAnnotation", "UnknownTypeAnnotation", // FLow only "EmptyTypeAnnotation", "MixedTypeAnnotation" ]); var is_flow_keyword_type_default = isFlowKeywordType; // src/language-js/utils/is-line-comment.js var isLineComment = create_type_check_function_default([ "Line", "CommentLine", // `meriyah` has `SingleLine`, `HashbangComment`, `HTMLOpen`, and `HTMLClose` "SingleLine", "HashbangComment", "HTMLOpen", "HTMLClose", // `espree`, and `oxc`(with `{astType: 'ts'}`) "Hashbang", // `babel` and `flow` hashbang "InterpreterDirective" ]); var is_line_comment_default = isLineComment; // src/language-js/utils/is-node-matches.js function isNodeMatchesNameOrPath(node, nameOrPath) { const names = nameOrPath.split("."); for (let index = names.length - 1; index >= 0; index--) { const name = names[index]; if (index === 0) { return node.type === "Identifier" && node.name === name; } if (node.type !== "MemberExpression" || node.optional || node.computed || node.property.type !== "Identifier" || node.property.name !== name) { return false; } node = node.object; } } function isNodeMatches(node, nameOrPaths) { return nameOrPaths.some( (nameOrPath) => isNodeMatchesNameOrPath(node, nameOrPath) ); } var is_node_matches_default = isNodeMatches; // src/language-js/utils/is-ts-keyword-type.js function isTsKeywordType({ type }) { return type.startsWith("TS") && type.endsWith("Keyword"); } var is_ts_keyword_type_default = isTsKeywordType; // src/language-js/utils/index.js function hasNode(node, predicate) { return predicate(node) || hasDescendant(node, { getVisitorKeys: get_visitor_keys_default, predicate }); } function hasNakedLeftSide(node) { return node.type === "AssignmentExpression" || node.type === "BinaryExpression" || node.type === "LogicalExpression" || node.type === "NGPipeExpression" || node.type === "ConditionalExpression" || isCallExpression(node) || isMemberExpression(node) || node.type === "SequenceExpression" || node.type === "TaggedTemplateExpression" || node.type === "BindExpression" || node.type === "UpdateExpression" && !node.prefix || isBinaryCastExpression(node) || node.type === "TSNonNullExpression" || node.type === "ChainExpression"; } function getLeftSide(node) { if (node.expressions) { return node.expressions[0]; } return node.left ?? node.test ?? node.callee ?? node.object ?? node.tag ?? node.argument ?? node.expression; } function getLeftSidePathName(node) { if (node.expressions) { return ["expressions", 0]; } if (node.left) { return ["left"]; } if (node.test) { return ["test"]; } if (node.object) { return ["object"]; } if (node.callee) { return ["callee"]; } if (node.tag) { return ["tag"]; } if (node.argument) { return ["argument"]; } if (node.expression) { return ["expression"]; } throw new Error("Unexpected node has no left side."); } var isExportDeclaration = create_type_check_function_default([ "ExportDefaultDeclaration", "DeclareExportDeclaration", "ExportNamedDeclaration", "ExportAllDeclaration", "DeclareExportAllDeclaration" ]); var isArrayExpression = create_type_check_function_default(["ArrayExpression"]); var isObjectExpression = create_type_check_function_default(["ObjectExpression"]); function isNullishCoalescing(node) { return node.type === "LogicalExpression" && node.operator === "??"; } function isNumericLiteral(node) { return node.type === "NumericLiteral" || node.type === "Literal" && typeof node.value === "number"; } function isBooleanLiteral(node) { return node.type === "BooleanLiteral" || node.type === "Literal" && typeof node.value === "boolean"; } function isSignedNumericLiteral(node) { return node.type === "UnaryExpression" && (node.operator === "+" || node.operator === "-") && isNumericLiteral(node.argument); } function isStringLiteral(node) { return Boolean( node && (node.type === "StringLiteral" || node.type === "Literal" && typeof node.value === "string") ); } function isRegExpLiteral(node) { return node.type === "RegExpLiteral" || node.type === "Literal" && Boolean(node.regex); } var isLiteral = create_type_check_function_default([ "Literal", "BooleanLiteral", "BigIntLiteral", // Babel, flow use `BigIntLiteral` too "DirectiveLiteral", "NullLiteral", "NumericLiteral", "RegExpLiteral", "StringLiteral" ]); var isSingleWordType = create_type_check_function_default([ "Identifier", "ThisExpression", "Super", "PrivateName", "PrivateIdentifier" ]); var isObjectType = create_type_check_function_default([ "ObjectTypeAnnotation", "TSTypeLiteral", "TSMappedType" ]); var isFunctionOrArrowExpression = create_type_check_function_default([ "FunctionExpression", "ArrowFunctionExpression" ]); function isFunctionOrArrowExpressionWithBody(node) { return node.type === "FunctionExpression" || node.type === "ArrowFunctionExpression" && node.body.type === "BlockStatement"; } function isAngularTestWrapper(node) { return isCallExpression(node) && node.callee.type === "Identifier" && ["async", "inject", "fakeAsync", "waitForAsync"].includes(node.callee.name); } var isJsxElement = create_type_check_function_default(["JSXElement", "JSXFragment"]); function isMethod(node) { return node.method && node.kind === "init" || node.kind === "get" || node.kind === "set"; } function isFlowObjectTypePropertyAFunction(node) { return (node.type === "ObjectTypeProperty" || node.type === "ObjectTypeInternalSlot") && !node.static && !node.method && // @ts-expect-error -- exists on `ObjectTypeProperty` but not `ObjectTypeInternalSlot` node.kind !== "get" && // @ts-expect-error -- exists on `ObjectTypeProperty` but not `ObjectTypeInternalSlot` node.kind !== "set" && node.value.type === "FunctionTypeAnnotation"; } function isTypeAnnotationAFunction(node) { return (node.type === "TypeAnnotation" || node.type === "TSTypeAnnotation") && node.typeAnnotation.type === "FunctionTypeAnnotation" && !node.static && !hasSameLocStart(node, node.typeAnnotation); } var isBinaryish = create_type_check_function_default([ "BinaryExpression", "LogicalExpression", "NGPipeExpression" ]); function isMemberish(node) { return isMemberExpression(node) || node.type === "BindExpression" && Boolean(node.object); } var isSimpleTypeAnnotation = create_type_check_function_default([ "TSThisType", // literals "NullLiteralTypeAnnotation", "BooleanLiteralTypeAnnotation", "StringLiteralTypeAnnotation", "BigIntLiteralTypeAnnotation", "NumberLiteralTypeAnnotation", "TSLiteralType", "TSTemplateLiteralType" ]); function isSimpleType(node) { return is_ts_keyword_type_default(node) || is_flow_keyword_type_default(node) || isSimpleTypeAnnotation(node) || (node.type === "GenericTypeAnnotation" || node.type === "TSTypeReference") && // @ts-expect-error -- `GenericTypeAnnotation` !node.typeParameters && // @ts-expect-error -- `TSTypeReference` !node.typeArguments; } function isUnitTestSetupIdentifier(node) { return node.type === "Identifier" && (node.name === "beforeEach" || node.name === "beforeAll" || node.name === "afterEach" || node.name === "afterAll"); } var testCallCalleePatterns = [ "it", "it.only", "it.skip", "describe", "describe.only", "describe.skip", "test", "test.only", "test.skip", "test.step", "test.describe", "test.describe.only", "test.describe.parallel", "test.describe.parallel.only", "test.describe.serial", "test.describe.serial.only", "skip", "xit", "xdescribe", "xtest", "fit", "fdescribe", "ftest" ]; function isTestCallCallee(node) { return is_node_matches_default(node, testCallCalleePatterns); } function isTestCall(node, parent) { if ((node == null ? void 0 : node.type) !== "CallExpression" || node.optional) { return false; } const args = getCallArguments(node); if (args.length === 1) { if (isAngularTestWrapper(node) && isTestCall(parent)) { return isFunctionOrArrowExpression(args[0]); } if (isUnitTestSetupIdentifier(node.callee)) { return isAngularTestWrapper(args[0]); } } else if ((args.length === 2 || args.length === 3) && (args[0].type === "TemplateLiteral" || isStringLiteral(args[0])) && isTestCallCallee(node.callee)) { if (args[2] && !isNumericLiteral(args[2])) { return false; } return (args.length === 2 ? isFunctionOrArrowExpression(args[1]) : isFunctionOrArrowExpressionWithBody(args[1]) && getFunctionParameters(args[1]).length <= 1) || isAngularTestWrapper(args[1]); } return false; } var skipChainExpression = (fn) => (node) => { if ((node == null ? void 0 : node.type) === "ChainExpression") { node = node.expression; } return fn(node); }; var isCallExpression = skipChainExpression( create_type_check_function_default(["CallExpression", "OptionalCallExpression"]) ); var isMemberExpression = skipChainExpression( create_type_check_function_default(["MemberExpression", "OptionalMemberExpression"]) ); function isSimpleExpressionByNodeCount(node, maxInnerNodeCount = 5) { const count = getExpressionInnerNodeCount(node, maxInnerNodeCount); return count <= maxInnerNodeCount; } function getExpressionInnerNodeCount(node, maxCount) { let count = 0; for (const k in node) { const prop = node[k]; if (prop && typeof prop === "object" && typeof prop.type === "string") { count++; count += getExpressionInnerNodeCount(prop, maxCount - count); } if (count > maxCount) { return count; } } return count; } var LONE_SHORT_ARGUMENT_THRESHOLD_RATE = 0.25; function isLoneShortArgument(node, options2) { const { printWidth } = options2; if (hasComment(node)) { return false; } const threshold = printWidth * LONE_SHORT_ARGUMENT_THRESHOLD_RATE; if (node.type === "ThisExpression" || node.type === "Identifier" && node.name.length <= threshold || isSignedNumericLiteral(node) && !hasComment(node.argument)) { return true; } const regexpPattern = node.type === "Literal" && "regex" in node && node.regex.pattern || node.type === "RegExpLiteral" && node.pattern; if (regexpPattern) { return regexpPattern.length <= threshold; } if (isStringLiteral(node)) { return print_string_default(get_raw_default(node), options2).length <= threshold; } if (node.type === "TemplateLiteral") { return node.expressions.length === 0 && node.quasis[0].value.raw.length <= threshold && !node.quasis[0].value.raw.includes("\n"); } if (node.type === "UnaryExpression") { return isLoneShortArgument(node.argument, { printWidth }); } if (node.type === "CallExpression" && node.arguments.length === 0 && node.callee.type === "Identifier") { return node.callee.name.length <= threshold - 2; } return isLiteral(node); } function hasLeadingOwnLineComment(text, node) { if (isJsxElement(node)) { return hasNodeIgnoreComment(node); } return hasComment( node, CommentCheckFlags.Leading, (comment) => has_newline_default(text, locEnd(comment)) ); } function templateLiteralHasNewLines(template) { return template.quasis.some((quasi) => quasi.value.raw.includes("\n")); } function isTemplateOnItsOwnLine(node, text) { return (node.type === "TemplateLiteral" && templateLiteralHasNewLines(node) || node.type === "TaggedTemplateExpression" && templateLiteralHasNewLines(node.quasi)) && !has_newline_default(text, locStart(node), { backwards: true }); } function needsHardlineAfterDanglingComment(node) { if (!hasComment(node)) { return false; } const lastDanglingComment = at_default( /* isOptionalObject */ false, getComments(node, CommentCheckFlags.Dangling), -1 ); return lastDanglingComment && !is_block_comment_default(lastDanglingComment); } function isFunctionCompositionArgs(args) { if (args.length <= 1) { return false; } let count = 0; for (const arg of args) { if (isFunctionOrArrowExpression(arg)) { count += 1; if (count > 1) { return true; } } else if (isCallExpression(arg)) { for (const childArg of getCallArguments(arg)) { if (isFunctionOrArrowExpression(childArg)) { return true; } } } } return false; } function isLongCurriedCallExpression(path) { const { node, parent, key } = path; return key === "callee" && isCallExpression(node) && isCallExpression(parent) && parent.arguments.length > 0 && node.arguments.length > parent.arguments.length; } var simpleCallArgumentUnaryOperators = /* @__PURE__ */ new Set(["!", "-", "+", "~"]); function isSimpleCallArgument(node, depth = 2) { if (depth <= 0) { return false; } if (node.type === "ChainExpression" || node.type === "TSNonNullExpression") { return isSimpleCallArgument(node.expression, depth); } const isChildSimple = (child) => isSimpleCallArgument(child, depth - 1); if (isRegExpLiteral(node)) { return get_string_width_default(node.pattern ?? node.regex.pattern) <= 5; } if (isLiteral(node) || isSingleWordType(node) || node.type === "ArgumentPlaceholder") { return true; } if (node.type === "TemplateLiteral") { return node.quasis.every((element) => !element.value.raw.includes("\n")) && node.expressions.every(isChildSimple); } if (isObjectExpression(node)) { return node.properties.every( (p) => !p.computed && (p.shorthand || p.value && isChildSimple(p.value)) ); } if (isArrayExpression(node)) { return node.elements.every((x) => x === null || isChildSimple(x)); } if (isCallLikeExpression(node)) { if (node.type === "ImportExpression" || isSimpleCallArgument(node.callee, depth)) { const args = getCallArguments(node); return args.length <= depth && args.every(isChildSimple); } return false; } if (isMemberExpression(node)) { return isSimpleCallArgument(node.object, depth) && isSimpleCallArgument(node.property, depth); } if (node.type === "UnaryExpression" && simpleCallArgumentUnaryOperators.has(node.operator) || node.type === "UpdateExpression") { return isSimpleCallArgument(node.argument, depth); } return false; } function identity(x) { return x; } function shouldPrintComma(options2, level = "es5") { return options2.trailingComma === "es5" && level === "es5" || options2.trailingComma === "all" && (level === "all" || level === "es5"); } function startsWithNoLookaheadToken(node, predicate) { switch (node.type) { case "BinaryExpression": case "LogicalExpression": case "AssignmentExpression": case "NGPipeExpression": return startsWithNoLookaheadToken(node.left, predicate); case "MemberExpression": case "OptionalMemberExpression": return startsWithNoLookaheadToken(node.object, predicate); case "TaggedTemplateExpression": if (node.tag.type === "FunctionExpression") { return false; } return startsWithNoLookaheadToken(node.tag, predicate); case "CallExpression": case "OptionalCallExpression": if (node.callee.type === "FunctionExpression") { return false; } return startsWithNoLookaheadToken(node.callee, predicate); case "ConditionalExpression": return startsWithNoLookaheadToken(node.test, predicate); case "UpdateExpression": return !node.prefix && startsWithNoLookaheadToken(node.argument, predicate); case "BindExpression": return node.object && startsWithNoLookaheadToken(node.object, predicate); case "SequenceExpression": return startsWithNoLookaheadToken(node.expressions[0], predicate); case "ChainExpression": case "TSSatisfiesExpression": case "TSAsExpression": case "TSNonNullExpression": case "AsExpression": case "AsConstExpression": case "SatisfiesExpression": return startsWithNoLookaheadToken(node.expression, predicate); default: return predicate(node); } } var equalityOperators = { "==": true, "!=": true, "===": true, "!==": true }; var multiplicativeOperators = { "*": true, "/": true, "%": true }; var bitshiftOperators = { ">>": true, ">>>": true, "<<": true }; function shouldFlatten(parentOp, nodeOp) { if (getPrecedence(nodeOp) !== getPrecedence(parentOp)) { return false; } if (parentOp === "**") { return false; } if (equalityOperators[parentOp] && equalityOperators[nodeOp]) { return false; } if (nodeOp === "%" && multiplicativeOperators[parentOp] || parentOp === "%" && multiplicativeOperators[nodeOp]) { return false; } if (nodeOp !== parentOp && multiplicativeOperators[nodeOp] && multiplicativeOperators[parentOp]) { return false; } if (bitshiftOperators[parentOp] && bitshiftOperators[nodeOp]) { return false; } return true; } var PRECEDENCE = new Map( [ ["|>"], ["??"], ["||"], ["&&"], ["|"], ["^"], ["&"], ["==", "===", "!=", "!=="], ["<", ">", "<=", ">=", "in", "instanceof"], [">>", "<<", ">>>"], ["+", "-"], ["*", "/", "%"], ["**"] ].flatMap( (operators, index) => operators.map((operator) => [operator, index]) ) ); function getPrecedence(operator) { return PRECEDENCE.get(operator); } function isBitwiseOperator(operator) { return Boolean(bitshiftOperators[operator]) || operator === "|" || operator === "^" || operator === "&"; } function hasRestParameter(node) { var _a; if (node.rest) { return true; } const parameters = getFunctionParameters(node); return ((_a = at_default( /* isOptionalObject */ false, parameters, -1 )) == null ? void 0 : _a.type) === "RestElement"; } var functionParametersCache = /* @__PURE__ */ new WeakMap(); function getFunctionParameters(node) { if (functionParametersCache.has(node)) { return functionParametersCache.get(node); } const parameters = []; if (node.this) { parameters.push(node.this); } if (Array.isArray(node.parameters)) { parameters.push(...node.parameters); } else if (Array.isArray(node.params)) { parameters.push(...node.params); } if (node.rest) { parameters.push(node.rest); } functionParametersCache.set(node, parameters); return parameters; } function iterateFunctionParametersPath(path, iteratee) { const { node } = path; let index = 0; const callback = (childPath) => iteratee(childPath, index++); if (node.this) { path.call(callback, "this"); } if (Array.isArray(node.parameters)) { path.each(callback, "parameters"); } else if (Array.isArray(node.params)) { path.each(callback, "params"); } if (node.rest) { path.call(callback, "rest"); } } var callArgumentsCache = /* @__PURE__ */ new WeakMap(); function getCallArguments(node) { if (callArgumentsCache.has(node)) { return callArgumentsCache.get(node); } if (node.type === "ChainExpression") { return getCallArguments(node.expression); } let args = node.arguments; if (node.type === "ImportExpression" || node.type === "TSImportType") { args = [node.type === "ImportExpression" ? node.source : node.argument]; if (node.options) { args.push(node.options); } } callArgumentsCache.set(node, args); return args; } function iterateCallArgumentsPath(path, iteratee) { const { node } = path; if (node.type === "ChainExpression") { return path.call( () => iterateCallArgumentsPath(path, iteratee), "expression" ); } if (node.type === "ImportExpression" || node.type === "TSImportType") { path.call( (sourcePath) => iteratee(sourcePath, 0), node.type === "ImportExpression" ? "source" : "argument" ); if (node.options) { path.call((sourcePath) => iteratee(sourcePath, 1), "options"); } } else { path.each(iteratee, "arguments"); } } function getCallArgumentSelector(node, index) { const selectors = []; if (node.type === "ChainExpression") { node = node.expression; selectors.push("expression"); } if (node.type === "ImportExpression" || node.type === "TSImportType") { if (index === 0 || index === (node.options ? -2 : -1)) { return [ ...selectors, node.type === "ImportExpression" ? "source" : "argument" ]; } if (node.options && (index === 1 || index === -1)) { return [...selectors, "options"]; } throw new RangeError("Invalid argument index"); } if (index < 0) { index = node.arguments.length + index; } if (index < 0 || index >= node.arguments.length) { throw new RangeError("Invalid argument index"); } return [...selectors, "arguments", index]; } function isPrettierIgnoreComment(comment) { return comment.value.trim() === "prettier-ignore" && !comment.unignore; } function hasNodeIgnoreComment(node) { return (node == null ? void 0 : node.prettierIgnore) || hasComment(node, CommentCheckFlags.PrettierIgnore); } var CommentCheckFlags = { /** Check comment is a leading comment */ Leading: 1 << 1, /** Check comment is a trailing comment */ Trailing: 1 << 2, /** Check comment is a dangling comment */ Dangling: 1 << 3, /** Check comment is a block comment */ Block: 1 << 4, /** Check comment is a line comment */ Line: 1 << 5, /** Check comment is a `prettier-ignore` comment */ PrettierIgnore: 1 << 6, /** Check comment is the first attached comment */ First: 1 << 7, /** Check comment is the last attached comment */ Last: 1 << 8 }; var getCommentTestFunction = (flags, fn) => { if (typeof flags === "function") { fn = flags; flags = 0; } if (flags || fn) { return (comment, index, comments) => !(flags & CommentCheckFlags.Leading && !comment.leading || flags & CommentCheckFlags.Trailing && !comment.trailing || flags & CommentCheckFlags.Dangling && (comment.leading || comment.trailing) || flags & CommentCheckFlags.Block && !is_block_comment_default(comment) || flags & CommentCheckFlags.Line && !is_line_comment_default(comment) || flags & CommentCheckFlags.First && index !== 0 || flags & CommentCheckFlags.Last && index !== comments.length - 1 || flags & CommentCheckFlags.PrettierIgnore && !isPrettierIgnoreComment(comment) || fn && !fn(comment)); } }; function hasComment(node, flags, fn) { if (!is_non_empty_array_default(node == null ? void 0 : node.comments)) { return false; } const test = getCommentTestFunction(flags, fn); return test ? node.comments.some(test) : true; } function getComments(node, flags, fn) { if (!Array.isArray(node == null ? void 0 : node.comments)) { return []; } const test = getCommentTestFunction(flags, fn); return test ? node.comments.filter(test) : node.comments; } var isNextLineEmpty2 = (node, { originalText }) => is_next_line_empty_default(originalText, locEnd(node)); function isCallLikeExpression(node) { return isCallExpression(node) || node.type === "NewExpression" || node.type === "ImportExpression"; } function isObjectProperty(node) { return node && (node.type === "ObjectProperty" || node.type === "Property" && !isMethod(node)); } var isBinaryCastExpression = create_type_check_function_default([ // TS "TSAsExpression", "TSSatisfiesExpression", // Flow "AsExpression", "AsConstExpression", "SatisfiesExpression" ]); var isUnionType = create_type_check_function_default([ "TSUnionType", "UnionTypeAnnotation" ]); var isIntersectionType = create_type_check_function_default([ "TSIntersectionType", "IntersectionTypeAnnotation" ]); var isConditionalType = create_type_check_function_default([ "TSConditionalType", "ConditionalTypeAnnotation" ]); // src/language-js/clean.js var ignoredProperties = /* @__PURE__ */ new Set([ "range", "raw", "comments", "leadingComments", "trailingComments", "innerComments", "extra", "start", "end", "loc", "flags", "errors", "tokens" ]); var removeTemplateElementsValue = (node) => { for (const templateElement of node.quasis) { delete templateElement.value; } }; function clean(original, cloned) { var _a; if (original.type === "Program") { delete cloned.sourceType; } if ((original.type === "BigIntLiteral" || original.type === "BigIntLiteralTypeAnnotation") && original.value) { cloned.value = original.value.toLowerCase(); } if ((original.type === "BigIntLiteral" || original.type === "Literal") && original.bigint) { cloned.bigint = original.bigint.toLowerCase(); } if (original.type === "EmptyStatement") { return null; } if (original.type === "JSXText") { return null; } if (original.type === "JSXExpressionContainer" && (original.expression.type === "Literal" || original.expression.type === "StringLiteral") && original.expression.value === " ") { return null; } if ((original.type === "Property" || original.type === "ObjectProperty" || original.type === "MethodDefinition" || original.type === "ClassProperty" || original.type === "ClassMethod" || original.type === "PropertyDefinition" || original.type === "TSDeclareMethod" || original.type === "TSPropertySignature" || original.type === "ObjectTypeProperty" || original.type === "ImportAttribute") && original.key && !original.computed) { const { key } = original; if (isStringLiteral(key) || isNumericLiteral(key)) { cloned.key = String(key.value); } else if (key.type === "Identifier") { cloned.key = key.name; } } if (original.type === "JSXElement" && original.openingElement.name.name === "style" && original.openingElement.attributes.some( (attr) => attr.type === "JSXAttribute" && attr.name.name === "jsx" )) { for (const { type, expression: expression2 } of cloned.children) { if (type === "JSXExpressionContainer" && expression2.type === "TemplateLiteral") { removeTemplateElementsValue(expression2); } } } if (original.type === "JSXAttribute" && original.name.name === "css" && original.value.type === "JSXExpressionContainer" && original.value.expression.type === "TemplateLiteral") { removeTemplateElementsValue(cloned.value.expression); } if (original.type === "JSXAttribute" && ((_a = original.value) == null ? void 0 : _a.type) === "Literal" && /["']|"|'/u.test(original.value.value)) { cloned.value.value = string_replace_all_default( /* isOptionalObject */ false, original.value.value, /["']|"|'/gu, '"' ); } const expression = original.expression || original.callee; if (original.type === "Decorator" && expression.type === "CallExpression" && expression.callee.name === "Component" && expression.arguments.length === 1) { const astProps = original.expression.arguments[0].properties; for (const [ index, prop ] of cloned.expression.arguments[0].properties.entries()) { switch (astProps[index].key.name) { case "styles": if (isArrayExpression(prop.value)) { removeTemplateElementsValue(prop.value.elements[0]); } break; case "template": if (prop.value.type === "TemplateLiteral") { removeTemplateElementsValue(prop.value); } break; } } } if (original.type === "TaggedTemplateExpression" && (original.tag.type === "MemberExpression" || original.tag.type === "Identifier" && (original.tag.name === "gql" || original.tag.name === "graphql" || original.tag.name === "css" || original.tag.name === "md" || original.tag.name === "markdown" || original.tag.name === "html") || original.tag.type === "CallExpression")) { removeTemplateElementsValue(cloned.quasi); } if (original.type === "TemplateLiteral") { removeTemplateElementsValue(cloned); } if (original.type === "ChainExpression" && original.expression.type === "TSNonNullExpression") { cloned.type = "TSNonNullExpression"; cloned.expression.type = "ChainExpression"; } } clean.ignoredProperties = ignoredProperties; var clean_default = clean; // src/document/constants.js var DOC_TYPE_STRING = "string"; var DOC_TYPE_ARRAY = "array"; var DOC_TYPE_CURSOR = "cursor"; var DOC_TYPE_INDENT = "indent"; var DOC_TYPE_ALIGN = "align"; var DOC_TYPE_TRIM = "trim"; var DOC_TYPE_GROUP = "group"; var DOC_TYPE_FILL = "fill"; var DOC_TYPE_IF_BREAK = "if-break"; var DOC_TYPE_INDENT_IF_BREAK = "indent-if-break"; var DOC_TYPE_LINE_SUFFIX = "line-suffix"; var DOC_TYPE_LINE_SUFFIX_BOUNDARY = "line-suffix-boundary"; var DOC_TYPE_LINE = "line"; var DOC_TYPE_LABEL = "label"; var DOC_TYPE_BREAK_PARENT = "break-parent"; var VALID_OBJECT_DOC_TYPES = /* @__PURE__ */ new Set([ DOC_TYPE_CURSOR, DOC_TYPE_INDENT, DOC_TYPE_ALIGN, DOC_TYPE_TRIM, DOC_TYPE_GROUP, DOC_TYPE_FILL, DOC_TYPE_IF_BREAK, DOC_TYPE_INDENT_IF_BREAK, DOC_TYPE_LINE_SUFFIX, DOC_TYPE_LINE_SUFFIX_BOUNDARY, DOC_TYPE_LINE, DOC_TYPE_LABEL, DOC_TYPE_BREAK_PARENT ]); // src/document/utils/get-doc-type.js function getDocType(doc) { if (typeof doc === "string") { return DOC_TYPE_STRING; } if (Array.isArray(doc)) { return DOC_TYPE_ARRAY; } if (!doc) { return; } const { type } = doc; if (VALID_OBJECT_DOC_TYPES.has(type)) { return type; } } var get_doc_type_default = getDocType; // src/document/invalid-doc-error.js var disjunctionListFormat = (list) => new Intl.ListFormat("en-US", { type: "disjunction" }).format(list); function getDocErrorMessage(doc) { const type = doc === null ? "null" : typeof doc; if (type !== "string" && type !== "object") { return `Unexpected doc '${type}', Expected it to be 'string' or 'object'.`; } if (get_doc_type_default(doc)) { throw new Error("doc is valid."); } const objectType = Object.prototype.toString.call(doc); if (objectType !== "[object Object]") { return `Unexpected doc '${objectType}'.`; } const EXPECTED_TYPE_VALUES = disjunctionListFormat( [...VALID_OBJECT_DOC_TYPES].map((type2) => `'${type2}'`) ); return `Unexpected doc.type '${doc.type}'. Expected it to be ${EXPECTED_TYPE_VALUES}.`; } var InvalidDocError = class extends Error { name = "InvalidDocError"; constructor(doc) { super(getDocErrorMessage(doc)); this.doc = doc; } }; var invalid_doc_error_default = InvalidDocError; // src/document/utils/traverse-doc.js var traverseDocOnExitStackMarker = {}; function traverseDoc(doc, onEnter, onExit, shouldTraverseConditionalGroups) { const docsStack = [doc]; while (docsStack.length > 0) { const doc2 = docsStack.pop(); if (doc2 === traverseDocOnExitStackMarker) { onExit(docsStack.pop()); continue; } if (onExit) { docsStack.push(doc2, traverseDocOnExitStackMarker); } const docType = get_doc_type_default(doc2); if (!docType) { throw new invalid_doc_error_default(doc2); } if ((onEnter == null ? void 0 : onEnter(doc2)) === false) { continue; } switch (docType) { case DOC_TYPE_ARRAY: case DOC_TYPE_FILL: { const parts = docType === DOC_TYPE_ARRAY ? doc2 : doc2.parts; for (let ic = parts.length, i = ic - 1; i >= 0; --i) { docsStack.push(parts[i]); } break; } case DOC_TYPE_IF_BREAK: docsStack.push(doc2.flatContents, doc2.breakContents); break; case DOC_TYPE_GROUP: if (shouldTraverseConditionalGroups && doc2.expandedStates) { for (let ic = doc2.expandedStates.length, i = ic - 1; i >= 0; --i) { docsStack.push(doc2.expandedStates[i]); } } else { docsStack.push(doc2.contents); } break; case DOC_TYPE_ALIGN: case DOC_TYPE_INDENT: case DOC_TYPE_INDENT_IF_BREAK: case DOC_TYPE_LABEL: case DOC_TYPE_LINE_SUFFIX: docsStack.push(doc2.contents); break; case DOC_TYPE_STRING: case DOC_TYPE_CURSOR: case DOC_TYPE_TRIM: case DOC_TYPE_LINE_SUFFIX_BOUNDARY: case DOC_TYPE_LINE: case DOC_TYPE_BREAK_PARENT: break; default: throw new invalid_doc_error_default(doc2); } } } var traverse_doc_default = traverseDoc; // src/document/utils.js function mapDoc(doc, cb) { if (typeof doc === "string") { return cb(doc); } const mapped = /* @__PURE__ */ new Map(); return rec(doc); function rec(doc2) { if (mapped.has(doc2)) { return mapped.get(doc2); } const result = process2(doc2); mapped.set(doc2, result); return result; } function process2(doc2) { switch (get_doc_type_default(doc2)) { case DOC_TYPE_ARRAY: return cb(doc2.map(rec)); case DOC_TYPE_FILL: return cb({ ...doc2, parts: doc2.parts.map(rec) }); case DOC_TYPE_IF_BREAK: return cb({ ...doc2, breakContents: rec(doc2.breakContents), flatContents: rec(doc2.flatContents) }); case DOC_TYPE_GROUP: { let { expandedStates, contents } = doc2; if (expandedStates) { expandedStates = expandedStates.map(rec); contents = expandedStates[0]; } else { contents = rec(contents); } return cb({ ...doc2, contents, expandedStates }); } case DOC_TYPE_ALIGN: case DOC_TYPE_INDENT: case DOC_TYPE_INDENT_IF_BREAK: case DOC_TYPE_LABEL: case DOC_TYPE_LINE_SUFFIX: return cb({ ...doc2, contents: rec(doc2.contents) }); case DOC_TYPE_STRING: case DOC_TYPE_CURSOR: case DOC_TYPE_TRIM: case DOC_TYPE_LINE_SUFFIX_BOUNDARY: case DOC_TYPE_LINE: case DOC_TYPE_BREAK_PARENT: return cb(doc2); default: throw new invalid_doc_error_default(doc2); } } } function findInDoc(doc, fn, defaultValue) { let result = defaultValue; let shouldSkipFurtherProcessing = false; function findInDocOnEnterFn(doc2) { if (shouldSkipFurtherProcessing) { return false; } const maybeResult = fn(doc2); if (maybeResult !== void 0) { shouldSkipFurtherProcessing = true; result = maybeResult; } } traverse_doc_default(doc, findInDocOnEnterFn); return result; } function willBreakFn(doc) { if (doc.type === DOC_TYPE_GROUP && doc.break) { return true; } if (doc.type === DOC_TYPE_LINE && doc.hard) { return true; } if (doc.type === DOC_TYPE_BREAK_PARENT) { return true; } } function willBreak(doc) { return findInDoc(doc, willBreakFn, false); } function breakParentGroup(groupStack) { if (groupStack.length > 0) { const parentGroup = at_default( /* isOptionalObject */ false, groupStack, -1 ); if (!parentGroup.expandedStates && !parentGroup.break) { parentGroup.break = "propagated"; } } return null; } function propagateBreaks(doc) { const alreadyVisitedSet = /* @__PURE__ */ new Set(); const groupStack = []; function propagateBreaksOnEnterFn(doc2) { if (doc2.type === DOC_TYPE_BREAK_PARENT) { breakParentGroup(groupStack); } if (doc2.type === DOC_TYPE_GROUP) { groupStack.push(doc2); if (alreadyVisitedSet.has(doc2)) { return false; } alreadyVisitedSet.add(doc2); } } function propagateBreaksOnExitFn(doc2) { if (doc2.type === DOC_TYPE_GROUP) { const group2 = groupStack.pop(); if (group2.break) { breakParentGroup(groupStack); } } } traverse_doc_default( doc, propagateBreaksOnEnterFn, propagateBreaksOnExitFn, /* shouldTraverseConditionalGroups */ true ); } function removeLinesFn(doc) { if (doc.type === DOC_TYPE_LINE && !doc.hard) { return doc.soft ? "" : " "; } if (doc.type === DOC_TYPE_IF_BREAK) { return doc.flatContents; } return doc; } function removeLines(doc) { return mapDoc(doc, removeLinesFn); } function cleanDocFn(doc) { switch (get_doc_type_default(doc)) { case DOC_TYPE_FILL: if (doc.parts.every((part) => part === "")) { return ""; } break; case DOC_TYPE_GROUP: if (!doc.contents && !doc.id && !doc.break && !doc.expandedStates) { return ""; } if (doc.contents.type === DOC_TYPE_GROUP && doc.contents.id === doc.id && doc.contents.break === doc.break && doc.contents.expandedStates === doc.expandedStates) { return doc.contents; } break; case DOC_TYPE_ALIGN: case DOC_TYPE_INDENT: case DOC_TYPE_INDENT_IF_BREAK: case DOC_TYPE_LINE_SUFFIX: if (!doc.contents) { return ""; } break; case DOC_TYPE_IF_BREAK: if (!doc.flatContents && !doc.breakContents) { return ""; } break; case DOC_TYPE_ARRAY: { const parts = []; for (const part of doc) { if (!part) { continue; } const [currentPart, ...restParts] = Array.isArray(part) ? part : [part]; if (typeof currentPart === "string" && typeof at_default( /* isOptionalObject */ false, parts, -1 ) === "string") { parts[parts.length - 1] += currentPart; } else { parts.push(currentPart); } parts.push(...restParts); } if (parts.length === 0) { return ""; } if (parts.length === 1) { return parts[0]; } return parts; } case DOC_TYPE_STRING: case DOC_TYPE_CURSOR: case DOC_TYPE_TRIM: case DOC_TYPE_LINE_SUFFIX_BOUNDARY: case DOC_TYPE_LINE: case DOC_TYPE_LABEL: case DOC_TYPE_BREAK_PARENT: break; default: throw new invalid_doc_error_default(doc); } return doc; } function cleanDoc(doc) { return mapDoc(doc, (currentDoc) => cleanDocFn(currentDoc)); } function replaceEndOfLine(doc, replacement = literalline) { return mapDoc( doc, (currentDoc) => typeof currentDoc === "string" ? join(replacement, currentDoc.split("\n")) : currentDoc ); } function canBreakFn(doc) { if (doc.type === DOC_TYPE_LINE) { return true; } } function canBreak(doc) { return findInDoc(doc, canBreakFn, false); } function inheritLabel(doc, fn) { return doc.type === DOC_TYPE_LABEL ? { ...doc, contents: fn(doc.contents) } : fn(doc); } function isEmptyDoc(doc) { let isEmpty = true; traverse_doc_default(doc, (doc2) => { switch (get_doc_type_default(doc2)) { case DOC_TYPE_STRING: if (doc2 === "") { break; } // fallthrough case DOC_TYPE_TRIM: case DOC_TYPE_LINE_SUFFIX_BOUNDARY: case DOC_TYPE_LINE: case DOC_TYPE_BREAK_PARENT: isEmpty = false; return false; } }); return isEmpty; } // src/document/utils/assert-doc.js var noop = () => { }; var assertDoc = true ? noop : function(doc) { traverse_doc_default(doc, (doc2) => { if (checked.has(doc2)) { return false; } if (typeof doc2 !== "string") { checked.add(doc2); } }); }; var assertDocArray = true ? noop : function(docs, optional = false) { if (optional && !docs) { return; } if (!Array.isArray(docs)) { throw new TypeError("Unexpected doc array."); } for (const doc of docs) { assertDoc(doc); } }; var assertDocFillParts = true ? noop : ( /** * @param {Doc[]} parts */ function(parts) { assertDocArray(parts); if (parts.length > 1 && isEmptyDoc(at_default( /* isOptionalObject */ false, parts, -1 ))) { parts = parts.slice(0, -1); } for (const [i, doc] of parts.entries()) { if (i % 2 === 1 && !isValidSeparator(doc)) { const type = get_doc_type_default(doc); throw new Error( `Unexpected non-line-break doc at ${i}. Doc type is ${type}.` ); } } } ); // src/document/builders.js function indent(contents) { assertDoc(contents); return { type: DOC_TYPE_INDENT, contents }; } function align(widthOrString, contents) { assertDoc(contents); return { type: DOC_TYPE_ALIGN, contents, n: widthOrString }; } function group(contents, opts = {}) { assertDoc(contents); assertDocArray( opts.expandedStates, /* optional */ true ); return { type: DOC_TYPE_GROUP, id: opts.id, contents, break: Boolean(opts.shouldBreak), expandedStates: opts.expandedStates }; } function dedentToRoot(contents) { return align(Number.NEGATIVE_INFINITY, contents); } function dedent(contents) { return align(-1, contents); } function conditionalGroup(states, opts) { return group(states[0], { ...opts, expandedStates: states }); } function fill(parts) { assertDocFillParts(parts); return { type: DOC_TYPE_FILL, parts }; } function ifBreak(breakContents, flatContents = "", opts = {}) { assertDoc(breakContents); if (flatContents !== "") { assertDoc(flatContents); } return { type: DOC_TYPE_IF_BREAK, breakContents, flatContents, groupId: opts.groupId }; } function indentIfBreak(contents, opts) { assertDoc(contents); return { type: DOC_TYPE_INDENT_IF_BREAK, contents, groupId: opts.groupId, negate: opts.negate }; } function lineSuffix(contents) { assertDoc(contents); return { type: DOC_TYPE_LINE_SUFFIX, contents }; } var lineSuffixBoundary = { type: DOC_TYPE_LINE_SUFFIX_BOUNDARY }; var breakParent = { type: DOC_TYPE_BREAK_PARENT }; var hardlineWithoutBreakParent = { type: DOC_TYPE_LINE, hard: true }; var literallineWithoutBreakParent = { type: DOC_TYPE_LINE, hard: true, literal: true }; var line = { type: DOC_TYPE_LINE }; var softline = { type: DOC_TYPE_LINE, soft: true }; var hardline = [hardlineWithoutBreakParent, breakParent]; var literalline = [literallineWithoutBreakParent, breakParent]; var cursor = { type: DOC_TYPE_CURSOR }; function join(separator, docs) { assertDoc(separator); assertDocArray(docs); const parts = []; for (let i = 0; i < docs.length; i++) { if (i !== 0) { parts.push(separator); } parts.push(docs[i]); } return parts; } function addAlignmentToDoc(doc, size, tabWidth) { assertDoc(doc); let aligned = doc; if (size > 0) { for (let i = 0; i < Math.floor(size / tabWidth); ++i) { aligned = indent(aligned); } aligned = align(size % tabWidth, aligned); aligned = align(Number.NEGATIVE_INFINITY, aligned); } return aligned; } function label(label2, contents) { assertDoc(contents); return label2 ? { type: DOC_TYPE_LABEL, label: label2, contents } : contents; } // src/language-js/utils/is-indentable-block-comment.js function isIndentableBlockCommentInternal(comment) { if (!is_block_comment_default(comment)) { return false; } const lines = `*${comment.value}*`.split("\n"); return lines.length > 1 && lines.every((line2) => line2.trimStart()[0] === "*"); } var cache = /* @__PURE__ */ new WeakMap(); function isIndentableBlockComment(comment) { if (!cache.has(comment)) { cache.set(comment, isIndentableBlockCommentInternal(comment)); } return cache.get(comment); } var is_indentable_block_comment_default = isIndentableBlockComment; // src/language-js/print/comment.js function printComment(commentPath, options2) { const comment = commentPath.node; if (is_line_comment_default(comment)) { return options2.originalText.slice(locStart(comment), locEnd(comment)).trimEnd(); } if (is_indentable_block_comment_default(comment)) { return printIndentableBlockComment(comment); } if (is_block_comment_default(comment)) { return ["/*", replaceEndOfLine(comment.value), "*/"]; } throw new Error("Not a comment: " + JSON.stringify(comment)); } function printIndentableBlockComment(comment) { const lines = comment.value.split("\n"); return [ "/*", join( hardline, lines.map( (line2, index) => index === 0 ? line2.trimEnd() : " " + (index < lines.length - 1 ? line2.trim() : line2.trimStart()) ) ), "*/" ]; } // src/language-js/comments/handle-comments.js var handle_comments_exports = {}; __export(handle_comments_exports, { endOfLine: () => handleEndOfLineComment, ownLine: () => handleOwnLineComment, remaining: () => handleRemainingComment }); // src/main/comments/utils.js function describeNodeForDebugging(node) { const nodeType = node.type || node.kind || "(unknown type)"; let nodeName = String( node.name || node.id && (typeof node.id === "object" ? node.id.name : node.id) || node.key && (typeof node.key === "object" ? node.key.name : node.key) || node.value && (typeof node.value === "object" ? "" : String(node.value)) || node.operator || "" ); if (nodeName.length > 20) { nodeName = nodeName.slice(0, 19) + "\u2026"; } return nodeType + (nodeName ? " " + nodeName : ""); } function addCommentHelper(node, comment) { const comments = node.comments ?? (node.comments = []); comments.push(comment); comment.printed = false; comment.nodeDescription = describeNodeForDebugging(node); } function addLeadingComment(node, comment) { comment.leading = true; comment.trailing = false; addCommentHelper(node, comment); } function addDanglingComment(node, comment, marker) { comment.leading = false; comment.trailing = false; if (marker) { comment.marker = marker; } addCommentHelper(node, comment); } function addTrailingComment(node, comment) { comment.leading = false; comment.trailing = true; addCommentHelper(node, comment); } // src/utils/get-next-non-space-non-comment-character-index.js function getNextNonSpaceNonCommentCharacterIndex(text, startIndex) { let oldIdx = null; let nextIdx = startIndex; while (nextIdx !== oldIdx) { oldIdx = nextIdx; nextIdx = skipSpaces(text, nextIdx); nextIdx = skip_inline_comment_default(text, nextIdx); nextIdx = skip_trailing_comment_default(text, nextIdx); nextIdx = skip_newline_default(text, nextIdx); } return nextIdx; } var get_next_non_space_non_comment_character_index_default = getNextNonSpaceNonCommentCharacterIndex; // src/utils/get-next-non-space-non-comment-character.js function getNextNonSpaceNonCommentCharacter(text, startIndex) { const index = get_next_non_space_non_comment_character_index_default(text, startIndex); return index === false ? "" : text.charAt(index); } var get_next_non_space_non_comment_character_default = getNextNonSpaceNonCommentCharacter; // src/utils/has-newline-in-range.js function hasNewlineInRange(text, startIndex, endIndex) { for (let i = startIndex; i < endIndex; ++i) { if (text.charAt(i) === "\n") { return true; } } return false; } var has_newline_in_range_default = hasNewlineInRange; // src/language-js/utils/is-type-cast-comment.js var cache2 = /* @__PURE__ */ new WeakMap(); function isTypeCastComment(comment) { if (!cache2.has(comment)) { cache2.set( comment, is_block_comment_default(comment) && comment.value[0] === "*" && // TypeScript expects the type to be enclosed in curly brackets, however // Closure Compiler accepts types in parens and even without any delimiters at all. // That's why we just search for "@type" and "@satisfies". /@(?:type|satisfies)\b/u.test(comment.value) ); } return cache2.get(comment); } var is_type_cast_comment_default = isTypeCastComment; // src/language-js/comments/handle-comments.js var isSingleLineComment = (comment, text) => is_line_comment_default(comment) || !has_newline_in_range_default(text, locStart(comment), locEnd(comment)); function handleOwnLineComment(context) { return [ handleIgnoreComments, handleConditionalExpressionComments, handleLastFunctionArgComments, handleLastComponentArgComments, handleMemberExpressionComments, handleIfStatementComments, handleWhileComments, handleTryStatementComments, handleClassComments, handleForComments, handleUnionTypeComments, handleOnlyComments, handleModuleSpecifiersComments, handleAssignmentPatternComments, handleMethodNameComments, handleLabeledStatementComments, handleBreakAndContinueStatementComments, handleNestedConditionalExpressionComments, handleCommentsInDestructuringPattern, handleTSMappedTypeComments ].some((fn) => fn(context)); } function handleEndOfLineComment(context) { return [ handleClosureTypeCastComments, handleLastFunctionArgComments, handleConditionalExpressionComments, handleModuleSpecifiersComments, handleIfStatementComments, handleWhileComments, handleTryStatementComments, handleClassComments, handleLabeledStatementComments, handleCallExpressionComments, handlePropertyComments, handleOnlyComments, handleVariableDeclaratorComments, handleBreakAndContinueStatementComments, handleSwitchDefaultCaseComments, handleLastUnionElementInExpression, handleLastBinaryOperatorOperand, handleTSMappedTypeComments ].some((fn) => fn(context)); } function handleRemainingComment(context) { return [ handleIgnoreComments, handleIfStatementComments, handleWhileComments, handleObjectPropertyAssignment, handleCommentInEmptyParens, handleMethodNameComments, handleOnlyComments, handleCommentAfterArrowParams, handleFunctionNameComments, handleBreakAndContinueStatementComments, handleTSFunctionTrailingComments ].some((fn) => fn(context)); } function addBlockStatementFirstComment(node, comment) { const firstNonEmptyNode = (node.body || node.properties).find( ({ type }) => type !== "EmptyStatement" ); if (firstNonEmptyNode) { addLeadingComment(firstNonEmptyNode, comment); } else { addDanglingComment(node, comment); } } function addBlockOrNotComment(node, comment) { if (node.type === "BlockStatement") { addBlockStatementFirstComment(node, comment); } else { addLeadingComment(node, comment); } } function handleClosureTypeCastComments({ comment, followingNode }) { if (followingNode && is_type_cast_comment_default(comment)) { addLeadingComment(followingNode, comment); return true; } return false; } function handleIfStatementComments({ comment, precedingNode, enclosingNode, followingNode, text }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) !== "IfStatement" || !followingNode) { return false; } const nextCharacter = get_next_non_space_non_comment_character_default( text, locEnd(comment) ); if (nextCharacter === ")") { addTrailingComment(precedingNode, comment); return true; } if (precedingNode === enclosingNode.consequent && followingNode === enclosingNode.alternate) { const maybeElseTokenIndex = get_next_non_space_non_comment_character_index_default( text, locEnd(enclosingNode.consequent) ); if (locStart(comment) < maybeElseTokenIndex || enclosingNode.alternate.type === "BlockStatement") { if (precedingNode.type === "BlockStatement") { addTrailingComment(precedingNode, comment); return true; } if (isSingleLineComment(comment, text) && // Comment and `precedingNode` are on same line !has_newline_in_range_default(text, locStart(precedingNode), locStart(comment))) { addTrailingComment(precedingNode, comment); return true; } addDanglingComment(enclosingNode, comment); return true; } } if (followingNode.type === "BlockStatement") { addBlockStatementFirstComment(followingNode, comment); return true; } if (followingNode.type === "IfStatement") { addBlockOrNotComment(followingNode.consequent, comment); return true; } if (enclosingNode.consequent === followingNode) { addLeadingComment(followingNode, comment); return true; } return false; } function handleWhileComments({ comment, precedingNode, enclosingNode, followingNode, text }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) !== "WhileStatement" || !followingNode) { return false; } const nextCharacter = get_next_non_space_non_comment_character_default( text, locEnd(comment) ); if (nextCharacter === ")") { addTrailingComment(precedingNode, comment); return true; } if (followingNode.type === "BlockStatement") { addBlockStatementFirstComment(followingNode, comment); return true; } if (enclosingNode.body === followingNode) { addLeadingComment(followingNode, comment); return true; } return false; } function handleTryStatementComments({ comment, precedingNode, enclosingNode, followingNode }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) !== "TryStatement" && (enclosingNode == null ? void 0 : enclosingNode.type) !== "CatchClause" || !followingNode) { return false; } if (enclosingNode.type === "CatchClause" && precedingNode) { addTrailingComment(precedingNode, comment); return true; } if (followingNode.type === "BlockStatement") { addBlockStatementFirstComment(followingNode, comment); return true; } if (followingNode.type === "TryStatement") { addBlockOrNotComment(followingNode.finalizer, comment); return true; } if (followingNode.type === "CatchClause") { addBlockOrNotComment(followingNode.body, comment); return true; } return false; } function handleMemberExpressionComments({ comment, enclosingNode, followingNode }) { if (isMemberExpression(enclosingNode) && (followingNode == null ? void 0 : followingNode.type) === "Identifier") { addLeadingComment(enclosingNode, comment); return true; } return false; } function handleNestedConditionalExpressionComments({ comment, enclosingNode, followingNode, options: options2 }) { if (!options2.experimentalTernaries) { return false; } const enclosingIsCond = (enclosingNode == null ? void 0 : enclosingNode.type) === "ConditionalExpression" || isConditionalType(enclosingNode); if (!enclosingIsCond) { return false; } const followingIsCond = (followingNode == null ? void 0 : followingNode.type) === "ConditionalExpression" || isConditionalType(followingNode); if (followingIsCond) { addDanglingComment(enclosingNode, comment); return true; } return false; } function handleConditionalExpressionComments({ comment, precedingNode, enclosingNode, followingNode, text, options: options2 }) { const isSameLineAsPrecedingNode = precedingNode && !has_newline_in_range_default(text, locEnd(precedingNode), locStart(comment)); if ((!precedingNode || !isSameLineAsPrecedingNode) && ((enclosingNode == null ? void 0 : enclosingNode.type) === "ConditionalExpression" || isConditionalType(enclosingNode)) && followingNode) { if (options2.experimentalTernaries && enclosingNode.alternate === followingNode && !(is_block_comment_default(comment) && !has_newline_in_range_default( options2.originalText, locStart(comment), locEnd(comment) ))) { addDanglingComment(enclosingNode, comment); return true; } addLeadingComment(followingNode, comment); return true; } return false; } function handleObjectPropertyAssignment({ comment, precedingNode, enclosingNode }) { if (isObjectProperty(enclosingNode) && enclosingNode.shorthand && enclosingNode.key === precedingNode && enclosingNode.value.type === "AssignmentPattern") { addTrailingComment(enclosingNode.value.left, comment); return true; } return false; } var classLikeNodeTypes = /* @__PURE__ */ new Set([ "ClassDeclaration", "ClassExpression", "DeclareClass", "DeclareInterface", "InterfaceDeclaration", "TSInterfaceDeclaration" ]); function handleClassComments({ comment, precedingNode, enclosingNode, followingNode }) { if (classLikeNodeTypes.has(enclosingNode == null ? void 0 : enclosingNode.type)) { if (is_non_empty_array_default(enclosingNode.decorators) && !((followingNode == null ? void 0 : followingNode.type) === "Decorator")) { addTrailingComment(at_default( /* isOptionalObject */ false, enclosingNode.decorators, -1 ), comment); return true; } if (enclosingNode.body && followingNode === enclosingNode.body) { addBlockStatementFirstComment(enclosingNode.body, comment); return true; } if (followingNode) { if (enclosingNode.superClass && followingNode === enclosingNode.superClass && precedingNode && (precedingNode === enclosingNode.id || precedingNode === enclosingNode.typeParameters)) { addTrailingComment(precedingNode, comment); return true; } for (const prop of ["implements", "extends", "mixins"]) { if (enclosingNode[prop] && followingNode === enclosingNode[prop][0]) { if (precedingNode && (precedingNode === enclosingNode.id || precedingNode === enclosingNode.typeParameters || precedingNode === enclosingNode.superClass)) { addTrailingComment(precedingNode, comment); } else { addDanglingComment(enclosingNode, comment, prop); } return true; } } } } return false; } var propertyLikeNodeTypes = /* @__PURE__ */ new Set([ "ClassMethod", "ClassProperty", "PropertyDefinition", "TSAbstractPropertyDefinition", "TSAbstractMethodDefinition", "TSDeclareMethod", "MethodDefinition", "ClassAccessorProperty", "AccessorProperty", "TSAbstractAccessorProperty", "TSParameterProperty" ]); function handleMethodNameComments({ comment, precedingNode, enclosingNode, text }) { if (enclosingNode && precedingNode && get_next_non_space_non_comment_character_default(text, locEnd(comment)) === "(" && // "MethodDefinition" is handled in getCommentChildNodes (enclosingNode.type === "Property" || enclosingNode.type === "TSDeclareMethod" || enclosingNode.type === "TSAbstractMethodDefinition") && precedingNode.type === "Identifier" && enclosingNode.key === precedingNode && // special Property case: { key: /*comment*/(value) }; // comment should be attached to value instead of key get_next_non_space_non_comment_character_default(text, locEnd(precedingNode)) !== ":") { addTrailingComment(precedingNode, comment); return true; } if ((precedingNode == null ? void 0 : precedingNode.type) === "Decorator" && propertyLikeNodeTypes.has(enclosingNode == null ? void 0 : enclosingNode.type) && (is_line_comment_default(comment) || comment.placement === "ownLine")) { addTrailingComment(precedingNode, comment); return true; } return false; } var functionLikeNodeTypes = /* @__PURE__ */ new Set([ "FunctionDeclaration", "FunctionExpression", "ClassMethod", "MethodDefinition", "ObjectMethod" ]); function handleFunctionNameComments({ comment, precedingNode, enclosingNode, text }) { if (get_next_non_space_non_comment_character_default(text, locEnd(comment)) !== "(") { return false; } if (precedingNode && functionLikeNodeTypes.has(enclosingNode == null ? void 0 : enclosingNode.type)) { addTrailingComment(precedingNode, comment); return true; } return false; } function handleCommentAfterArrowParams({ comment, enclosingNode, text }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) !== "ArrowFunctionExpression") { return false; } const index = get_next_non_space_non_comment_character_index_default(text, locEnd(comment)); if (index !== false && text.slice(index, index + 2) === "=>") { addDanglingComment(enclosingNode, comment); return true; } return false; } function handleCommentInEmptyParens({ comment, enclosingNode, text }) { if (get_next_non_space_non_comment_character_default(text, locEnd(comment)) !== ")") { return false; } if (enclosingNode && (isRealFunctionLikeNode(enclosingNode) && getFunctionParameters(enclosingNode).length === 0 || isCallLikeExpression(enclosingNode) && getCallArguments(enclosingNode).length === 0)) { addDanglingComment(enclosingNode, comment); return true; } if (((enclosingNode == null ? void 0 : enclosingNode.type) === "MethodDefinition" || (enclosingNode == null ? void 0 : enclosingNode.type) === "TSAbstractMethodDefinition") && getFunctionParameters(enclosingNode.value).length === 0) { addDanglingComment(enclosingNode.value, comment); return true; } return false; } function handleLastComponentArgComments({ comment, precedingNode, enclosingNode, followingNode, text }) { if ((precedingNode == null ? void 0 : precedingNode.type) === "ComponentTypeParameter" && ((enclosingNode == null ? void 0 : enclosingNode.type) === "DeclareComponent" || (enclosingNode == null ? void 0 : enclosingNode.type) === "ComponentTypeAnnotation") && (followingNode == null ? void 0 : followingNode.type) !== "ComponentTypeParameter") { addTrailingComment(precedingNode, comment); return true; } if (((precedingNode == null ? void 0 : precedingNode.type) === "ComponentParameter" || (precedingNode == null ? void 0 : precedingNode.type) === "RestElement") && (enclosingNode == null ? void 0 : enclosingNode.type) === "ComponentDeclaration" && get_next_non_space_non_comment_character_default(text, locEnd(comment)) === ")") { addTrailingComment(precedingNode, comment); return true; } return false; } function handleLastFunctionArgComments({ comment, precedingNode, enclosingNode, followingNode, text }) { if ((precedingNode == null ? void 0 : precedingNode.type) === "FunctionTypeParam" && (enclosingNode == null ? void 0 : enclosingNode.type) === "FunctionTypeAnnotation" && (followingNode == null ? void 0 : followingNode.type) !== "FunctionTypeParam") { addTrailingComment(precedingNode, comment); return true; } if (((precedingNode == null ? void 0 : precedingNode.type) === "Identifier" || (precedingNode == null ? void 0 : precedingNode.type) === "AssignmentPattern" || (precedingNode == null ? void 0 : precedingNode.type) === "ObjectPattern" || (precedingNode == null ? void 0 : precedingNode.type) === "ArrayPattern" || (precedingNode == null ? void 0 : precedingNode.type) === "RestElement" || (precedingNode == null ? void 0 : precedingNode.type) === "TSParameterProperty") && isRealFunctionLikeNode(enclosingNode) && get_next_non_space_non_comment_character_default(text, locEnd(comment)) === ")") { addTrailingComment(precedingNode, comment); return true; } if (!is_block_comment_default(comment) && ((enclosingNode == null ? void 0 : enclosingNode.type) === "FunctionDeclaration" || (enclosingNode == null ? void 0 : enclosingNode.type) === "FunctionExpression" || (enclosingNode == null ? void 0 : enclosingNode.type) === "ObjectMethod") && (followingNode == null ? void 0 : followingNode.type) === "BlockStatement" && enclosingNode.body === followingNode) { const characterAfterCommentIndex = get_next_non_space_non_comment_character_index_default( text, locEnd(comment) ); if (characterAfterCommentIndex === locStart(followingNode)) { addBlockStatementFirstComment(followingNode, comment); return true; } } return false; } function handleLabeledStatementComments({ comment, enclosingNode }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) === "LabeledStatement") { addLeadingComment(enclosingNode, comment); return true; } return false; } function handleBreakAndContinueStatementComments({ comment, enclosingNode }) { if (((enclosingNode == null ? void 0 : enclosingNode.type) === "ContinueStatement" || (enclosingNode == null ? void 0 : enclosingNode.type) === "BreakStatement") && !enclosingNode.label) { addTrailingComment(enclosingNode, comment); return true; } return false; } function handleCallExpressionComments({ comment, precedingNode, enclosingNode }) { if (isCallExpression(enclosingNode) && precedingNode && enclosingNode.callee === precedingNode && enclosingNode.arguments.length > 0) { addLeadingComment(enclosingNode.arguments[0], comment); return true; } return false; } function handleUnionTypeComments({ comment, precedingNode, enclosingNode, followingNode }) { if (isUnionType(enclosingNode)) { if (isPrettierIgnoreComment(comment)) { followingNode.prettierIgnore = true; comment.unignore = true; } if (precedingNode) { addTrailingComment(precedingNode, comment); return true; } return false; } if (isUnionType(followingNode) && isPrettierIgnoreComment(comment)) { followingNode.types[0].prettierIgnore = true; comment.unignore = true; } return false; } function handlePropertyComments({ comment, enclosingNode }) { if (isObjectProperty(enclosingNode)) { addLeadingComment(enclosingNode, comment); return true; } return false; } function handleOnlyComments({ comment, enclosingNode, ast, isLastComment }) { var _a; if (((_a = ast == null ? void 0 : ast.body) == null ? void 0 : _a.length) === 0) { if (isLastComment) { addDanglingComment(ast, comment); } else { addLeadingComment(ast, comment); } return true; } if ((enclosingNode == null ? void 0 : enclosingNode.type) === "Program" && enclosingNode.body.length === 0 && !is_non_empty_array_default(enclosingNode.directives)) { if (isLastComment) { addDanglingComment(enclosingNode, comment); } else { addLeadingComment(enclosingNode, comment); } return true; } return false; } function handleForComments({ comment, enclosingNode }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) === "ForInStatement" || (enclosingNode == null ? void 0 : enclosingNode.type) === "ForOfStatement") { addLeadingComment(enclosingNode, comment); return true; } return false; } function handleModuleSpecifiersComments({ comment, precedingNode, enclosingNode, text }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) === "ImportSpecifier" || (enclosingNode == null ? void 0 : enclosingNode.type) === "ExportSpecifier") { addLeadingComment(enclosingNode, comment); return true; } const isImportDeclaration = (precedingNode == null ? void 0 : precedingNode.type) === "ImportSpecifier" && (enclosingNode == null ? void 0 : enclosingNode.type) === "ImportDeclaration"; const isExportDeclaration2 = (precedingNode == null ? void 0 : precedingNode.type) === "ExportSpecifier" && (enclosingNode == null ? void 0 : enclosingNode.type) === "ExportNamedDeclaration"; if ((isImportDeclaration || isExportDeclaration2) && has_newline_default(text, locEnd(comment))) { addTrailingComment(precedingNode, comment); return true; } return false; } function handleAssignmentPatternComments({ comment, enclosingNode }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) === "AssignmentPattern") { addLeadingComment(enclosingNode, comment); return true; } return false; } var assignmentLikeNodeTypes = /* @__PURE__ */ new Set([ "VariableDeclarator", "AssignmentExpression", "TypeAlias", "TSTypeAliasDeclaration" ]); var complexExprNodeTypes = /* @__PURE__ */ new Set([ "ObjectExpression", "ArrayExpression", "TemplateLiteral", "TaggedTemplateExpression", "ObjectTypeAnnotation", "TSTypeLiteral" ]); function handleVariableDeclaratorComments({ comment, enclosingNode, followingNode }) { if (assignmentLikeNodeTypes.has(enclosingNode == null ? void 0 : enclosingNode.type) && followingNode && (complexExprNodeTypes.has(followingNode.type) || is_block_comment_default(comment))) { addLeadingComment(followingNode, comment); return true; } return false; } function handleTSFunctionTrailingComments({ comment, enclosingNode, followingNode, text }) { if (!followingNode && ((enclosingNode == null ? void 0 : enclosingNode.type) === "TSMethodSignature" || (enclosingNode == null ? void 0 : enclosingNode.type) === "TSDeclareFunction" || (enclosingNode == null ? void 0 : enclosingNode.type) === "TSAbstractMethodDefinition") && get_next_non_space_non_comment_character_default(text, locEnd(comment)) === ";") { addTrailingComment(enclosingNode, comment); return true; } return false; } function handleIgnoreComments({ comment, enclosingNode, followingNode }) { if (isPrettierIgnoreComment(comment) && (enclosingNode == null ? void 0 : enclosingNode.type) === "TSMappedType" && followingNode === enclosingNode.key) { enclosingNode.prettierIgnore = true; comment.unignore = true; return true; } } function handleTSMappedTypeComments({ comment, precedingNode, enclosingNode }) { if ((enclosingNode == null ? void 0 : enclosingNode.type) !== "TSMappedType") { return; } if (!precedingNode) { addDanglingComment(enclosingNode, comment); return true; } } function handleSwitchDefaultCaseComments({ comment, enclosingNode, followingNode }) { if (!enclosingNode || enclosingNode.type !== "SwitchCase" || enclosingNode.test || !followingNode || followingNode !== enclosingNode.consequent[0]) { return false; } if (followingNode.type === "BlockStatement" && is_line_comment_default(comment)) { addBlockStatementFirstComment(followingNode, comment); } else { addDanglingComment(enclosingNode, comment); } return true; } function handleLastUnionElementInExpression({ comment, precedingNode, enclosingNode, followingNode }) { if (isUnionType(precedingNode) && ((enclosingNode.type === "TSArrayType" || enclosingNode.type === "ArrayTypeAnnotation") && !followingNode || isIntersectionType(enclosingNode))) { addTrailingComment(at_default( /* isOptionalObject */ false, precedingNode.types, -1 ), comment); return true; } return false; } function handleCommentsInDestructuringPattern({ comment, enclosingNode, precedingNode, followingNode }) { if (((enclosingNode == null ? void 0 : enclosingNode.type) === "ObjectPattern" || (enclosingNode == null ? void 0 : enclosingNode.type) === "ArrayPattern") && (followingNode == null ? void 0 : followingNode.type) === "TSTypeAnnotation") { if (precedingNode) { addTrailingComment(precedingNode, comment); } else { addDanglingComment(enclosingNode, comment); } return true; } } function handleLastBinaryOperatorOperand({ comment, precedingNode, enclosingNode, followingNode, text }) { if (!followingNode && (enclosingNode == null ? void 0 : enclosingNode.type) === "UnaryExpression" && ((precedingNode == null ? void 0 : precedingNode.type) === "LogicalExpression" || (precedingNode == null ? void 0 : precedingNode.type) === "BinaryExpression")) { if ( // Multiline expression has_newline_in_range_default( text, locStart(enclosingNode.argument), locStart(precedingNode.right) ) && isSingleLineComment(comment, text) && // Comment and `precedingNode.right` are on same line !has_newline_in_range_default(text, locStart(precedingNode.right), locStart(comment)) ) { addTrailingComment(precedingNode.right, comment); return true; } } return false; } var isRealFunctionLikeNode = create_type_check_function_default([ "ArrowFunctionExpression", "FunctionExpression", "FunctionDeclaration", "ObjectMethod", "ClassMethod", "TSDeclareFunction", "TSCallSignatureDeclaration", "TSConstructSignatureDeclaration", "TSMethodSignature", "TSConstructorType", "TSFunctionType", "TSDeclareMethod" ]); // src/language-js/comments/printer-methods.js var nodeTypesCanNotAttachComment = /* @__PURE__ */ new Set([ "EmptyStatement", "TemplateElement", // There is no similar node in Babel AST // ```ts // class Foo { // bar(); // ^^^ TSEmptyBodyFunctionExpression // } // ``` "TSEmptyBodyFunctionExpression", // There is no similar node in Babel AST, `a?.b` "ChainExpression" ]); function canAttachComment(node) { return !nodeTypesCanNotAttachComment.has(node.type); } function getCommentChildNodes(node, options2) { var _a; if ((options2.parser === "typescript" || options2.parser === "flow" || options2.parser === "hermes" || options2.parser === "acorn" || options2.parser === "oxc" || options2.parser === "oxc-ts" || options2.parser === "espree" || options2.parser === "meriyah" || options2.parser === "__babel_estree") && node.type === "MethodDefinition" && ((_a = node.value) == null ? void 0 : _a.type) === "FunctionExpression" && getFunctionParameters(node.value).length === 0 && !node.value.returnType && !is_non_empty_array_default(node.value.typeParameters) && node.value.body) { return [...node.decorators || [], node.key, node.value.body]; } } function willPrintOwnComments(path) { const { node, parent } = path; return (isJsxElement(node) || parent && (parent.type === "JSXSpreadAttribute" || parent.type === "JSXSpreadChild" || isUnionType(parent) || (parent.type === "ClassDeclaration" || parent.type === "ClassExpression") && parent.superClass === node)) && (!hasNodeIgnoreComment(node) || isUnionType(parent)); } function isGap(text, { parser }) { if (parser === "flow" || parser === "hermes" || parser === "babel-flow") { text = string_replace_all_default( /* isOptionalObject */ false, text, /[\s(]/gu, "" ); return text === "" || text === "/*" || text === "/*::"; } } // src/common/end-of-line.js function convertEndOfLineToChars(value) { switch (value) { case "cr": return "\r"; case "crlf": return "\r\n"; default: return "\n"; } } // src/document/printer.js var MODE_BREAK = Symbol("MODE_BREAK"); var MODE_FLAT = Symbol("MODE_FLAT"); var CURSOR_PLACEHOLDER = Symbol("cursor"); var DOC_FILL_PRINTED_LENGTH = Symbol("DOC_FILL_PRINTED_LENGTH"); function rootIndent() { return { value: "", length: 0, queue: [] }; } function makeIndent(ind, options2) { return generateInd(ind, { type: "indent" }, options2); } function makeAlign(indent2, widthOrDoc, options2) { if (widthOrDoc === Number.NEGATIVE_INFINITY) { return indent2.root || rootIndent(); } if (widthOrDoc < 0) { return generateInd(indent2, { type: "dedent" }, options2); } if (!widthOrDoc) { return indent2; } if (widthOrDoc.type === "root") { return { ...indent2, root: indent2 }; } const alignType = typeof widthOrDoc === "string" ? "stringAlign" : "numberAlign"; return generateInd(indent2, { type: alignType, n: widthOrDoc }, options2); } function generateInd(ind, newPart, options2) { const queue = newPart.type === "dedent" ? ind.queue.slice(0, -1) : [...ind.queue, newPart]; let value = ""; let length = 0; let lastTabs = 0; let lastSpaces = 0; for (const part of queue) { switch (part.type) { case "indent": flush(); if (options2.useTabs) { addTabs(1); } else { addSpaces(options2.tabWidth); } break; case "stringAlign": flush(); value += part.n; length += part.n.length; break; case "numberAlign": lastTabs += 1; lastSpaces += part.n; break; default: throw new Error(`Unexpected type '${part.type}'`); } } flushSpaces(); return { ...ind, value, length, queue }; function addTabs(count) { value += " ".repeat(count); length += options2.tabWidth * count; } function addSpaces(count) { value += " ".repeat(count); length += count; } function flush() { if (options2.useTabs) { flushTabs(); } else { flushSpaces(); } } function flushTabs() { if (lastTabs > 0) { addTabs(lastTabs); } resetLast(); } function flushSpaces() { if (lastSpaces > 0) { addSpaces(lastSpaces); } resetLast(); } function resetLast() { lastTabs = 0; lastSpaces = 0; } } function trim(out) { let trimCount = 0; let cursorCount = 0; let outIndex = out.length; outer: while (outIndex--) { const last = out[outIndex]; if (last === CURSOR_PLACEHOLDER) { cursorCount++; continue; } if (false) { throw new Error(`Unexpected value in trim: '${typeof last}'`); } for (let charIndex = last.length - 1; charIndex >= 0; charIndex--) { const char = last[charIndex]; if (char === " " || char === " ") { trimCount++; } else { out[outIndex] = last.slice(0, charIndex + 1); break outer; } } } if (trimCount > 0 || cursorCount > 0) { out.length = outIndex + 1; while (cursorCount-- > 0) { out.push(CURSOR_PLACEHOLDER); } } return trimCount; } function fits(next, restCommands, width, hasLineSuffix, groupModeMap, mustBeFlat) { if (width === Number.POSITIVE_INFINITY) { return true; } let restIdx = restCommands.length; const cmds = [next]; const out = []; while (width >= 0) { if (cmds.length === 0) { if (restIdx === 0) { return true; } cmds.push(restCommands[--restIdx]); continue; } const { mode, doc } = cmds.pop(); const docType = get_doc_type_default(doc); switch (docType) { case DOC_TYPE_STRING: out.push(doc); width -= get_string_width_default(doc); break; case DOC_TYPE_ARRAY: case DOC_TYPE_FILL: { const parts = docType === DOC_TYPE_ARRAY ? doc : doc.parts; const end = doc[DOC_FILL_PRINTED_LENGTH] ?? 0; for (let i = parts.length - 1; i >= end; i--) { cmds.push({ mode, doc: parts[i] }); } break; } case DOC_TYPE_INDENT: case DOC_TYPE_ALIGN: case DOC_TYPE_INDENT_IF_BREAK: case DOC_TYPE_LABEL: cmds.push({ mode, doc: doc.contents }); break; case DOC_TYPE_TRIM: width += trim(out); break; case DOC_TYPE_GROUP: { if (mustBeFlat && doc.break) { return false; } const groupMode = doc.break ? MODE_BREAK : mode; const contents = doc.expandedStates && groupMode === MODE_BREAK ? at_default( /* isOptionalObject */ false, doc.expandedStates, -1 ) : doc.contents; cmds.push({ mode: groupMode, doc: contents }); break; } case DOC_TYPE_IF_BREAK: { const groupMode = doc.groupId ? groupModeMap[doc.groupId] || MODE_FLAT : mode; const contents = groupMode === MODE_BREAK ? doc.breakContents : doc.flatContents; if (contents) { cmds.push({ mode, doc: contents }); } break; } case DOC_TYPE_LINE: if (mode === MODE_BREAK || doc.hard) { return true; } if (!doc.soft) { out.push(" "); width--; } break; case DOC_TYPE_LINE_SUFFIX: hasLineSuffix = true; break; case DOC_TYPE_LINE_SUFFIX_BOUNDARY: if (hasLineSuffix) { return false; } break; } } return false; } function printDocToString(doc, options2) { const groupModeMap = {}; const width = options2.printWidth; const newLine = convertEndOfLineToChars(options2.endOfLine); let pos = 0; const cmds = [{ ind: rootIndent(), mode: MODE_BREAK, doc }]; const out = []; let shouldRemeasure = false; const lineSuffix2 = []; let printedCursorCount = 0; propagateBreaks(doc); while (cmds.length > 0) { const { ind, mode, doc: doc2 } = cmds.pop(); switch (get_doc_type_default(doc2)) { case DOC_TYPE_STRING: { const formatted = newLine !== "\n" ? string_replace_all_default( /* isOptionalObject */ false, doc2, "\n", newLine ) : doc2; out.push(formatted); if (cmds.length > 0) { pos += get_string_width_default(formatted); } break; } case DOC_TYPE_ARRAY: for (let i = doc2.length - 1; i >= 0; i--) { cmds.push({ ind, mode, doc: doc2[i] }); } break; case DOC_TYPE_CURSOR: if (printedCursorCount >= 2) { throw new Error("There are too many 'cursor' in doc."); } out.push(CURSOR_PLACEHOLDER); printedCursorCount++; break; case DOC_TYPE_INDENT: cmds.push({ ind: makeIndent(ind, options2), mode, doc: doc2.contents }); break; case DOC_TYPE_ALIGN: cmds.push({ ind: makeAlign(ind, doc2.n, options2), mode, doc: doc2.contents }); break; case DOC_TYPE_TRIM: pos -= trim(out); break; case DOC_TYPE_GROUP: switch (mode) { case MODE_FLAT: if (!shouldRemeasure) { cmds.push({ ind, mode: doc2.break ? MODE_BREAK : MODE_FLAT, doc: doc2.contents }); break; } // fallthrough case MODE_BREAK: { shouldRemeasure = false; const next = { ind, mode: MODE_FLAT, doc: doc2.contents }; const rem = width - pos; const hasLineSuffix = lineSuffix2.length > 0; if (!doc2.break && fits(next, cmds, rem, hasLineSuffix, groupModeMap)) { cmds.push(next); } else { if (doc2.expandedStates) { const mostExpanded = at_default( /* isOptionalObject */ false, doc2.expandedStates, -1 ); if (doc2.break) { cmds.push({ ind, mode: MODE_BREAK, doc: mostExpanded }); break; } else { for (let i = 1; i < doc2.expandedStates.length + 1; i++) { if (i >= doc2.expandedStates.length) { cmds.push({ ind, mode: MODE_BREAK, doc: mostExpanded }); break; } else { const state = doc2.expandedStates[i]; const cmd = { ind, mode: MODE_FLAT, doc: state }; if (fits(cmd, cmds, rem, hasLineSuffix, groupModeMap)) { cmds.push(cmd); break; } } } } } else { cmds.push({ ind, mode: MODE_BREAK, doc: doc2.contents }); } } break; } } if (doc2.id) { groupModeMap[doc2.id] = at_default( /* isOptionalObject */ false, cmds, -1 ).mode; } break; // Fills each line with as much code as possible before moving to a new // line with the same indentation. // // Expects doc.parts to be an array of alternating content and // whitespace. The whitespace contains the linebreaks. // // For example: // ["I", line, "love", line, "monkeys"] // or // [{ type: group, ... }, softline, { type: group, ... }] // // It uses this parts structure to handle three main layout cases: // * The first two content items fit on the same line without // breaking // -> output the first content item and the whitespace "flat". // * Only the first content item fits on the line without breaking // -> output the first content item "flat" and the whitespace with // "break". // * Neither content item fits on the line without breaking // -> output the first content item and the whitespace with "break". case DOC_TYPE_FILL: { const rem = width - pos; const offset = doc2[DOC_FILL_PRINTED_LENGTH] ?? 0; const { parts } = doc2; const length = parts.length - offset; if (length === 0) { break; } const content = parts[offset + 0]; const whitespace = parts[offset + 1]; const contentFlatCmd = { ind, mode: MODE_FLAT, doc: content }; const contentBreakCmd = { ind, mode: MODE_BREAK, doc: content }; const contentFits = fits( contentFlatCmd, [], rem, lineSuffix2.length > 0, groupModeMap, true ); if (length === 1) { if (contentFits) { cmds.push(contentFlatCmd); } else { cmds.push(contentBreakCmd); } break; } const whitespaceFlatCmd = { ind, mode: MODE_FLAT, doc: whitespace }; const whitespaceBreakCmd = { ind, mode: MODE_BREAK, doc: whitespace }; if (length === 2) { if (contentFits) { cmds.push(whitespaceFlatCmd, contentFlatCmd); } else { cmds.push(whitespaceBreakCmd, contentBreakCmd); } break; } const secondContent = parts[offset + 2]; const remainingCmd = { ind, mode, doc: { ...doc2, [DOC_FILL_PRINTED_LENGTH]: offset + 2 } }; const firstAndSecondContentFlatCmd = { ind, mode: MODE_FLAT, doc: [content, whitespace, secondContent] }; const firstAndSecondContentFits = fits( firstAndSecondContentFlatCmd, [], rem, lineSuffix2.length > 0, groupModeMap, true ); if (firstAndSecondContentFits) { cmds.push(remainingCmd, whitespaceFlatCmd, contentFlatCmd); } else if (contentFits) { cmds.push(remainingCmd, whitespaceBreakCmd, contentFlatCmd); } else { cmds.push(remainingCmd, whitespaceBreakCmd, contentBreakCmd); } break; } case DOC_TYPE_IF_BREAK: case DOC_TYPE_INDENT_IF_BREAK: { const groupMode = doc2.groupId ? groupModeMap[doc2.groupId] : mode; if (groupMode === MODE_BREAK) { const breakContents = doc2.type === DOC_TYPE_IF_BREAK ? doc2.breakContents : doc2.negate ? doc2.contents : indent(doc2.contents); if (breakContents) { cmds.push({ ind, mode, doc: breakContents }); } } if (groupMode === MODE_FLAT) { const flatContents = doc2.type === DOC_TYPE_IF_BREAK ? doc2.flatContents : doc2.negate ? indent(doc2.contents) : doc2.contents; if (flatContents) { cmds.push({ ind, mode, doc: flatContents }); } } break; } case DOC_TYPE_LINE_SUFFIX: lineSuffix2.push({ ind, mode, doc: doc2.contents }); break; case DOC_TYPE_LINE_SUFFIX_BOUNDARY: if (lineSuffix2.length > 0) { cmds.push({ ind, mode, doc: hardlineWithoutBreakParent }); } break; case DOC_TYPE_LINE: switch (mode) { case MODE_FLAT: if (!doc2.hard) { if (!doc2.soft) { out.push(" "); pos += 1; } break; } else { shouldRemeasure = true; } // fallthrough case MODE_BREAK: if (lineSuffix2.length > 0) { cmds.push({ ind, mode, doc: doc2 }, ...lineSuffix2.reverse()); lineSuffix2.length = 0; break; } if (doc2.literal) { if (ind.root) { out.push(newLine, ind.root.value); pos = ind.root.length; } else { out.push(newLine); pos = 0; } } else { pos -= trim(out); out.push(newLine + ind.value); pos = ind.length; } break; } break; case DOC_TYPE_LABEL: cmds.push({ ind, mode, doc: doc2.contents }); break; case DOC_TYPE_BREAK_PARENT: break; default: throw new invalid_doc_error_default(doc2); } if (cmds.length === 0 && lineSuffix2.length > 0) { cmds.push(...lineSuffix2.reverse()); lineSuffix2.length = 0; } } const cursorPlaceholderIndex = out.indexOf(CURSOR_PLACEHOLDER); if (cursorPlaceholderIndex !== -1) { const otherCursorPlaceholderIndex = out.indexOf( CURSOR_PLACEHOLDER, cursorPlaceholderIndex + 1 ); if (otherCursorPlaceholderIndex === -1) { return { formatted: out.filter((char) => char !== CURSOR_PLACEHOLDER).join("") }; } const beforeCursor = out.slice(0, cursorPlaceholderIndex).join(""); const aroundCursor = out.slice(cursorPlaceholderIndex + 1, otherCursorPlaceholderIndex).join(""); const afterCursor = out.slice(otherCursorPlaceholderIndex + 1).join(""); return { formatted: beforeCursor + aroundCursor + afterCursor, cursorNodeStart: beforeCursor.length, cursorNodeText: aroundCursor }; } return { formatted: out.join("") }; } // src/utils/get-alignment-size.js function getAlignmentSize(text, tabWidth, startIndex = 0) { let size = 0; for (let i = startIndex; i < text.length; ++i) { if (text[i] === " ") { size = size + tabWidth - size % tabWidth; } else { size++; } } return size; } var get_alignment_size_default = getAlignmentSize; // src/utils/get-indent-size.js function getIndentSize(value, tabWidth) { const lastNewlineIndex = value.lastIndexOf("\n"); if (lastNewlineIndex === -1) { return 0; } return get_alignment_size_default( // All the leading whitespaces value.slice(lastNewlineIndex + 1).match(/^[\t ]*/u)[0], tabWidth ); } var get_indent_size_default = getIndentSize; // src/language-js/print/template-literal.js function printTemplateLiteral(path, options2, print3) { const { node } = path; const isTemplateLiteral = node.type === "TemplateLiteral"; if (isTemplateLiteral && isJestEachTemplateLiteral(path)) { const printed = printJestEachTemplateLiteral(path, options2, print3); if (printed) { return printed; } } let expressionsKey = "expressions"; if (node.type === "TSTemplateLiteralType") { expressionsKey = "types"; } const parts = []; const expressionDocs = path.map(print3, expressionsKey); parts.push(lineSuffixBoundary, "`"); let previousQuasiIndentSize = 0; path.each(({ index, node: quasi }) => { parts.push(print3()); if (quasi.tail) { return; } const { tabWidth } = options2; const text = quasi.value.raw; const indentSize = text.includes("\n") ? get_indent_size_default(text, tabWidth) : previousQuasiIndentSize; previousQuasiIndentSize = indentSize; let expressionDoc = expressionDocs[index]; const expression = node[expressionsKey][index]; let interpolationHasNewline = has_newline_in_range_default( options2.originalText, locEnd(quasi), locStart(node.quasis[index + 1]) ); if (!interpolationHasNewline) { const renderedExpression = printDocToString(expressionDoc, { ...options2, printWidth: Number.POSITIVE_INFINITY }).formatted; if (renderedExpression.includes("\n")) { interpolationHasNewline = true; } else { expressionDoc = renderedExpression; } } if (interpolationHasNewline && (hasComment(expression) || expression.type === "Identifier" || isMemberExpression(expression) || expression.type === "ConditionalExpression" || expression.type === "SequenceExpression" || isBinaryCastExpression(expression) || isBinaryish(expression))) { expressionDoc = [indent([softline, expressionDoc]), softline]; } const aligned = indentSize === 0 && text.endsWith("\n") ? align(Number.NEGATIVE_INFINITY, expressionDoc) : addAlignmentToDoc(expressionDoc, indentSize, tabWidth); parts.push(group(["${", aligned, lineSuffixBoundary, "}"])); }, "quasis"); parts.push("`"); return parts; } function printTaggedTemplateLiteral(path, options2, print3) { const quasiDoc = print3("quasi"); const { node } = path; let space = ""; const quasiLeadingComment = getComments( node.quasi, CommentCheckFlags.Leading )[0]; if (quasiLeadingComment) { if (has_newline_in_range_default( options2.originalText, locEnd(node.typeArguments ?? node.typeParameters ?? node.tag), locStart(quasiLeadingComment) )) { space = softline; } else { space = " "; } } return label(quasiDoc.label && { tagged: true, ...quasiDoc.label }, [ print3("tag"), print3(node.typeArguments ? "typeArguments" : "typeParameters"), space, lineSuffixBoundary, quasiDoc ]); } function printJestEachTemplateLiteral(path, options2, print3) { const { node } = path; const headerNames = node.quasis[0].value.raw.trim().split(/\s*\|\s*/u); if (headerNames.length > 1 || headerNames.some((headerName) => headerName.length > 0)) { options2.__inJestEach = true; const expressions = path.map(print3, "expressions"); options2.__inJestEach = false; const parts = []; const stringifiedExpressions = expressions.map( (doc) => "${" + printDocToString(doc, { ...options2, printWidth: Number.POSITIVE_INFINITY, endOfLine: "lf" }).formatted + "}" ); const tableBody = [{ hasLineBreak: false, cells: [] }]; for (let i = 1; i < node.quasis.length; i++) { const row = at_default( /* isOptionalObject */ false, tableBody, -1 ); const correspondingExpression = stringifiedExpressions[i - 1]; row.cells.push(correspondingExpression); if (correspondingExpression.includes("\n")) { row.hasLineBreak = true; } if (node.quasis[i].value.raw.includes("\n")) { tableBody.push({ hasLineBreak: false, cells: [] }); } } const maxColumnCount = Math.max( headerNames.length, ...tableBody.map((row) => row.cells.length) ); const maxColumnWidths = Array.from({ length: maxColumnCount }).fill(0); const table = [ { cells: headerNames }, ...tableBody.filter((row) => row.cells.length > 0) ]; for (const { cells } of table.filter((row) => !row.hasLineBreak)) { for (const [index, cell] of cells.entries()) { maxColumnWidths[index] = Math.max( maxColumnWidths[index], get_string_width_default(cell) ); } } parts.push( lineSuffixBoundary, "`", indent([ hardline, join( hardline, table.map( (row) => join( " | ", row.cells.map( (cell, index) => row.hasLineBreak ? cell : cell + " ".repeat(maxColumnWidths[index] - get_string_width_default(cell)) ) ) ) ) ]), hardline, "`" ); return parts; } } function printTemplateExpression(path, print3) { const { node } = path; let printed = print3(); if (hasComment(node)) { printed = group([indent([softline, printed]), softline]); } return ["${", printed, lineSuffixBoundary, "}"]; } function printTemplateExpressions(path, print3) { return path.map( (path2) => printTemplateExpression(path2, print3), "expressions" ); } function escapeTemplateCharacters(doc, raw) { return mapDoc(doc, (currentDoc) => { if (typeof currentDoc === "string") { return raw ? string_replace_all_default( /* isOptionalObject */ false, currentDoc, /(\\*)`/gu, "$1$1\\`" ) : uncookTemplateElementValue(currentDoc); } return currentDoc; }); } function uncookTemplateElementValue(cookedValue) { return string_replace_all_default( /* isOptionalObject */ false, cookedValue, /([\\`]|\$\{)/gu, String.raw`\$1` ); } function isJestEachTemplateLiteral({ node, parent }) { const jestEachTriggerRegex = /^[fx]?(?:describe|it|test)$/u; return parent.type === "TaggedTemplateExpression" && parent.quasi === node && parent.tag.type === "MemberExpression" && parent.tag.property.type === "Identifier" && parent.tag.property.name === "each" && (parent.tag.object.type === "Identifier" && jestEachTriggerRegex.test(parent.tag.object.name) || parent.tag.object.type === "MemberExpression" && parent.tag.object.property.type === "Identifier" && (parent.tag.object.property.name === "only" || parent.tag.object.property.name === "skip") && parent.tag.object.object.type === "Identifier" && jestEachTriggerRegex.test(parent.tag.object.object.name)); } // src/language-js/embed/utils.js var angularComponentObjectExpressionPredicates = [ (node, name) => node.type === "ObjectExpression" && name === "properties", (node, name) => node.type === "CallExpression" && node.callee.type === "Identifier" && node.callee.name === "Component" && name === "arguments", (node, name) => node.type === "Decorator" && name === "expression" ]; function isAngularComponentStyles(path) { const isTemplateLiteral = (node) => node.type === "TemplateLiteral"; const isObjectPropertyNamedStyles = (node, key) => isObjectProperty(node) && !node.computed && node.key.type === "Identifier" && node.key.name === "styles" && key === "value"; return path.match( isTemplateLiteral, (node, name) => isArrayExpression(node) && name === "elements", isObjectPropertyNamedStyles, ...angularComponentObjectExpressionPredicates ) || path.match( isTemplateLiteral, isObjectPropertyNamedStyles, ...angularComponentObjectExpressionPredicates ); } function isAngularComponentTemplate(path) { return path.match( (node) => node.type === "TemplateLiteral", (node, name) => isObjectProperty(node) && !node.computed && node.key.type === "Identifier" && node.key.name === "template" && name === "value", ...angularComponentObjectExpressionPredicates ); } function hasLeadingBlockCommentWithName(node, languageName) { return hasComment( node, CommentCheckFlags.Block | CommentCheckFlags.Leading, ({ value }) => value === ` ${languageName} ` ); } function hasLanguageComment({ node, parent }, languageName) { return hasLeadingBlockCommentWithName(node, languageName) || isAsConstExpression(parent) && hasLeadingBlockCommentWithName(parent, languageName) || parent.type === "ExpressionStatement" && hasLeadingBlockCommentWithName(parent, languageName); } function isAsConstExpression(node) { return node.type === "AsConstExpression" || node.type === "TSAsExpression" && node.typeAnnotation.type === "TSTypeReference" && node.typeAnnotation.typeName.type === "Identifier" && node.typeAnnotation.typeName.name === "const"; } // src/language-js/embed/css.js async function printEmbedCss(textToDoc, print3, path) { const { node } = path; const rawQuasis = node.quasis.map((q) => q.value.raw); let placeholderID = 0; const text = rawQuasis.reduce( (prevVal, currVal, idx) => idx === 0 ? currVal : prevVal + "@prettier-placeholder-" + placeholderID++ + "-id" + currVal, "" ); const quasisDoc = await textToDoc(text, { parser: "scss" }); const expressionDocs = printTemplateExpressions(path, print3); const newDoc = replacePlaceholders(quasisDoc, expressionDocs); if (!newDoc) { throw new Error("Couldn't insert all the expressions"); } return ["`", indent([hardline, newDoc]), softline, "`"]; } function replacePlaceholders(quasisDoc, expressionDocs) { if (!is_non_empty_array_default(expressionDocs)) { return quasisDoc; } let replaceCounter = 0; const newDoc = mapDoc(cleanDoc(quasisDoc), (doc) => { if (typeof doc !== "string" || !doc.includes("@prettier-placeholder")) { return doc; } return doc.split(/@prettier-placeholder-(\d+)-id/u).map((component, idx) => { if (idx % 2 === 0) { return replaceEndOfLine(component); } replaceCounter++; return expressionDocs[component]; }); }); return expressionDocs.length === replaceCounter ? newDoc : null; } function isStyledJsx({ node, parent, grandparent }) { return grandparent && node.quasis && parent.type === "JSXExpressionContainer" && grandparent.type === "JSXElement" && grandparent.openingElement.name.name === "style" && grandparent.openingElement.attributes.some( (attribute) => attribute.type === "JSXAttribute" && attribute.name.name === "jsx" ) || (parent == null ? void 0 : parent.type) === "TaggedTemplateExpression" && parent.tag.type === "Identifier" && parent.tag.name === "css" || (parent == null ? void 0 : parent.type) === "TaggedTemplateExpression" && parent.tag.type === "MemberExpression" && parent.tag.object.name === "css" && (parent.tag.property.name === "global" || parent.tag.property.name === "resolve"); } function isStyledIdentifier(node) { return node.type === "Identifier" && node.name === "styled"; } function isStyledExtend(node) { return /^[A-Z]/u.test(node.object.name) && node.property.name === "extend"; } function isStyledComponents({ parent }) { if (!parent || parent.type !== "TaggedTemplateExpression") { return false; } const tag = parent.tag.type === "ParenthesizedExpression" ? parent.tag.expression : parent.tag; switch (tag.type) { case "MemberExpression": return ( // styled.foo`` isStyledIdentifier(tag.object) || // Component.extend`` isStyledExtend(tag) ); case "CallExpression": return ( // styled(Component)`` isStyledIdentifier(tag.callee) || tag.callee.type === "MemberExpression" && (tag.callee.object.type === "MemberExpression" && // styled.foo.attrs({})`` (isStyledIdentifier(tag.callee.object.object) || // Component.extend.attrs({})`` isStyledExtend(tag.callee.object)) || // styled(Component).attrs({})`` tag.callee.object.type === "CallExpression" && isStyledIdentifier(tag.callee.object.callee)) ); case "Identifier": return tag.name === "css"; default: return false; } } function isCssProp({ parent, grandparent }) { return (grandparent == null ? void 0 : grandparent.type) === "JSXAttribute" && parent.type === "JSXExpressionContainer" && grandparent.name.type === "JSXIdentifier" && grandparent.name.name === "css"; } function printCss(path) { if (isStyledJsx(path) || isStyledComponents(path) || isCssProp(path) || isAngularComponentStyles(path)) { return printEmbedCss; } } var css_default = printCss; // src/language-js/embed/graphql.js async function printEmbedGraphQL(textToDoc, print3, path) { const { node } = path; const numQuasis = node.quasis.length; const expressionDocs = printTemplateExpressions(path, print3); const parts = []; for (let i = 0; i < numQuasis; i++) { const templateElement = node.quasis[i]; const isFirst = i === 0; const isLast = i === numQuasis - 1; const text = templateElement.value.cooked; const lines = text.split("\n"); const numLines = lines.length; const expressionDoc = expressionDocs[i]; const startsWithBlankLine = numLines > 2 && lines[0].trim() === "" && lines[1].trim() === ""; const endsWithBlankLine = numLines > 2 && lines[numLines - 1].trim() === "" && lines[numLines - 2].trim() === ""; const commentsAndWhitespaceOnly = lines.every( (line2) => /^\s*(?:#[^\n\r]*)?$/u.test(line2) ); if (!isLast && /#[^\n\r]*$/u.test(lines[numLines - 1])) { return null; } let doc = null; if (commentsAndWhitespaceOnly) { doc = printGraphqlComments(lines); } else { doc = await textToDoc(text, { parser: "graphql" }); } if (doc) { doc = escapeTemplateCharacters(doc, false); if (!isFirst && startsWithBlankLine) { parts.push(""); } parts.push(doc); if (!isLast && endsWithBlankLine) { parts.push(""); } } else if (!isFirst && !isLast && startsWithBlankLine) { parts.push(""); } if (expressionDoc) { parts.push(expressionDoc); } } return ["`", indent([hardline, join(hardline, parts)]), hardline, "`"]; } function printGraphqlComments(lines) { const parts = []; let seenComment = false; const array = lines.map((textLine) => textLine.trim()); for (const [i, textLine] of array.entries()) { if (textLine === "") { continue; } if (array[i - 1] === "" && seenComment) { parts.push([hardline, textLine]); } else { parts.push(textLine); } seenComment = true; } return parts.length === 0 ? null : join(hardline, parts); } function isGraphQL({ node, parent }) { return hasLanguageComment({ node, parent }, "GraphQL") || parent && (parent.type === "TaggedTemplateExpression" && (parent.tag.type === "MemberExpression" && parent.tag.object.name === "graphql" && parent.tag.property.name === "experimental" || parent.tag.type === "Identifier" && (parent.tag.name === "gql" || parent.tag.name === "graphql")) || parent.type === "CallExpression" && parent.callee.type === "Identifier" && parent.callee.name === "graphql"); } function printGraphql(path) { if (isGraphQL(path)) { return printEmbedGraphQL; } } var graphql_default = printGraphql; // src/language-js/embed/html.js var htmlTemplateLiteralCounter = 0; async function printEmbedHtmlLike(parser, textToDoc, print3, path, options2) { const { node } = path; const counter = htmlTemplateLiteralCounter; htmlTemplateLiteralCounter = htmlTemplateLiteralCounter + 1 >>> 0; const composePlaceholder = (index) => `PRETTIER_HTML_PLACEHOLDER_${index}_${counter}_IN_JS`; const text = node.quasis.map( (quasi, index, quasis) => index === quasis.length - 1 ? quasi.value.cooked : quasi.value.cooked + composePlaceholder(index) ).join(""); const expressionDocs = printTemplateExpressions(path, print3); const placeholderRegex = new RegExp( composePlaceholder(String.raw`(\d+)`), "gu" ); let topLevelCount = 0; const doc = await textToDoc(text, { parser, __onHtmlRoot(root) { topLevelCount = root.children.length; } }); const contentDoc = mapDoc(doc, (doc2) => { if (typeof doc2 !== "string") { return doc2; } const parts = []; const components = doc2.split(placeholderRegex); for (let i = 0; i < components.length; i++) { let component = components[i]; if (i % 2 === 0) { if (component) { component = uncookTemplateElementValue(component); if (options2.__embeddedInHtml) { component = string_replace_all_default( /* isOptionalObject */ false, component, /<\/(?=script\b)/giu, String.raw`<\/` ); } parts.push(component); } continue; } const placeholderIndex = Number(component); parts.push(expressionDocs[placeholderIndex]); } return parts; }); const leadingWhitespace = /^\s/u.test(text) ? " " : ""; const trailingWhitespace = /\s$/u.test(text) ? " " : ""; const linebreak = options2.htmlWhitespaceSensitivity === "ignore" ? hardline : leadingWhitespace && trailingWhitespace ? line : null; if (linebreak) { return group(["`", indent([linebreak, group(contentDoc)]), linebreak, "`"]); } return label( { hug: false }, group([ "`", leadingWhitespace, topLevelCount > 1 ? indent(group(contentDoc)) : group(contentDoc), trailingWhitespace, "`" ]) ); } function isHtml(path) { return hasLanguageComment(path, "HTML") || path.match( (node) => node.type === "TemplateLiteral", (node, name) => node.type === "TaggedTemplateExpression" && node.tag.type === "Identifier" && node.tag.name === "html" && name === "quasi" ); } var printEmbedHtml = printEmbedHtmlLike.bind(void 0, "html"); var printEmbedAngular = printEmbedHtmlLike.bind(void 0, "angular"); function printHtml(path) { if (isHtml(path)) { return printEmbedHtml; } if (isAngularComponentTemplate(path)) { return printEmbedAngular; } } var html_default = printHtml; // src/language-js/embed/markdown.js async function printEmbedMarkdown(textToDoc, print3, path) { const { node } = path; let text = string_replace_all_default( /* isOptionalObject */ false, node.quasis[0].value.raw, /((?:\\\\)*)\\`/gu, (_, backslashes) => "\\".repeat(backslashes.length / 2) + "`" ); const indentation = getIndentation(text); const hasIndent = indentation !== ""; if (hasIndent) { text = string_replace_all_default( /* isOptionalObject */ false, text, new RegExp(`^${indentation}`, "gmu"), "" ); } const doc = escapeTemplateCharacters( await textToDoc(text, { parser: "markdown", __inJsTemplate: true }), true ); return [ "`", hasIndent ? indent([softline, doc]) : [literalline, dedentToRoot(doc)], softline, "`" ]; } function getIndentation(str) { const firstMatchedIndent = str.match(/^([^\S\n]*)\S/mu); return firstMatchedIndent === null ? "" : firstMatchedIndent[1]; } function printMarkdown(path) { if (isMarkdown(path)) { return printEmbedMarkdown; } } function isMarkdown({ node, parent }) { return (parent == null ? void 0 : parent.type) === "TaggedTemplateExpression" && node.quasis.length === 1 && parent.tag.type === "Identifier" && (parent.tag.name === "md" || parent.tag.name === "markdown"); } var markdown_default = printMarkdown; // src/language-js/embed/index.js function embed(path) { const { node } = path; if (node.type !== "TemplateLiteral" || // Bail out if any of the quasis have an invalid escape sequence // (which would make the `cooked` value be `null`) hasInvalidCookedValue(node)) { return; } let embedder; for (const getEmbedder of [ css_default, graphql_default, html_default, markdown_default ]) { embedder = getEmbedder(path); if (!embedder) { continue; } if (node.quasis.length === 1 && node.quasis[0].value.raw.trim() === "") { return "``"; } return async (...args) => { const doc = await embedder(...args); return doc && label({ embed: true, ...doc.label }, doc); }; } } function hasInvalidCookedValue({ quasis }) { return quasis.some(({ value: { cooked } }) => cooked === null); } var embed_default = embed; // node_modules/jest-docblock/build/index.js var commentEndRe = /\*\/$/; var commentStartRe = /^\/\*\*?/; var docblockRe = /^\s*(\/\*\*?(.|\r?\n)*?\*\/)/; var lineCommentRe = /(^|\s+)\/\/([^\n\r]*)/g; var ltrimNewlineRe = /^(\r?\n)+/; var multilineRe = /(?:^|\r?\n) *(@[^\n\r]*?) *\r?\n *(?![^\n\r@]*\/\/[^]*)([^\s@][^\n\r@]+?) *\r?\n/g; var propertyRe = /(?:^|\r?\n) *@(\S+) *([^\n\r]*)/g; var stringStartRe = /(\r?\n|^) *\* ?/g; var STRING_ARRAY = []; function extract(contents) { const match = contents.match(docblockRe); return match ? match[0].trimStart() : ""; } function strip(contents) { const matchResult = contents.match(docblockRe); const match = matchResult == null ? void 0 : matchResult[0]; return match == null ? contents : contents.slice(match.length); } function parseWithComments(docblock) { const line2 = "\n"; docblock = string_replace_all_default( /* isOptionalObject */ false, docblock.replace(commentStartRe, "").replace(commentEndRe, ""), stringStartRe, "$1" ); let prev = ""; while (prev !== docblock) { prev = docblock; docblock = string_replace_all_default( /* isOptionalObject */ false, docblock, multilineRe, `${line2}$1 $2${line2}` ); } docblock = docblock.replace(ltrimNewlineRe, "").trimEnd(); const result = /* @__PURE__ */ Object.create(null); const comments = string_replace_all_default( /* isOptionalObject */ false, docblock, propertyRe, "" ).replace(ltrimNewlineRe, "").trimEnd(); let match; while (match = propertyRe.exec(docblock)) { const nextPragma = string_replace_all_default( /* isOptionalObject */ false, match[2], lineCommentRe, "" ); if (typeof result[match[1]] === "string" || Array.isArray(result[match[1]])) { const resultElement = result[match[1]]; result[match[1]] = [...STRING_ARRAY, ...Array.isArray(resultElement) ? resultElement : [resultElement], nextPragma]; } else { result[match[1]] = nextPragma; } } return { comments, pragmas: result }; } function print({ comments = "", pragmas = {} }) { const line2 = "\n"; const head = "/**"; const start = " *"; const tail = " */"; const keys = Object.keys(pragmas); const printedObject = keys.flatMap((key) => printKeyValues(key, pragmas[key])).map((keyValue) => `${start} ${keyValue}${line2}`).join(""); if (!comments) { if (keys.length === 0) { return ""; } if (keys.length === 1 && !Array.isArray(pragmas[keys[0]])) { const value = pragmas[keys[0]]; return `${head} ${printKeyValues(keys[0], value)[0]}${tail}`; } } const printedComments = comments.split(line2).map((textLine) => `${start} ${textLine}`).join(line2) + line2; return head + line2 + (comments ? printedComments : "") + (comments && keys.length > 0 ? start + line2 : "") + printedObject + tail; } function printKeyValues(key, valueOrArray) { return [...STRING_ARRAY, ...Array.isArray(valueOrArray) ? valueOrArray : [valueOrArray]].map((value) => `@${key} ${value}`.trim()); } // src/utils/pragma/pragma.evaluate.js var FORMAT_PRAGMA_TO_INSERT = "format"; // src/language-js/utils/get-shebang.js function getShebang(text) { if (!text.startsWith("#!")) { return ""; } const index = text.indexOf("\n"); if (index === -1) { return text; } return text.slice(0, index); } var get_shebang_default = getShebang; // src/language-js/pragma.js function parseDocBlock(text) { const shebang = get_shebang_default(text); if (shebang) { text = text.slice(shebang.length + 1); } const docBlock = extract(text); const { pragmas, comments } = parseWithComments(docBlock); return { shebang, text, pragmas, comments }; } function insertPragma(originalText) { const { shebang, text, pragmas, comments } = parseDocBlock(originalText); const strippedText = strip(text); let docBlock = print({ pragmas: { [FORMAT_PRAGMA_TO_INSERT]: "", ...pragmas }, comments: comments.trimStart() }); if (false) { docBlock = normalizeEndOfLine(docBlock); } return (shebang ? `${shebang} ` : "") + docBlock + (strippedText.startsWith("\n") ? "\n" : "\n\n") + strippedText; } // src/main/print-ignored.js function printIgnored(path, options2) { const { originalText, [Symbol.for("comments")]: comments, locStart: locStart2, locEnd: locEnd2, [Symbol.for("printedComments")]: printedComments } = options2; const { node } = path; const start = locStart2(node); const end = locEnd2(node); for (const comment of comments) { if (locStart2(comment) >= start && locEnd2(comment) <= end) { printedComments.add(comment); } } return originalText.slice(start, end); } var print_ignored_default = printIgnored; // src/language-js/needs-parens.js function needsParens(path, options2) { var _a, _b, _c, _d, _e, _f, _g, _h, _i; if (path.isRoot) { return false; } const { node, key, parent } = path; if (options2.__isInHtmlInterpolation && !options2.bracketSpacing && endsWithRightBracket(node) && isFollowedByRightBracket(path)) { return true; } if (isStatement(node)) { return false; } if (node.type === "Identifier") { if (((_a = node.extra) == null ? void 0 : _a.parenthesized) && /^PRETTIER_HTML_PLACEHOLDER_\d+_\d+_IN_JS$/u.test(node.name)) { return true; } if (key === "left" && (node.name === "async" && !parent.await || node.name === "let") && parent.type === "ForOfStatement") { return true; } if (node.name === "let") { const expression = (_b = path.findAncestor( (node2) => node2.type === "ForOfStatement" )) == null ? void 0 : _b.left; if (expression && startsWithNoLookaheadToken( expression, (leftmostNode) => leftmostNode === node )) { return true; } } if (key === "object" && node.name === "let" && parent.type === "MemberExpression" && parent.computed && !parent.optional) { const statement = path.findAncestor( (node2) => node2.type === "ExpressionStatement" || node2.type === "ForStatement" || node2.type === "ForInStatement" ); const expression = !statement ? void 0 : statement.type === "ExpressionStatement" ? statement.expression : statement.type === "ForStatement" ? statement.init : statement.left; if (expression && startsWithNoLookaheadToken( expression, (leftmostNode) => leftmostNode === node )) { return true; } } if (key === "expression") { switch (node.name) { case "await": case "interface": case "module": case "using": case "yield": case "let": case "component": case "hook": case "type": { const ancestorNeitherAsNorSatisfies = path.findAncestor( (node2) => !isBinaryCastExpression(node2) ); if (ancestorNeitherAsNorSatisfies !== parent && ancestorNeitherAsNorSatisfies.type === "ExpressionStatement") { return true; } } } } return false; } if (node.type === "ObjectExpression" || node.type === "FunctionExpression" || node.type === "ClassExpression" || node.type === "DoExpression") { const expression = (_c = path.findAncestor( (node2) => node2.type === "ExpressionStatement" )) == null ? void 0 : _c.expression; if (expression && startsWithNoLookaheadToken( expression, (leftmostNode) => leftmostNode === node )) { return true; } } if (node.type === "ObjectExpression") { const arrowFunctionBody = (_d = path.findAncestor( (node2) => node2.type === "ArrowFunctionExpression" )) == null ? void 0 : _d.body; if (arrowFunctionBody && arrowFunctionBody.type !== "SequenceExpression" && // these have parens added anyway arrowFunctionBody.type !== "AssignmentExpression" && startsWithNoLookaheadToken( arrowFunctionBody, (leftmostNode) => leftmostNode === node )) { return true; } } switch (parent.type) { case "ParenthesizedExpression": return false; case "ClassDeclaration": case "ClassExpression": if (key === "superClass" && (node.type === "ArrowFunctionExpression" || node.type === "AssignmentExpression" || node.type === "AwaitExpression" || node.type === "BinaryExpression" || node.type === "ConditionalExpression" || node.type === "LogicalExpression" || node.type === "NewExpression" || node.type === "ObjectExpression" || node.type === "SequenceExpression" || node.type === "TaggedTemplateExpression" || node.type === "UnaryExpression" || node.type === "UpdateExpression" || node.type === "YieldExpression" || node.type === "TSNonNullExpression" || node.type === "ClassExpression" && is_non_empty_array_default(node.decorators))) { return true; } break; case "ExportDefaultDeclaration": return ( // `export default function` or `export default class` can't be followed by // anything after. So an expression like `export default (function(){}).toString()` // needs to be followed by a parentheses shouldWrapFunctionForExportDefault(path, options2) || // `export default (foo, bar)` also needs parentheses node.type === "SequenceExpression" ); case "Decorator": if (key === "expression" && !canDecoratorExpressionUnparenthesized(node)) { return true; } break; case "TypeAnnotation": if (path.match( void 0, void 0, (node2, key2) => key2 === "returnType" && node2.type === "ArrowFunctionExpression" ) && includesFunctionTypeInObjectType(node)) { return true; } break; // A user typing `!foo instanceof Bar` probably intended // `!(foo instanceof Bar)`, so format to `(!foo) instance Bar` to what is // really happening case "BinaryExpression": if (key === "left" && (parent.operator === "in" || parent.operator === "instanceof") && node.type === "UnaryExpression") { return true; } break; case "VariableDeclarator": if (key === "init" && path.match( void 0, void 0, (node2, key2) => key2 === "declarations" && node2.type === "VariableDeclaration", (node2, key2) => key2 === "left" && node2.type === "ForInStatement" )) { return true; } break; } switch (node.type) { case "UpdateExpression": if (parent.type === "UnaryExpression") { return node.prefix && (node.operator === "++" && parent.operator === "+" || node.operator === "--" && parent.operator === "-"); } // else fallthrough case "UnaryExpression": switch (parent.type) { case "UnaryExpression": return node.operator === parent.operator && (node.operator === "+" || node.operator === "-"); case "BindExpression": return true; case "MemberExpression": case "OptionalMemberExpression": return key === "object"; case "TaggedTemplateExpression": return true; case "NewExpression": case "CallExpression": case "OptionalCallExpression": return key === "callee"; case "BinaryExpression": return key === "left" && parent.operator === "**"; case "TSNonNullExpression": return true; default: return false; } case "BinaryExpression": if (parent.type === "UpdateExpression") { return true; } if (node.operator === "in" && isPathInForStatementInitializer(path)) { return true; } if (node.operator === "|>" && ((_e = node.extra) == null ? void 0 : _e.parenthesized)) { const grandParent = path.grandparent; if (grandParent.type === "BinaryExpression" && grandParent.operator === "|>") { return true; } } // fallthrough case "TSTypeAssertion": case "TSAsExpression": case "TSSatisfiesExpression": case "AsExpression": case "AsConstExpression": case "SatisfiesExpression": case "LogicalExpression": switch (parent.type) { case "TSAsExpression": case "TSSatisfiesExpression": case "AsExpression": case "AsConstExpression": case "SatisfiesExpression": return !isBinaryCastExpression(node); case "ConditionalExpression": return isBinaryCastExpression(node) || isNullishCoalescing(node); case "CallExpression": case "NewExpression": case "OptionalCallExpression": return key === "callee"; case "ClassExpression": case "ClassDeclaration": return key === "superClass"; case "TSTypeAssertion": case "TaggedTemplateExpression": case "UnaryExpression": case "JSXSpreadAttribute": case "SpreadElement": case "BindExpression": case "AwaitExpression": case "TSNonNullExpression": case "UpdateExpression": return true; case "MemberExpression": case "OptionalMemberExpression": return key === "object"; case "AssignmentExpression": case "AssignmentPattern": return key === "left" && (node.type === "TSTypeAssertion" || isBinaryCastExpression(node)); case "LogicalExpression": if (node.type === "LogicalExpression") { return parent.operator !== node.operator; } // else fallthrough case "BinaryExpression": { const { operator, type } = node; if (!operator && type !== "TSTypeAssertion") { return true; } const precedence = getPrecedence(operator); const parentOperator = parent.operator; const parentPrecedence = getPrecedence(parentOperator); if (parentPrecedence > precedence) { return true; } if (key === "right" && parentPrecedence === precedence) { return true; } if (parentPrecedence === precedence && !shouldFlatten(parentOperator, operator)) { return true; } if (parentPrecedence < precedence && operator === "%") { return parentOperator === "+" || parentOperator === "-"; } if (isBitwiseOperator(parentOperator)) { return true; } return false; } default: return false; } case "SequenceExpression": if (parent.type === "ForStatement") { return false; } return true; case "YieldExpression": if (parent.type === "AwaitExpression" || parent.type === "TSTypeAssertion") { return true; } // else fallthrough case "AwaitExpression": switch (parent.type) { case "TaggedTemplateExpression": case "UnaryExpression": case "LogicalExpression": case "SpreadElement": case "TSAsExpression": case "TSSatisfiesExpression": case "TSNonNullExpression": case "AsExpression": case "AsConstExpression": case "SatisfiesExpression": case "BindExpression": return true; case "MemberExpression": case "OptionalMemberExpression": return key === "object"; case "NewExpression": case "CallExpression": case "OptionalCallExpression": return key === "callee"; case "ConditionalExpression": return key === "test"; case "BinaryExpression": if (!node.argument && parent.operator === "|>") { return false; } return true; default: return false; } case "TSFunctionType": if (path.match( (node2) => node2.type === "TSFunctionType", (node2, key2) => key2 === "typeAnnotation" && node2.type === "TSTypeAnnotation", (node2, key2) => key2 === "returnType" && node2.type === "ArrowFunctionExpression" )) { return true; } // fallthrough case "TSConditionalType": case "TSConstructorType": case "ConditionalTypeAnnotation": if (key === "extendsType" && isConditionalType(node) && parent.type === node.type) { return true; } if (key === "checkType" && isConditionalType(parent)) { return true; } if (key === "extendsType" && parent.type === "TSConditionalType") { let { typeAnnotation } = node.returnType || node.typeAnnotation; if (typeAnnotation.type === "TSTypePredicate" && typeAnnotation.typeAnnotation) { typeAnnotation = typeAnnotation.typeAnnotation.typeAnnotation; } if (typeAnnotation.type === "TSInferType" && typeAnnotation.typeParameter.constraint) { return true; } } // fallthrough case "TSUnionType": case "TSIntersectionType": if ((isUnionType(parent) || isIntersectionType(parent)) && parent.types.length > 1 && (!node.types || node.types.length > 1)) { return true; } // fallthrough case "TSInferType": if (node.type === "TSInferType") { if (parent.type === "TSRestType") { return false; } if (key === "types" && (parent.type === "TSUnionType" || parent.type === "TSIntersectionType") && node.typeParameter.type === "TSTypeParameter" && node.typeParameter.constraint) { return true; } } // fallthrough case "TSTypeOperator": return parent.type === "TSArrayType" || parent.type === "TSOptionalType" || parent.type === "TSRestType" || key === "objectType" && parent.type === "TSIndexedAccessType" || parent.type === "TSTypeOperator" || parent.type === "TSTypeAnnotation" && path.grandparent.type.startsWith("TSJSDoc"); case "TSTypeQuery": return key === "objectType" && parent.type === "TSIndexedAccessType" || key === "elementType" && parent.type === "TSArrayType"; // Same as `TSTypeOperator`, but for Flow syntax case "TypeOperator": return parent.type === "ArrayTypeAnnotation" || parent.type === "NullableTypeAnnotation" || key === "objectType" && (parent.type === "IndexedAccessType" || parent.type === "OptionalIndexedAccessType") || parent.type === "TypeOperator"; // Same as `TSTypeQuery`, but for Flow syntax case "TypeofTypeAnnotation": return key === "objectType" && (parent.type === "IndexedAccessType" || parent.type === "OptionalIndexedAccessType") || key === "elementType" && parent.type === "ArrayTypeAnnotation"; case "ArrayTypeAnnotation": return parent.type === "NullableTypeAnnotation"; case "IntersectionTypeAnnotation": case "UnionTypeAnnotation": return parent.type === "TypeOperator" || parent.type === "ArrayTypeAnnotation" || parent.type === "NullableTypeAnnotation" || parent.type === "IntersectionTypeAnnotation" || parent.type === "UnionTypeAnnotation" || key === "objectType" && (parent.type === "IndexedAccessType" || parent.type === "OptionalIndexedAccessType"); case "InferTypeAnnotation": case "NullableTypeAnnotation": return parent.type === "ArrayTypeAnnotation" || key === "objectType" && (parent.type === "IndexedAccessType" || parent.type === "OptionalIndexedAccessType"); case "ComponentTypeAnnotation": case "FunctionTypeAnnotation": { if (node.type === "ComponentTypeAnnotation" && (node.rendersType === null || node.rendersType === void 0)) { return false; } if (path.match( void 0, (node2, key2) => key2 === "typeAnnotation" && node2.type === "TypeAnnotation", (node2, key2) => key2 === "returnType" && node2.type === "ArrowFunctionExpression" )) { return true; } if (path.match( void 0, (node2, key2) => key2 === "typeAnnotation" && node2.type === "TypePredicate", (node2, key2) => key2 === "typeAnnotation" && node2.type === "TypeAnnotation", (node2, key2) => key2 === "returnType" && node2.type === "ArrowFunctionExpression" )) { return true; } const ancestor = parent.type === "NullableTypeAnnotation" ? path.grandparent : parent; return ancestor.type === "UnionTypeAnnotation" || ancestor.type === "IntersectionTypeAnnotation" || ancestor.type === "ArrayTypeAnnotation" || key === "objectType" && (ancestor.type === "IndexedAccessType" || ancestor.type === "OptionalIndexedAccessType") || key === "checkType" && parent.type === "ConditionalTypeAnnotation" || key === "extendsType" && parent.type === "ConditionalTypeAnnotation" && ((_f = node.returnType) == null ? void 0 : _f.type) === "InferTypeAnnotation" && ((_g = node.returnType) == null ? void 0 : _g.typeParameter.bound) || // We should check ancestor's parent to know whether the parentheses // are really needed, but since ??T doesn't make sense this check // will almost never be true. ancestor.type === "NullableTypeAnnotation" || // See #5283 parent.type === "FunctionTypeParam" && parent.name === null && getFunctionParameters(node).some( (param) => { var _a2; return ((_a2 = param.typeAnnotation) == null ? void 0 : _a2.type) === "NullableTypeAnnotation"; } ); } // fallthrough case "OptionalIndexedAccessType": return key === "objectType" && parent.type === "IndexedAccessType"; case "StringLiteral": case "NumericLiteral": case "Literal": if (typeof node.value === "string" && parent.type === "ExpressionStatement" && typeof parent.directive !== "string") { const grandParent = path.grandparent; return grandParent.type === "Program" || grandParent.type === "BlockStatement"; } return key === "object" && isMemberExpression(parent) && isNumericLiteral(node); case "AssignmentExpression": if ((key === "init" || key === "update") && parent.type === "ForStatement") { return false; } if (key === "expression" && node.left.type !== "ObjectPattern" && parent.type === "ExpressionStatement") { return false; } if (key === "key" && parent.type === "TSPropertySignature") { return false; } if (parent.type === "AssignmentExpression") { return false; } if (key === "expressions" && parent.type === "SequenceExpression" && path.match( void 0, void 0, (node2, name) => (name === "init" || name === "update") && node2.type === "ForStatement" )) { return false; } if (key === "value" && parent.type === "Property" && path.match( void 0, void 0, (node2, name) => name === "properties" && node2.type === "ObjectPattern" )) { return false; } if (parent.type === "NGChainedExpression") { return false; } if (key === "node" && parent.type === "JsExpressionRoot") { return false; } return true; case "ConditionalExpression": switch (parent.type) { case "TaggedTemplateExpression": case "UnaryExpression": case "SpreadElement": case "BinaryExpression": case "LogicalExpression": case "NGPipeExpression": case "ExportDefaultDeclaration": case "AwaitExpression": case "JSXSpreadAttribute": case "TSTypeAssertion": case "TypeCastExpression": case "TSAsExpression": case "TSSatisfiesExpression": case "AsExpression": case "AsConstExpression": case "SatisfiesExpression": case "TSNonNullExpression": return true; case "NewExpression": case "CallExpression": case "OptionalCallExpression": return key === "callee"; case "ConditionalExpression": if (!options2.experimentalTernaries) { return key === "test"; } return false; case "MemberExpression": case "OptionalMemberExpression": return key === "object"; default: return false; } case "FunctionExpression": switch (parent.type) { case "NewExpression": case "CallExpression": case "OptionalCallExpression": return key === "callee"; case "TaggedTemplateExpression": return true; // This is basically a kind of IIFE. default: return false; } case "ArrowFunctionExpression": switch (parent.type) { case "BinaryExpression": return parent.operator !== "|>" || ((_h = node.extra) == null ? void 0 : _h.parenthesized); case "NewExpression": case "CallExpression": case "OptionalCallExpression": return key === "callee"; case "MemberExpression": case "OptionalMemberExpression": return key === "object"; case "TSAsExpression": case "TSSatisfiesExpression": case "AsExpression": case "AsConstExpression": case "SatisfiesExpression": case "TSNonNullExpression": case "BindExpression": case "TaggedTemplateExpression": case "UnaryExpression": case "LogicalExpression": case "AwaitExpression": case "TSTypeAssertion": return true; case "ConditionalExpression": return key === "test"; default: return false; } case "ClassExpression": switch (parent.type) { case "NewExpression": return key === "callee"; default: return false; } case "OptionalMemberExpression": case "OptionalCallExpression": case "CallExpression": case "MemberExpression": if (shouldAddParenthesesToChainElement(path)) { return true; } // fallthrough case "TaggedTemplateExpression": case "TSNonNullExpression": if (key === "callee" && (parent.type === "BindExpression" || parent.type === "NewExpression")) { let object = node; while (object) { switch (object.type) { case "CallExpression": case "OptionalCallExpression": return true; case "MemberExpression": case "OptionalMemberExpression": case "BindExpression": object = object.object; break; // tagged templates are basically member expressions from a grammar perspective // see https://tc39.github.io/ecma262/#prod-MemberExpression case "TaggedTemplateExpression": object = object.tag; break; case "TSNonNullExpression": object = object.expression; break; default: return false; } } } return false; case "BindExpression": return key === "callee" && (parent.type === "BindExpression" || parent.type === "NewExpression") || key === "object" && isMemberExpression(parent); case "NGPipeExpression": if (parent.type === "NGRoot" || parent.type === "NGMicrosyntaxExpression" || parent.type === "ObjectProperty" && // Preserve parens for compatibility with AngularJS expressions !((_i = node.extra) == null ? void 0 : _i.parenthesized) || isArrayExpression(parent) || key === "arguments" && isCallExpression(parent) || key === "right" && parent.type === "NGPipeExpression" || key === "property" && parent.type === "MemberExpression" || parent.type === "AssignmentExpression") { return false; } return true; case "JSXFragment": case "JSXElement": return key === "callee" || key === "left" && parent.type === "BinaryExpression" && parent.operator === "<" || !isArrayExpression(parent) && parent.type !== "ArrowFunctionExpression" && parent.type !== "AssignmentExpression" && parent.type !== "AssignmentPattern" && parent.type !== "BinaryExpression" && parent.type !== "NewExpression" && parent.type !== "ConditionalExpression" && parent.type !== "ExpressionStatement" && parent.type !== "JsExpressionRoot" && parent.type !== "JSXAttribute" && parent.type !== "JSXElement" && parent.type !== "JSXExpressionContainer" && parent.type !== "JSXFragment" && parent.type !== "LogicalExpression" && !isCallExpression(parent) && !isObjectProperty(parent) && parent.type !== "ReturnStatement" && parent.type !== "ThrowStatement" && parent.type !== "TypeCastExpression" && parent.type !== "VariableDeclarator" && parent.type !== "YieldExpression"; case "TSInstantiationExpression": return key === "object" && isMemberExpression(parent); } return false; } var isStatement = create_type_check_function_default([ "BlockStatement", "BreakStatement", "ComponentDeclaration", "ClassBody", "ClassDeclaration", "ClassMethod", "ClassProperty", "PropertyDefinition", "ClassPrivateProperty", "ContinueStatement", "DebuggerStatement", "DeclareComponent", "DeclareClass", "DeclareExportAllDeclaration", "DeclareExportDeclaration", "DeclareFunction", "DeclareHook", "DeclareInterface", "DeclareModule", "DeclareModuleExports", "DeclareNamespace", "DeclareVariable", "DeclareEnum", "DoWhileStatement", "EnumDeclaration", "ExportAllDeclaration", "ExportDefaultDeclaration", "ExportNamedDeclaration", "ExpressionStatement", "ForInStatement", "ForOfStatement", "ForStatement", "FunctionDeclaration", "HookDeclaration", "IfStatement", "ImportDeclaration", "InterfaceDeclaration", "LabeledStatement", "MethodDefinition", "ReturnStatement", "SwitchStatement", "ThrowStatement", "TryStatement", "TSDeclareFunction", "TSEnumDeclaration", "TSImportEqualsDeclaration", "TSInterfaceDeclaration", "TSModuleDeclaration", "TSNamespaceExportDeclaration", "TypeAlias", "VariableDeclaration", "WhileStatement", "WithStatement" ]); function isPathInForStatementInitializer(path) { let i = 0; let { node } = path; while (node) { const parent = path.getParentNode(i++); if ((parent == null ? void 0 : parent.type) === "ForStatement" && parent.init === node) { return true; } node = parent; } return false; } function includesFunctionTypeInObjectType(node) { return hasNode( node, (node2) => node2.type === "ObjectTypeAnnotation" && hasNode(node2, (node3) => node3.type === "FunctionTypeAnnotation") ); } function endsWithRightBracket(node) { return isObjectExpression(node); } function isFollowedByRightBracket(path) { const { parent, key } = path; switch (parent.type) { case "NGPipeExpression": if (key === "arguments" && path.isLast) { return path.callParent(isFollowedByRightBracket); } break; case "ObjectProperty": if (key === "value") { return path.callParent(() => path.key === "properties" && path.isLast); } break; case "BinaryExpression": case "LogicalExpression": if (key === "right") { return path.callParent(isFollowedByRightBracket); } break; case "ConditionalExpression": if (key === "alternate") { return path.callParent(isFollowedByRightBracket); } break; case "UnaryExpression": if (parent.prefix) { return path.callParent(isFollowedByRightBracket); } break; } return false; } function shouldWrapFunctionForExportDefault(path, options2) { const { node, parent } = path; if (node.type === "FunctionExpression" || node.type === "ClassExpression") { return parent.type === "ExportDefaultDeclaration" || // in some cases the function is already wrapped // (e.g. `export default (function() {})();`) // in this case we don't need to add extra parens !needsParens(path, options2); } if (!hasNakedLeftSide(node) || parent.type !== "ExportDefaultDeclaration" && needsParens(path, options2)) { return false; } return path.call( () => shouldWrapFunctionForExportDefault(path, options2), ...getLeftSidePathName(node) ); } function shouldAddParenthesesToChainElement(path) { if ( // ESTree path.match( void 0, (node, name) => name === "expression" && node.type === "ChainExpression", (node, name) => name === "tag" && node.type === "TaggedTemplateExpression" ) || // Babel path.match( (node) => node.type === "OptionalCallExpression" || node.type === "OptionalMemberExpression", (node, name) => name === "tag" && node.type === "TaggedTemplateExpression" ) || // Babel-ts // (a?.b)!``; // (a?.b!)``; path.match( (node) => node.type === "OptionalCallExpression" || node.type === "OptionalMemberExpression", (node, name) => name === "expression" && node.type === "TSNonNullExpression", (node, name) => name === "tag" && node.type === "TaggedTemplateExpression" ) || // case (a?.b)!``; in Typescript path.match( void 0, (node, name) => name === "expression" && node.type === "ChainExpression", (node, name) => name === "expression" && node.type === "TSNonNullExpression", (node, name) => name === "tag" && node.type === "TaggedTemplateExpression" ) || // case (a?.b!)``; in Typescript path.match( void 0, (node, name) => name === "expression" && node.type === "TSNonNullExpression", (node, name) => name === "expression" && node.type === "ChainExpression", (node, name) => name === "tag" && node.type === "TaggedTemplateExpression" ) ) { return true; } if (path.match( (node) => node.type === "OptionalMemberExpression" || node.type === "OptionalCallExpression", (node, name) => name === "object" && node.type === "MemberExpression" || name === "callee" && (node.type === "CallExpression" || node.type === "NewExpression") ) || path.match( (node) => node.type === "OptionalMemberExpression" || node.type === "OptionalCallExpression", (node, name) => name === "expression" && node.type === "TSNonNullExpression", (node, name) => name === "object" && node.type === "MemberExpression" || name === "callee" && node.type === "CallExpression" )) { return true; } if (path.match( (node) => node.type === "CallExpression" || node.type === "MemberExpression", (node, name) => name === "expression" && node.type === "ChainExpression" ) && (path.match( void 0, void 0, (node, name) => name === "callee" && (node.type === "CallExpression" && !node.optional || node.type === "NewExpression") || name === "object" && node.type === "MemberExpression" && !node.optional ) || path.match( void 0, void 0, (node, name) => name === "expression" && node.type === "TSNonNullExpression", (node, name) => name === "object" && node.type === "MemberExpression" || name === "callee" && node.type === "CallExpression" ))) { return true; } if (path.match( (node) => node.type === "CallExpression" || node.type === "MemberExpression", (node, name) => name === "expression" && node.type === "TSNonNullExpression", (node, name) => name === "expression" && node.type === "ChainExpression", (node, name) => name === "object" && node.type === "MemberExpression" || name === "callee" && node.type === "CallExpression" )) { return true; } return false; } function isDecoratorMemberExpression(node) { if (node.type === "Identifier") { return true; } if (isMemberExpression(node)) { return !node.computed && !node.optional && node.property.type === "Identifier" && isDecoratorMemberExpression(node.object); } return false; } function canDecoratorExpressionUnparenthesized(node) { if (node.type === "ChainExpression") { node = node.expression; } return isDecoratorMemberExpression(node) || isCallExpression(node) && !node.optional && isDecoratorMemberExpression(node.callee); } var needs_parens_default = needsParens; // src/utils/is-previous-line-empty.js function isPreviousLineEmpty(text, startIndex) { let idx = startIndex - 1; idx = skipSpaces(text, idx, { backwards: true }); idx = skip_newline_default(text, idx, { backwards: true }); idx = skipSpaces(text, idx, { backwards: true }); const idx2 = skip_newline_default(text, idx, { backwards: true }); return idx !== idx2; } var is_previous_line_empty_default = isPreviousLineEmpty; // src/main/comments/print.js var returnTrue = () => true; function printComment2(path, options2) { const comment = path.node; comment.printed = true; return options2.printer.printComment(path, options2); } function printLeadingComment(path, options2) { var _a; const comment = path.node; const parts = [printComment2(path, options2)]; const { printer, originalText, locStart: locStart2, locEnd: locEnd2 } = options2; const isBlock = (_a = printer.isBlockComment) == null ? void 0 : _a.call(printer, comment); if (isBlock) { const lineBreak = has_newline_default(originalText, locEnd2(comment)) ? has_newline_default(originalText, locStart2(comment), { backwards: true }) ? hardline : line : " "; parts.push(lineBreak); } else { parts.push(hardline); } const index = skip_newline_default( originalText, skipSpaces(originalText, locEnd2(comment)) ); if (index !== false && has_newline_default(originalText, index)) { parts.push(hardline); } return parts; } function printTrailingComment(path, options2, previousComment) { var _a; const comment = path.node; const printed = printComment2(path, options2); const { printer, originalText, locStart: locStart2 } = options2; const isBlock = (_a = printer.isBlockComment) == null ? void 0 : _a.call(printer, comment); if ((previousComment == null ? void 0 : previousComment.hasLineSuffix) && !(previousComment == null ? void 0 : previousComment.isBlock) || has_newline_default(originalText, locStart2(comment), { backwards: true })) { const isLineBeforeEmpty = is_previous_line_empty_default( originalText, locStart2(comment) ); return { doc: lineSuffix([hardline, isLineBeforeEmpty ? hardline : "", printed]), isBlock, hasLineSuffix: true }; } if (!isBlock || (previousComment == null ? void 0 : previousComment.hasLineSuffix)) { return { doc: [lineSuffix([" ", printed]), breakParent], isBlock, hasLineSuffix: true }; } return { doc: [" ", printed], isBlock, hasLineSuffix: false }; } function printDanglingComments(path, options2, danglingCommentsPrintOptions = {}) { const { node } = path; if (!is_non_empty_array_default(node == null ? void 0 : node.comments)) { return ""; } const { indent: shouldIndent = false, marker, filter = returnTrue } = danglingCommentsPrintOptions; const parts = []; path.each(({ node: comment }) => { if (comment.leading || comment.trailing || comment.marker !== marker || !filter(comment)) { return; } parts.push(printComment2(path, options2)); }, "comments"); if (parts.length === 0) { return ""; } const doc = join(hardline, parts); return shouldIndent ? indent([hardline, doc]) : doc; } function printCommentsSeparately(path, options2) { const value = path.node; if (!value) { return {}; } const ignored = options2[Symbol.for("printedComments")]; const comments = (value.comments || []).filter( (comment) => !ignored.has(comment) ); if (comments.length === 0) { return { leading: "", trailing: "" }; } const leadingParts = []; const trailingParts = []; let printedTrailingComment; path.each(() => { const comment = path.node; if (ignored == null ? void 0 : ignored.has(comment)) { return; } const { leading, trailing } = comment; if (leading) { leadingParts.push(printLeadingComment(path, options2)); } else if (trailing) { printedTrailingComment = printTrailingComment( path, options2, printedTrailingComment ); trailingParts.push(printedTrailingComment.doc); } }, "comments"); return { leading: leadingParts, trailing: trailingParts }; } function printComments(path, doc, options2) { const { leading, trailing } = printCommentsSeparately(path, options2); if (!leading && !trailing) { return doc; } return inheritLabel(doc, (doc2) => [leading, doc2, trailing]); } // src/utils/unexpected-node-error.js var UnexpectedNodeError = class extends Error { name = "UnexpectedNodeError"; constructor(node, language, typeProperty = "type") { super( `Unexpected ${language} node ${typeProperty}: ${JSON.stringify( node[typeProperty] )}.` ); this.node = node; } }; var unexpected_node_error_default = UnexpectedNodeError; // node_modules/escape-string-regexp/index.js function escapeStringRegexp(string) { if (typeof string !== "string") { throw new TypeError("Expected a string"); } return string.replace(/[|\\{}()[\]^$+*?.]/g, "\\$&").replace(/-/g, "\\x2d"); } // src/utils/whitespace-utils.js var _whitespaceCharacters; var WhitespaceUtils = class { constructor(whitespaceCharacters) { __privateAdd(this, _whitespaceCharacters); __privateSet(this, _whitespaceCharacters, new Set(whitespaceCharacters)); if (false) { throw new TypeError( `Invalid characters: ${JSON.stringify(whitespaceCharacters)}` ); } } getLeadingWhitespaceCount(text) { const whitespaceCharacters = __privateGet(this, _whitespaceCharacters); let count = 0; for (let index = 0; index < text.length && whitespaceCharacters.has(text.charAt(index)); index++) { count++; } return count; } getTrailingWhitespaceCount(text) { const whitespaceCharacters = __privateGet(this, _whitespaceCharacters); let count = 0; for (let index = text.length - 1; index >= 0 && whitespaceCharacters.has(text.charAt(index)); index--) { count++; } return count; } getLeadingWhitespace(text) { const count = this.getLeadingWhitespaceCount(text); return text.slice(0, count); } getTrailingWhitespace(text) { const count = this.getTrailingWhitespaceCount(text); return text.slice(text.length - count); } hasLeadingWhitespace(text) { return __privateGet(this, _whitespaceCharacters).has(text.charAt(0)); } hasTrailingWhitespace(text) { return __privateGet(this, _whitespaceCharacters).has(at_default( /* isOptionalObject */ false, text, -1 )); } trimStart(text) { const count = this.getLeadingWhitespaceCount(text); return text.slice(count); } trimEnd(text) { const count = this.getTrailingWhitespaceCount(text); return text.slice(0, text.length - count); } trim(text) { return this.trimEnd(this.trimStart(text)); } split(text, captureWhitespace = false) { const pattern = `[${escapeStringRegexp( [...__privateGet(this, _whitespaceCharacters)].join("") )}]+`; const regexp = new RegExp( captureWhitespace ? `(${pattern})` : pattern, "u" ); return text.split(regexp); } hasWhitespaceCharacter(text) { const whitespaceCharacters = __privateGet(this, _whitespaceCharacters); return Array.prototype.some.call( text, (character) => whitespaceCharacters.has(character) ); } hasNonWhitespaceCharacter(text) { const whitespaceCharacters = __privateGet(this, _whitespaceCharacters); return Array.prototype.some.call( text, (character) => !whitespaceCharacters.has(character) ); } isWhitespaceOnly(text) { const whitespaceCharacters = __privateGet(this, _whitespaceCharacters); return Array.prototype.every.call( text, (character) => whitespaceCharacters.has(character) ); } }; _whitespaceCharacters = new WeakMap(); var whitespace_utils_default = WhitespaceUtils; // src/language-js/print/jsx.js var jsxWhitespaceUtils = new whitespace_utils_default(" \n\r "); var isEmptyStringOrAnyLine = (doc) => doc === "" || doc === line || doc === hardline || doc === softline; function printJsxElementInternal(path, options2, print3) { var _a, _b, _c, _d, _e; const { node } = path; if (node.type === "JSXElement" && isEmptyJsxElement(node)) { return [print3("openingElement"), print3("closingElement")]; } const openingLines = node.type === "JSXElement" ? print3("openingElement") : print3("openingFragment"); const closingLines = node.type === "JSXElement" ? print3("closingElement") : print3("closingFragment"); if (node.children.length === 1 && node.children[0].type === "JSXExpressionContainer" && (node.children[0].expression.type === "TemplateLiteral" || node.children[0].expression.type === "TaggedTemplateExpression")) { return [openingLines, ...path.map(print3, "children"), closingLines]; } node.children = node.children.map((child) => { if (isJsxWhitespaceExpression(child)) { return { type: "JSXText", value: " ", raw: " " }; } return child; }); const containsTag = node.children.some(isJsxElement); const containsMultipleExpressions = node.children.filter((child) => child.type === "JSXExpressionContainer").length > 1; const containsMultipleAttributes = node.type === "JSXElement" && node.openingElement.attributes.length > 1; let forcedBreak = willBreak(openingLines) || containsTag || containsMultipleAttributes || containsMultipleExpressions; const isMdxBlock = path.parent.rootMarker === "mdx"; const rawJsxWhitespace = options2.singleQuote ? "{' '}" : '{" "}'; const jsxWhitespace = isMdxBlock ? line : ifBreak([rawJsxWhitespace, softline], " "); const isFacebookTranslationTag = ((_b = (_a = node.openingElement) == null ? void 0 : _a.name) == null ? void 0 : _b.name) === "fbt"; const children = printJsxChildren( path, options2, print3, jsxWhitespace, isFacebookTranslationTag ); const containsText = node.children.some( (child) => isMeaningfulJsxText(child) ); for (let i = children.length - 2; i >= 0; i--) { const isPairOfEmptyStrings = children[i] === "" && children[i + 1] === ""; const isPairOfHardlines = children[i] === hardline && children[i + 1] === "" && children[i + 2] === hardline; const isLineFollowedByJsxWhitespace = (children[i] === softline || children[i] === hardline) && children[i + 1] === "" && children[i + 2] === jsxWhitespace; const isJsxWhitespaceFollowedByLine = children[i] === jsxWhitespace && children[i + 1] === "" && (children[i + 2] === softline || children[i + 2] === hardline); const isDoubleJsxWhitespace = children[i] === jsxWhitespace && children[i + 1] === "" && children[i + 2] === jsxWhitespace; const isPairOfHardOrSoftLines = children[i] === softline && children[i + 1] === "" && children[i + 2] === hardline || children[i] === hardline && children[i + 1] === "" && children[i + 2] === softline; if (isPairOfHardlines && containsText || isPairOfEmptyStrings || isLineFollowedByJsxWhitespace || isDoubleJsxWhitespace || isPairOfHardOrSoftLines) { children.splice(i, 2); } else if (isJsxWhitespaceFollowedByLine) { children.splice(i + 1, 2); } } while (children.length > 0 && isEmptyStringOrAnyLine(at_default( /* isOptionalObject */ false, children, -1 ))) { children.pop(); } while (children.length > 1 && isEmptyStringOrAnyLine(children[0]) && isEmptyStringOrAnyLine(children[1])) { children.shift(); children.shift(); } const multilineChildren = [""]; for (const [i, child] of children.entries()) { if (child === jsxWhitespace) { if (i === 1 && isEmptyDoc(children[i - 1])) { if (children.length === 2) { multilineChildren.push([multilineChildren.pop(), rawJsxWhitespace]); continue; } multilineChildren.push([rawJsxWhitespace, hardline], ""); continue; } else if (i === children.length - 1) { multilineChildren.push([multilineChildren.pop(), rawJsxWhitespace]); continue; } else if (children[i - 1] === "" && children[i - 2] === hardline) { multilineChildren.push([multilineChildren.pop(), rawJsxWhitespace]); continue; } } if (i % 2 === 0) { multilineChildren.push([multilineChildren.pop(), child]); } else { multilineChildren.push(child, ""); } if (willBreak(child)) { forcedBreak = true; } } let content = containsText ? fill(multilineChildren) : group(multilineChildren, { shouldBreak: true }); if (((_c = options2.cursorNode) == null ? void 0 : _c.type) === "JSXText" && node.children.includes(options2.cursorNode)) { content = [cursor, content, cursor]; } else if (((_d = options2.nodeBeforeCursor) == null ? void 0 : _d.type) === "JSXText" && node.children.includes(options2.nodeBeforeCursor)) { content = [cursor, content]; } else if (((_e = options2.nodeAfterCursor) == null ? void 0 : _e.type) === "JSXText" && node.children.includes(options2.nodeAfterCursor)) { content = [content, cursor]; } if (isMdxBlock) { return content; } const multiLineElem = group([ openingLines, indent([hardline, content]), hardline, closingLines ]); if (forcedBreak) { return multiLineElem; } return conditionalGroup([ group([openingLines, ...children, closingLines]), multiLineElem ]); } function printJsxChildren(path, options2, print3, jsxWhitespace, isFacebookTranslationTag) { let prevPart = ""; const parts = [prevPart]; function push(doc) { prevPart = doc; parts.push([parts.pop(), doc]); } function pushLine(doc) { if (doc === "") { return; } prevPart = doc; parts.push(doc, ""); } path.each(({ node, next }) => { if (node.type === "JSXText") { const text = get_raw_default(node); if (isMeaningfulJsxText(node)) { const words = jsxWhitespaceUtils.split( text, /* captureWhitespace */ true ); if (words[0] === "") { words.shift(); if (/\n/u.test(words[0])) { pushLine( separatorWithWhitespace( isFacebookTranslationTag, words[1], node, next ) ); } else { pushLine(jsxWhitespace); } words.shift(); } let endWhitespace; if (at_default( /* isOptionalObject */ false, words, -1 ) === "") { words.pop(); endWhitespace = words.pop(); } if (words.length === 0) { return; } for (const [i, word] of words.entries()) { if (i % 2 === 1) { pushLine(line); } else { push(word); } } if (endWhitespace !== void 0) { if (/\n/u.test(endWhitespace)) { pushLine( separatorWithWhitespace( isFacebookTranslationTag, prevPart, node, next ) ); } else { pushLine(jsxWhitespace); } } else { pushLine( separatorNoWhitespace( isFacebookTranslationTag, prevPart, node, next ) ); } } else if (/\n/u.test(text)) { if (text.match(/\n/gu).length > 1) { pushLine(hardline); } } else { pushLine(jsxWhitespace); } } else { const printedChild = print3(); push(printedChild); const directlyFollowedByMeaningfulText = next && isMeaningfulJsxText(next); if (directlyFollowedByMeaningfulText) { const trimmed = jsxWhitespaceUtils.trim(get_raw_default(next)); const [firstWord] = jsxWhitespaceUtils.split(trimmed); pushLine( separatorNoWhitespace( isFacebookTranslationTag, firstWord, node, next ) ); } else { pushLine(hardline); } } }, "children"); return parts; } function separatorNoWhitespace(isFacebookTranslationTag, child, childNode, nextNode) { if (isFacebookTranslationTag) { return ""; } if (childNode.type === "JSXElement" && !childNode.closingElement || (nextNode == null ? void 0 : nextNode.type) === "JSXElement" && !nextNode.closingElement) { return child.length === 1 ? softline : hardline; } return softline; } function separatorWithWhitespace(isFacebookTranslationTag, child, childNode, nextNode) { if (isFacebookTranslationTag) { return hardline; } if (child.length === 1) { return childNode.type === "JSXElement" && !childNode.closingElement || (nextNode == null ? void 0 : nextNode.type) === "JSXElement" && !nextNode.closingElement ? hardline : softline; } return hardline; } var NO_WRAP_PARENTS = /* @__PURE__ */ new Set([ "ArrayExpression", "JSXAttribute", "JSXElement", "JSXExpressionContainer", "JSXFragment", "ExpressionStatement", "CallExpression", "OptionalCallExpression", "ConditionalExpression", "JsExpressionRoot" ]); function maybeWrapJsxElementInParens(path, elem, options2) { const { parent } = path; if (NO_WRAP_PARENTS.has(parent.type)) { return elem; } const shouldBreak = path.match( void 0, (node) => node.type === "ArrowFunctionExpression", isCallExpression, (node) => node.type === "JSXExpressionContainer" ); const needsParens2 = needs_parens_default(path, options2); return group( [ needsParens2 ? "" : ifBreak("("), indent([softline, elem]), softline, needsParens2 ? "" : ifBreak(")") ], { shouldBreak } ); } function printJsxAttribute(path, options2, print3) { const { node } = path; const parts = []; parts.push(print3("name")); if (node.value) { let res; if (isStringLiteral(node.value)) { const raw = get_raw_default(node.value); let final = string_replace_all_default( /* isOptionalObject */ false, string_replace_all_default( /* isOptionalObject */ false, raw.slice(1, -1), "'", "'" ), """, '"' ); const quote = get_preferred_quote_default(final, options2.jsxSingleQuote); final = quote === '"' ? string_replace_all_default( /* isOptionalObject */ false, final, '"', """ ) : string_replace_all_default( /* isOptionalObject */ false, final, "'", "'" ); res = path.call( () => printComments(path, replaceEndOfLine(quote + final + quote), options2), "value" ); } else { res = print3("value"); } parts.push("=", res); } return parts; } function printJsxExpressionContainer(path, options2, print3) { const { node } = path; const shouldInline = (node2, parent) => node2.type === "JSXEmptyExpression" || !hasComment(node2) && (isArrayExpression(node2) || isObjectExpression(node2) || node2.type === "ArrowFunctionExpression" || node2.type === "AwaitExpression" && (shouldInline(node2.argument, node2) || node2.argument.type === "JSXElement") || isCallExpression(node2) || node2.type === "ChainExpression" && isCallExpression(node2.expression) || node2.type === "FunctionExpression" || node2.type === "TemplateLiteral" || node2.type === "TaggedTemplateExpression" || node2.type === "DoExpression" || isJsxElement(parent) && (node2.type === "ConditionalExpression" || isBinaryish(node2))); if (shouldInline(node.expression, path.parent)) { return group(["{", print3("expression"), lineSuffixBoundary, "}"]); } return group([ "{", indent([softline, print3("expression")]), softline, lineSuffixBoundary, "}" ]); } function printJsxOpeningElement(path, options2, print3) { var _a, _b; const { node } = path; const nameHasComments = hasComment(node.name) || hasComment(node.typeParameters) || hasComment(node.typeArguments); if (node.selfClosing && node.attributes.length === 0 && !nameHasComments) { return [ "<", print3("name"), node.typeArguments ? print3("typeArguments") : print3("typeParameters"), " />" ]; } if (((_a = node.attributes) == null ? void 0 : _a.length) === 1 && isStringLiteral(node.attributes[0].value) && !node.attributes[0].value.value.includes("\n") && // We should break for the following cases: // <div // // comment // attr="value" // > // <div // attr="value" // // comment // > !nameHasComments && !hasComment(node.attributes[0])) { return group([ "<", print3("name"), node.typeArguments ? print3("typeArguments") : print3("typeParameters"), " ", ...path.map(print3, "attributes"), node.selfClosing ? " />" : ">" ]); } const shouldBreak = (_b = node.attributes) == null ? void 0 : _b.some( (attr) => isStringLiteral(attr.value) && attr.value.value.includes("\n") ); const attributeLine = options2.singleAttributePerLine && node.attributes.length > 1 ? hardline : line; return group( [ "<", print3("name"), node.typeArguments ? print3("typeArguments") : print3("typeParameters"), indent(path.map(() => [attributeLine, print3()], "attributes")), ...printEndOfOpeningTag(node, options2, nameHasComments) ], { shouldBreak } ); } function printEndOfOpeningTag(node, options2, nameHasComments) { if (node.selfClosing) { return [line, "/>"]; } const bracketSameLine = shouldPrintBracketSameLine( node, options2, nameHasComments ); if (bracketSameLine) { return [">"]; } return [softline, ">"]; } function shouldPrintBracketSameLine(node, options2, nameHasComments) { const lastAttrHasTrailingComments = node.attributes.length > 0 && hasComment(at_default( /* isOptionalObject */ false, node.attributes, -1 ), CommentCheckFlags.Trailing); return ( // Simple tags (no attributes and no comment in tag name) should be // kept unbroken regardless of `bracketSameLine`. // jsxBracketSameLine is deprecated in favour of bracketSameLine, // but is still needed for backwards compatibility. node.attributes.length === 0 && !nameHasComments || (options2.bracketSameLine || options2.jsxBracketSameLine) && // We should print the bracket in a new line for the following cases: // <div // // comment // > // <div // attr // comment // > (!nameHasComments || node.attributes.length > 0) && !lastAttrHasTrailingComments ); } function printJsxClosingElement(path, options2, print3) { const { node } = path; const parts = []; parts.push("</"); const printed = print3("name"); if (hasComment(node.name, CommentCheckFlags.Leading | CommentCheckFlags.Line)) { parts.push(indent([hardline, printed]), hardline); } else if (hasComment(node.name, CommentCheckFlags.Leading | CommentCheckFlags.Block)) { parts.push(" ", printed); } else { parts.push(printed); } parts.push(">"); return parts; } function printJsxOpeningClosingFragment(path, options2) { const { node } = path; const nodeHasComment = hasComment(node); const hasOwnLineComment = hasComment(node, CommentCheckFlags.Line); const isOpeningFragment = node.type === "JSXOpeningFragment"; return [ isOpeningFragment ? "<" : "</", indent([ hasOwnLineComment ? hardline : nodeHasComment && !isOpeningFragment ? " " : "", printDanglingComments(path, options2) ]), hasOwnLineComment ? hardline : "", ">" ]; } function printJsxElement(path, options2, print3) { const elem = printComments( path, printJsxElementInternal(path, options2, print3), options2 ); return maybeWrapJsxElementInParens(path, elem, options2); } function printJsxEmptyExpression(path, options2) { const { node } = path; const requiresHardline = hasComment(node, CommentCheckFlags.Line); return [ printDanglingComments(path, options2, { indent: requiresHardline }), requiresHardline ? hardline : "" ]; } function printJsxSpreadAttributeOrChild(path, options2, print3) { const { node } = path; return [ "{", path.call( ({ node: node2 }) => { const printed = ["...", print3()]; if (!hasComment(node2) || !willPrintOwnComments(path)) { return printed; } return [ indent([softline, printComments(path, printed, options2)]), softline ]; }, node.type === "JSXSpreadAttribute" ? "argument" : "expression" ), "}" ]; } function printJsx(path, options2, print3) { const { node } = path; if (!node.type.startsWith("JSX")) { return; } switch (node.type) { case "JSXAttribute": return printJsxAttribute(path, options2, print3); case "JSXIdentifier": return node.name; case "JSXNamespacedName": return join(":", [print3("namespace"), print3("name")]); case "JSXMemberExpression": return join(".", [print3("object"), print3("property")]); case "JSXSpreadAttribute": case "JSXSpreadChild": return printJsxSpreadAttributeOrChild(path, options2, print3); case "JSXExpressionContainer": return printJsxExpressionContainer(path, options2, print3); case "JSXFragment": case "JSXElement": return printJsxElement(path, options2, print3); case "JSXOpeningElement": return printJsxOpeningElement(path, options2, print3); case "JSXClosingElement": return printJsxClosingElement(path, options2, print3); case "JSXOpeningFragment": case "JSXClosingFragment": return printJsxOpeningClosingFragment( path, options2 /*, print*/ ); case "JSXEmptyExpression": return printJsxEmptyExpression( path, options2 /*, print*/ ); case "JSXText": throw new Error("JSXText should be handled by JSXElement"); default: throw new unexpected_node_error_default(node, "JSX"); } } function isEmptyJsxElement(node) { if (node.children.length === 0) { return true; } if (node.children.length > 1) { return false; } const child = node.children[0]; return child.type === "JSXText" && !isMeaningfulJsxText(child); } function isMeaningfulJsxText(node) { return node.type === "JSXText" && (jsxWhitespaceUtils.hasNonWhitespaceCharacter(get_raw_default(node)) || !/\n/u.test(get_raw_default(node))); } function isJsxWhitespaceExpression(node) { return node.type === "JSXExpressionContainer" && isStringLiteral(node.expression) && node.expression.value === " " && !hasComment(node.expression); } function hasJsxIgnoreComment(path) { const { node, parent } = path; if (!isJsxElement(node) || !isJsxElement(parent)) { return false; } const { index, siblings } = path; let prevSibling; for (let i = index; i > 0; i--) { const candidate = siblings[i - 1]; if (candidate.type === "JSXText" && !isMeaningfulJsxText(candidate)) { continue; } prevSibling = candidate; break; } return (prevSibling == null ? void 0 : prevSibling.type) === "JSXExpressionContainer" && prevSibling.expression.type === "JSXEmptyExpression" && hasNodeIgnoreComment(prevSibling.expression); } // src/language-js/utils/is-ignored.js function isIgnored(path) { return hasNodeIgnoreComment(path.node) || hasJsxIgnoreComment(path); } var is_ignored_default = isIgnored; // src/language-js/print/binaryish.js var uid = 0; function printBinaryishExpression(path, options2, print3) { var _a; const { node, parent, grandparent, key } = path; const isInsideParenthesis = key !== "body" && (parent.type === "IfStatement" || parent.type === "WhileStatement" || parent.type === "SwitchStatement" || parent.type === "DoWhileStatement"); const isHackPipeline = node.operator === "|>" && ((_a = path.root.extra) == null ? void 0 : _a.__isUsingHackPipeline); const parts = printBinaryishExpressions( path, options2, print3, /* isNested */ false, isInsideParenthesis ); if (isInsideParenthesis) { return parts; } if (isHackPipeline) { return group(parts); } if (isCallExpression(parent) && parent.callee === node || parent.type === "UnaryExpression" || isMemberExpression(parent) && !parent.computed) { return group([indent([softline, ...parts]), softline]); } const shouldNotIndent = parent.type === "ReturnStatement" || parent.type === "ThrowStatement" || parent.type === "JSXExpressionContainer" && grandparent.type === "JSXAttribute" || node.operator !== "|" && parent.type === "JsExpressionRoot" || node.type !== "NGPipeExpression" && (parent.type === "NGRoot" && options2.parser === "__ng_binding" || parent.type === "NGMicrosyntaxExpression" && grandparent.type === "NGMicrosyntax" && grandparent.body.length === 1) || node === parent.body && parent.type === "ArrowFunctionExpression" || node !== parent.body && parent.type === "ForStatement" || parent.type === "ConditionalExpression" && grandparent.type !== "ReturnStatement" && grandparent.type !== "ThrowStatement" && !isCallExpression(grandparent) || parent.type === "TemplateLiteral"; const shouldIndentIfInlining = parent.type === "AssignmentExpression" || parent.type === "VariableDeclarator" || parent.type === "ClassProperty" || parent.type === "PropertyDefinition" || parent.type === "TSAbstractPropertyDefinition" || parent.type === "ClassPrivateProperty" || isObjectProperty(parent); const samePrecedenceSubExpression = isBinaryish(node.left) && shouldFlatten(node.operator, node.left.operator); if (shouldNotIndent || shouldInlineLogicalExpression(node) && !samePrecedenceSubExpression || !shouldInlineLogicalExpression(node) && shouldIndentIfInlining) { return group(parts); } if (parts.length === 0) { return ""; } const hasJsx = isJsxElement(node.right); const firstGroupIndex = parts.findIndex( (part) => typeof part !== "string" && !Array.isArray(part) && part.type === DOC_TYPE_GROUP ); const headParts = parts.slice( 0, firstGroupIndex === -1 ? 1 : firstGroupIndex + 1 ); const rest = parts.slice(headParts.length, hasJsx ? -1 : void 0); const groupId = Symbol("logicalChain-" + ++uid); const chain = group( [ // Don't include the initial expression in the indentation // level. The first item is guaranteed to be the first // left-most expression. ...headParts, indent(rest) ], { id: groupId } ); if (!hasJsx) { return chain; } const jsxPart = at_default( /* isOptionalObject */ false, parts, -1 ); return group([chain, indentIfBreak(jsxPart, { groupId })]); } function printBinaryishExpressions(path, options2, print3, isNested, isInsideParenthesis) { var _a; const { node } = path; if (!isBinaryish(node)) { return [group(print3())]; } let parts = []; if (shouldFlatten(node.operator, node.left.operator)) { parts = path.call( (left) => printBinaryishExpressions( left, options2, print3, /* isNested */ true, isInsideParenthesis ), "left" ); } else { parts.push(group(print3("left"))); } const shouldInline = shouldInlineLogicalExpression(node); const lineBeforeOperator = (node.operator === "|>" || node.type === "NGPipeExpression" || isVueFilterSequenceExpression(path, options2)) && !hasLeadingOwnLineComment(options2.originalText, node.right); const hasTypeCastComment = hasComment( node.right, CommentCheckFlags.Leading, is_type_cast_comment_default ); const commentBeforeOperator = !hasTypeCastComment && hasLeadingOwnLineComment(options2.originalText, node.right); const operator = node.type === "NGPipeExpression" ? "|" : node.operator; const rightSuffix = node.type === "NGPipeExpression" && node.arguments.length > 0 ? group( indent([ softline, ": ", join( [line, ": "], path.map(() => align(2, group(print3())), "arguments") ) ]) ) : ""; let right; if (shouldInline) { right = [ operator, hasLeadingOwnLineComment(options2.originalText, node.right) ? indent([line, print3("right"), rightSuffix]) : [" ", print3("right"), rightSuffix] ]; } else { const isHackPipeline = operator === "|>" && ((_a = path.root.extra) == null ? void 0 : _a.__isUsingHackPipeline); const rightContent = isHackPipeline ? path.call( (left) => printBinaryishExpressions( left, options2, print3, /* isNested */ true, isInsideParenthesis ), "right" ) : print3("right"); if (options2.experimentalOperatorPosition === "start") { let comment = ""; if (commentBeforeOperator) { switch (get_doc_type_default(rightContent)) { case DOC_TYPE_ARRAY: comment = rightContent.splice(0, 1)[0]; break; case DOC_TYPE_LABEL: comment = rightContent.contents.splice(0, 1)[0]; break; } } right = [line, comment, operator, " ", rightContent, rightSuffix]; } else { right = [ lineBeforeOperator ? line : "", operator, lineBeforeOperator ? " " : line, rightContent, rightSuffix ]; } } const { parent } = path; const shouldBreak = hasComment( node.left, CommentCheckFlags.Trailing | CommentCheckFlags.Line ); const shouldGroup = shouldBreak || !(isInsideParenthesis && node.type === "LogicalExpression") && parent.type !== node.type && node.left.type !== node.type && node.right.type !== node.type; if (shouldGroup) { right = group(right, { shouldBreak }); } if (options2.experimentalOperatorPosition === "start") { parts.push(shouldInline || commentBeforeOperator ? " " : "", right); } else { parts.push(lineBeforeOperator ? "" : " ", right); } if (isNested && hasComment(node)) { const printed = cleanDoc(printComments(path, parts, options2)); if (printed.type === DOC_TYPE_FILL) { return printed.parts; } return Array.isArray(printed) ? printed : [printed]; } return parts; } function shouldInlineLogicalExpression(node) { if (node.type !== "LogicalExpression") { return false; } if (isObjectExpression(node.right) && node.right.properties.length > 0) { return true; } if (isArrayExpression(node.right) && node.right.elements.length > 0) { return true; } if (isJsxElement(node.right)) { return true; } return false; } var isBitwiseOrExpression = (node) => node.type === "BinaryExpression" && node.operator === "|"; function isVueFilterSequenceExpression(path, options2) { return (options2.parser === "__vue_expression" || options2.parser === "__vue_ts_expression") && isBitwiseOrExpression(path.node) && !path.hasAncestor( (node) => !isBitwiseOrExpression(node) && node.type !== "JsExpressionRoot" ); } // src/language-js/print/angular.js function printAngular(path, options2, print3) { const { node } = path; if (!node.type.startsWith("NG")) { return; } switch (node.type) { case "NGRoot": return [ print3("node"), hasComment(node.node) ? " //" + getComments(node.node)[0].value.trimEnd() : "" ]; case "NGPipeExpression": return printBinaryishExpression(path, options2, print3); case "NGChainedExpression": return group( join( [";", line], path.map( () => hasNgSideEffect(path) ? print3() : ["(", print3(), ")"], "expressions" ) ) ); case "NGEmptyExpression": return ""; case "NGMicrosyntax": return path.map( () => [ path.isFirst ? "" : isNgForOf(path) ? " " : [";", line], print3() ], "body" ); case "NGMicrosyntaxKey": return /^[$_a-z][\w$]*(?:-[$_a-z][\w$])*$/iu.test(node.name) ? node.name : JSON.stringify(node.name); case "NGMicrosyntaxExpression": return [ print3("expression"), node.alias === null ? "" : [" as ", print3("alias")] ]; case "NGMicrosyntaxKeyedExpression": { const { index, parent } = path; const shouldNotPrintColon = isNgForOf(path) || isNgForOfTrack(path) || (index === 1 && (node.key.name === "then" || node.key.name === "else" || node.key.name === "as") || index === 2 && (node.key.name === "else" && parent.body[index - 1].type === "NGMicrosyntaxKeyedExpression" && parent.body[index - 1].key.name === "then" || node.key.name === "track")) && parent.body[0].type === "NGMicrosyntaxExpression"; return [ print3("key"), shouldNotPrintColon ? " " : ": ", print3("expression") ]; } case "NGMicrosyntaxLet": return [ "let ", print3("key"), node.value === null ? "" : [" = ", print3("value")] ]; case "NGMicrosyntaxAs": return [print3("key"), " as ", print3("alias")]; default: throw new unexpected_node_error_default(node, "Angular"); } } function isNgForOf({ node, index }) { return node.type === "NGMicrosyntaxKeyedExpression" && node.key.name === "of" && index === 1; } function isNgForOfTrack(path) { const { node } = path; return path.parent.body[1].key.name === "of" && node.type === "NGMicrosyntaxKeyedExpression" && node.key.name === "track" && node.key.type === "NGMicrosyntaxKey"; } var hasSideEffect = create_type_check_function_default([ "CallExpression", "OptionalCallExpression", "AssignmentExpression" ]); function hasNgSideEffect({ node }) { return hasNode(node, hasSideEffect); } // src/language-js/print/decorators.js function printClassMemberDecorators(path, options2, print3) { const { node } = path; return group([ join(line, path.map(print3, "decorators")), hasNewlineBetweenOrAfterDecorators(node, options2) ? hardline : line ]); } function printDecoratorsBeforeExport(path, options2, print3) { if (!hasDecoratorsBeforeExport(path.node)) { return ""; } return [ join(hardline, path.map(print3, "declaration", "decorators")), hardline ]; } function printDecorators(path, options2, print3) { const { node, parent } = path; const { decorators } = node; if (!is_non_empty_array_default(decorators) || // If the parent node is an export declaration and the decorator // was written before the export, the export will be responsible // for printing the decorators. hasDecoratorsBeforeExport(parent) || // Decorators already printed in ignored node is_ignored_default(path)) { return ""; } const shouldBreak = node.type === "ClassExpression" || node.type === "ClassDeclaration" || hasNewlineBetweenOrAfterDecorators(node, options2); return [ path.key === "declaration" && isExportDeclaration(parent) ? hardline : shouldBreak ? breakParent : "", join(line, path.map(print3, "decorators")), line ]; } function hasNewlineBetweenOrAfterDecorators(node, options2) { return node.decorators.some( (decorator) => has_newline_default(options2.originalText, locEnd(decorator)) ); } function hasDecoratorsBeforeExport(node) { var _a; if (node.type !== "ExportDefaultDeclaration" && node.type !== "ExportNamedDeclaration" && node.type !== "DeclareExportDeclaration") { return false; } const decorators = (_a = node.declaration) == null ? void 0 : _a.decorators; return is_non_empty_array_default(decorators) && hasSameLocStart(node, decorators[0]); } // src/common/errors.js var ArgExpansionBailout = class extends Error { name = "ArgExpansionBailout"; }; // src/language-js/print/call-arguments.js function printCallArguments(path, options2, print3) { const { node } = path; const args = getCallArguments(node); if (args.length === 0) { return ["(", printDanglingComments(path, options2), ")"]; } const lastArgIndex = args.length - 1; if (isReactHookCallWithDepsArray(args)) { const parts = ["("]; iterateCallArgumentsPath(path, (path2, index) => { parts.push(print3()); if (index !== lastArgIndex) { parts.push(", "); } }); parts.push(")"); return parts; } let anyArgEmptyLine = false; const printedArguments = []; iterateCallArgumentsPath(path, ({ node: arg }, index) => { let argDoc = print3(); if (index === lastArgIndex) { } else if (isNextLineEmpty2(arg, options2)) { anyArgEmptyLine = true; argDoc = [argDoc, ",", hardline, hardline]; } else { argDoc = [argDoc, ",", line]; } printedArguments.push(argDoc); }); const maybeTrailingComma = ( // Angular does not allow trailing comma !options2.parser.startsWith("__ng_") && // Dynamic imports cannot have trailing commas node.type !== "ImportExpression" && node.type !== "TSImportType" && shouldPrintComma(options2, "all") ? "," : "" ); function allArgsBrokenOut() { return group( ["(", indent([line, ...printedArguments]), maybeTrailingComma, line, ")"], { shouldBreak: true } ); } if (anyArgEmptyLine || path.parent.type !== "Decorator" && isFunctionCompositionArgs(args)) { return allArgsBrokenOut(); } if (shouldExpandFirstArg(args)) { const tailArgs = printedArguments.slice(1); if (tailArgs.some(willBreak)) { return allArgsBrokenOut(); } let firstArg; try { firstArg = print3(getCallArgumentSelector(node, 0), { expandFirstArg: true }); } catch (caught) { if (caught instanceof ArgExpansionBailout) { return allArgsBrokenOut(); } throw caught; } if (willBreak(firstArg)) { return [ breakParent, conditionalGroup([ ["(", group(firstArg, { shouldBreak: true }), ", ", ...tailArgs, ")"], allArgsBrokenOut() ]) ]; } return conditionalGroup([ ["(", firstArg, ", ", ...tailArgs, ")"], ["(", group(firstArg, { shouldBreak: true }), ", ", ...tailArgs, ")"], allArgsBrokenOut() ]); } if (shouldExpandLastArg(args, printedArguments, options2)) { const headArgs = printedArguments.slice(0, -1); if (headArgs.some(willBreak)) { return allArgsBrokenOut(); } let lastArg; try { lastArg = print3(getCallArgumentSelector(node, -1), { expandLastArg: true }); } catch (caught) { if (caught instanceof ArgExpansionBailout) { return allArgsBrokenOut(); } throw caught; } if (willBreak(lastArg)) { return [ breakParent, conditionalGroup([ ["(", ...headArgs, group(lastArg, { shouldBreak: true }), ")"], allArgsBrokenOut() ]) ]; } return conditionalGroup([ ["(", ...headArgs, lastArg, ")"], ["(", ...headArgs, group(lastArg, { shouldBreak: true }), ")"], allArgsBrokenOut() ]); } const contents = [ "(", indent([softline, ...printedArguments]), ifBreak(maybeTrailingComma), softline, ")" ]; if (isLongCurriedCallExpression(path)) { return contents; } return group(contents, { shouldBreak: printedArguments.some(willBreak) || anyArgEmptyLine }); } function couldExpandArg(arg, arrowChainRecursion = false) { return isObjectExpression(arg) && (arg.properties.length > 0 || hasComment(arg)) || isArrayExpression(arg) && (arg.elements.length > 0 || hasComment(arg)) || arg.type === "TSTypeAssertion" && couldExpandArg(arg.expression) || isBinaryCastExpression(arg) && couldExpandArg(arg.expression) || arg.type === "FunctionExpression" || arg.type === "ArrowFunctionExpression" && // we want to avoid breaking inside composite return types but not simple keywords // https://github.com/prettier/prettier/issues/4070 // export class Thing implements OtherThing { // do: (type: Type) => Provider<Prop> = memoize( // (type: ObjectType): Provider<Opts> => {} // ); // } // https://github.com/prettier/prettier/issues/6099 // app.get("/", (req, res): void => { // res.send("Hello World!"); // }); (!arg.returnType || !arg.returnType.typeAnnotation || arg.returnType.typeAnnotation.type !== "TSTypeReference" || // https://github.com/prettier/prettier/issues/7542 isNonEmptyBlockStatement(arg.body)) && (arg.body.type === "BlockStatement" || arg.body.type === "ArrowFunctionExpression" && couldExpandArg(arg.body, true) || isObjectExpression(arg.body) || isArrayExpression(arg.body) || !arrowChainRecursion && (isCallExpression(arg.body) || arg.body.type === "ConditionalExpression") || isJsxElement(arg.body)) || arg.type === "DoExpression" || arg.type === "ModuleExpression"; } function shouldExpandLastArg(args, argDocs, options2) { var _a, _b; const lastArg = at_default( /* isOptionalObject */ false, args, -1 ); if (args.length === 1) { const lastArgDoc = at_default( /* isOptionalObject */ false, argDocs, -1 ); if (((_a = lastArgDoc.label) == null ? void 0 : _a.embed) && ((_b = lastArgDoc.label) == null ? void 0 : _b.hug) !== false) { return true; } } const penultimateArg = at_default( /* isOptionalObject */ false, args, -2 ); return !hasComment(lastArg, CommentCheckFlags.Leading) && !hasComment(lastArg, CommentCheckFlags.Trailing) && couldExpandArg(lastArg) && // If the last two arguments are of the same type, // disable last element expansion. (!penultimateArg || penultimateArg.type !== lastArg.type) && // useMemo(() => func(), [foo, bar, baz]) (args.length !== 2 || penultimateArg.type !== "ArrowFunctionExpression" || !isArrayExpression(lastArg)) && !(args.length > 1 && isConciselyPrintedArray(lastArg, options2)); } function shouldExpandFirstArg(args) { if (args.length !== 2) { return false; } const [firstArg, secondArg] = args; if (firstArg.type === "ModuleExpression" && isTypeModuleObjectExpression(secondArg)) { return true; } return !hasComment(firstArg) && (firstArg.type === "FunctionExpression" || firstArg.type === "ArrowFunctionExpression" && firstArg.body.type === "BlockStatement") && secondArg.type !== "FunctionExpression" && secondArg.type !== "ArrowFunctionExpression" && secondArg.type !== "ConditionalExpression" && isHopefullyShortCallArgument(secondArg) && !couldExpandArg(secondArg); } function isHopefullyShortCallArgument(node) { if (node.type === "ParenthesizedExpression") { return isHopefullyShortCallArgument(node.expression); } if (isBinaryCastExpression(node) || node.type === "TypeCastExpression") { let { typeAnnotation } = node; if (typeAnnotation.type === "TypeAnnotation") { typeAnnotation = typeAnnotation.typeAnnotation; } if (typeAnnotation.type === "TSArrayType") { typeAnnotation = typeAnnotation.elementType; if (typeAnnotation.type === "TSArrayType") { typeAnnotation = typeAnnotation.elementType; } } if (typeAnnotation.type === "GenericTypeAnnotation" || typeAnnotation.type === "TSTypeReference") { const typeArguments = typeAnnotation.typeArguments ?? typeAnnotation.typeParameters; if ((typeArguments == null ? void 0 : typeArguments.params.length) === 1) { typeAnnotation = typeArguments.params[0]; } } return isSimpleType(typeAnnotation) && isSimpleCallArgument(node.expression, 1); } if (isCallLikeExpression(node) && getCallArguments(node).length > 1) { return false; } if (isBinaryish(node)) { return isSimpleCallArgument(node.left, 1) && isSimpleCallArgument(node.right, 1); } return isRegExpLiteral(node) || isSimpleCallArgument(node); } function isReactHookCallWithDepsArray(args) { if (args.length === 2) { return isValidHookCallbackAndDepsFormat( args, /* baseIndex */ 0 ); } if (args.length === 3) { return args[0].type === "Identifier" && isValidHookCallbackAndDepsFormat( args, /* baseIndex */ 1 ); } return false; } function isValidHookCallbackAndDepsFormat(args, baseIndex) { const maybeArrowFunction = args[baseIndex]; const maybeDepsArray = args[baseIndex + 1]; return maybeArrowFunction.type === "ArrowFunctionExpression" && getFunctionParameters(maybeArrowFunction).length === 0 && maybeArrowFunction.body.type === "BlockStatement" && maybeDepsArray.type === "ArrayExpression" && !args.some((arg) => hasComment(arg)); } function isNonEmptyBlockStatement(node) { return node.type === "BlockStatement" && (node.body.some((node2) => node2.type !== "EmptyStatement") || hasComment(node, CommentCheckFlags.Dangling)); } function isTypeModuleObjectExpression(node) { return node.type === "ObjectExpression" && node.properties.length === 1 && isObjectProperty(node.properties[0]) && node.properties[0].key.type === "Identifier" && node.properties[0].key.name === "type" && isStringLiteral(node.properties[0].value) && node.properties[0].value.value === "module"; } var call_arguments_default = printCallArguments; // src/language-js/print/member.js var isCallExpressionWithArguments = (node) => { if (node.type === "ChainExpression" || node.type === "TSNonNullExpression") { node = node.expression; } return isCallExpression(node) && getCallArguments(node).length > 0; }; function printMemberExpression(path, options2, print3) { var _a; const objectDoc = print3("object"); const lookupDoc = printMemberLookup(path, options2, print3); const { node } = path; const firstNonMemberParent = path.findAncestor( (node2) => !(isMemberExpression(node2) || node2.type === "TSNonNullExpression") ); const firstNonChainElementWrapperParent = path.findAncestor( (node2) => !(node2.type === "ChainExpression" || node2.type === "TSNonNullExpression") ); const shouldInline = firstNonMemberParent && (firstNonMemberParent.type === "NewExpression" || firstNonMemberParent.type === "BindExpression" || firstNonMemberParent.type === "AssignmentExpression" && firstNonMemberParent.left.type !== "Identifier") || node.computed || node.object.type === "Identifier" && node.property.type === "Identifier" && !isMemberExpression(firstNonChainElementWrapperParent) || (firstNonChainElementWrapperParent.type === "AssignmentExpression" || firstNonChainElementWrapperParent.type === "VariableDeclarator") && (isCallExpressionWithArguments(node.object) || ((_a = objectDoc.label) == null ? void 0 : _a.memberChain)); return label(objectDoc.label, [ objectDoc, shouldInline ? lookupDoc : group(indent([softline, lookupDoc])) ]); } function printMemberLookup(path, options2, print3) { const property = print3("property"); const { node } = path; const optional = printOptionalToken(path); if (!node.computed) { return [optional, ".", property]; } if (!node.property || isNumericLiteral(node.property)) { return [optional, "[", property, "]"]; } return group([optional, "[", indent([softline, property]), softline, "]"]); } // src/language-js/print/member-chain.js function printMemberChain(path, options2, print3) { if (path.node.type === "ChainExpression") { return path.call( () => printMemberChain(path, options2, print3), "expression" ); } const isExpressionStatement = (path.parent.type === "ChainExpression" ? path.grandparent : path.parent).type === "ExpressionStatement"; const printedNodes = []; function shouldInsertEmptyLineAfter(node2) { const { originalText } = options2; const nextCharIndex = get_next_non_space_non_comment_character_index_default( originalText, locEnd(node2) ); const nextChar = originalText.charAt(nextCharIndex); if (nextChar === ")") { return nextCharIndex !== false && is_next_line_empty_default(originalText, nextCharIndex + 1); } return isNextLineEmpty2(node2, options2); } function rec() { const { node: node2 } = path; if (node2.type === "ChainExpression") { return path.call(rec, "expression"); } if (isCallExpression(node2) && (isMemberish(node2.callee) || isCallExpression(node2.callee))) { const hasTrailingEmptyLine = shouldInsertEmptyLineAfter(node2); printedNodes.unshift({ node: node2, hasTrailingEmptyLine, printed: [ printComments( path, [ printOptionalToken(path), printFunctionTypeParameters(path, options2, print3), call_arguments_default(path, options2, print3) ], options2 ), hasTrailingEmptyLine ? hardline : "" ] }); path.call(rec, "callee"); } else if (isMemberish(node2)) { printedNodes.unshift({ node: node2, needsParens: needs_parens_default(path, options2), printed: printComments( path, isMemberExpression(node2) ? printMemberLookup(path, options2, print3) : printBindExpressionCallee(path, options2, print3), options2 ) }); path.call(rec, "object"); } else if (node2.type === "TSNonNullExpression") { printedNodes.unshift({ node: node2, printed: printComments(path, "!", options2) }); path.call(rec, "expression"); } else { printedNodes.unshift({ node: node2, printed: print3() }); } } const { node } = path; printedNodes.unshift({ node, printed: [ printOptionalToken(path), printFunctionTypeParameters(path, options2, print3), call_arguments_default(path, options2, print3) ] }); if (node.callee) { path.call(rec, "callee"); } const groups = []; let currentGroup = [printedNodes[0]]; let i = 1; for (; i < printedNodes.length; ++i) { if (printedNodes[i].node.type === "TSNonNullExpression" || isCallExpression(printedNodes[i].node) || isMemberExpression(printedNodes[i].node) && printedNodes[i].node.computed && isNumericLiteral(printedNodes[i].node.property)) { currentGroup.push(printedNodes[i]); } else { break; } } if (!isCallExpression(printedNodes[0].node)) { for (; i + 1 < printedNodes.length; ++i) { if (isMemberish(printedNodes[i].node) && isMemberish(printedNodes[i + 1].node)) { currentGroup.push(printedNodes[i]); } else { break; } } } groups.push(currentGroup); currentGroup = []; let hasSeenCallExpression = false; for (; i < printedNodes.length; ++i) { if (hasSeenCallExpression && isMemberish(printedNodes[i].node)) { if (printedNodes[i].node.computed && isNumericLiteral(printedNodes[i].node.property)) { currentGroup.push(printedNodes[i]); continue; } groups.push(currentGroup); currentGroup = []; hasSeenCallExpression = false; } if (isCallExpression(printedNodes[i].node) || printedNodes[i].node.type === "ImportExpression") { hasSeenCallExpression = true; } currentGroup.push(printedNodes[i]); if (hasComment(printedNodes[i].node, CommentCheckFlags.Trailing)) { groups.push(currentGroup); currentGroup = []; hasSeenCallExpression = false; } } if (currentGroup.length > 0) { groups.push(currentGroup); } function isFactory(name) { return /^[A-Z]|^[$_]+$/u.test(name); } function isShort(name) { return name.length <= options2.tabWidth; } function shouldNotWrap(groups2) { var _a; const hasComputed = (_a = groups2[1][0]) == null ? void 0 : _a.node.computed; if (groups2[0].length === 1) { const firstNode = groups2[0][0].node; return firstNode.type === "ThisExpression" || firstNode.type === "Identifier" && (isFactory(firstNode.name) || isExpressionStatement && isShort(firstNode.name) || hasComputed); } const lastNode = at_default( /* isOptionalObject */ false, groups2[0], -1 ).node; return isMemberExpression(lastNode) && lastNode.property.type === "Identifier" && (isFactory(lastNode.property.name) || hasComputed); } const shouldMerge = groups.length >= 2 && !hasComment(groups[1][0].node) && shouldNotWrap(groups); function printGroup(printedGroup) { const printed = printedGroup.map((tuple) => tuple.printed); if (printedGroup.length > 0 && at_default( /* isOptionalObject */ false, printedGroup, -1 ).needsParens) { return ["(", ...printed, ")"]; } return printed; } function printIndentedGroup(groups2) { if (groups2.length === 0) { return ""; } return indent([hardline, join(hardline, groups2.map(printGroup))]); } const printedGroups = groups.map(printGroup); const oneLine = printedGroups; const cutoff = shouldMerge ? 3 : 2; const flatGroups = groups.flat(); const nodeHasComment = flatGroups.slice(1, -1).some((node2) => hasComment(node2.node, CommentCheckFlags.Leading)) || flatGroups.slice(0, -1).some((node2) => hasComment(node2.node, CommentCheckFlags.Trailing)) || groups[cutoff] && hasComment(groups[cutoff][0].node, CommentCheckFlags.Leading); if (groups.length <= cutoff && !nodeHasComment && !groups.some((g) => at_default( /* isOptionalObject */ false, g, -1 ).hasTrailingEmptyLine)) { if (isLongCurriedCallExpression(path)) { return oneLine; } return group(oneLine); } const lastNodeBeforeIndent = at_default( /* isOptionalObject */ false, groups[shouldMerge ? 1 : 0], -1 ).node; const shouldHaveEmptyLineBeforeIndent = !isCallExpression(lastNodeBeforeIndent) && shouldInsertEmptyLineAfter(lastNodeBeforeIndent); const expanded = [ printGroup(groups[0]), shouldMerge ? groups.slice(1, 2).map(printGroup) : "", shouldHaveEmptyLineBeforeIndent ? hardline : "", printIndentedGroup(groups.slice(shouldMerge ? 2 : 1)) ]; const callExpressions = printedNodes.map(({ node: node2 }) => node2).filter(isCallExpression); function lastGroupWillBreakAndOtherCallsHaveFunctionArguments() { const lastGroupNode = at_default( /* isOptionalObject */ false, at_default( /* isOptionalObject */ false, groups, -1 ), -1 ).node; const lastGroupDoc = at_default( /* isOptionalObject */ false, printedGroups, -1 ); return isCallExpression(lastGroupNode) && willBreak(lastGroupDoc) && callExpressions.slice(0, -1).some((node2) => node2.arguments.some(isFunctionOrArrowExpression)); } let result; if (nodeHasComment || callExpressions.length > 2 && callExpressions.some( (expr) => !expr.arguments.every((arg) => isSimpleCallArgument(arg)) ) || printedGroups.slice(0, -1).some(willBreak) || lastGroupWillBreakAndOtherCallsHaveFunctionArguments()) { result = group(expanded); } else { result = [ // We only need to check `oneLine` because if `expanded` is chosen // that means that the parent group has already been broken // naturally willBreak(oneLine) || shouldHaveEmptyLineBeforeIndent ? breakParent : "", conditionalGroup([oneLine, expanded]) ]; } return label({ memberChain: true }, result); } var member_chain_default = printMemberChain; // src/language-js/print/call-expression.js function printCallExpression(path, options2, print3) { var _a; const { node } = path; const isNew = node.type === "NewExpression"; const isDynamicImport = node.type === "ImportExpression"; const optional = printOptionalToken(path); const args = getCallArguments(node); const isTemplateLiteralSingleArg = args.length === 1 && isTemplateOnItsOwnLine(args[0], options2.originalText); if (isTemplateLiteralSingleArg || // Dangling comments are not handled, all these special cases should have arguments #9668 // We want to keep CommonJS- and AMD-style require calls, and AMD-style // define calls, as a unit. // e.g. `define(["some/lib"], (lib) => {` isCommonsJsOrAmdModuleDefinition(path) || // Keep test declarations on a single line // e.g. `it('long name', () => {` isTestCall(node, path.parent)) { const printed = []; iterateCallArgumentsPath(path, () => { printed.push(print3()); }); if (!(isTemplateLiteralSingleArg && ((_a = printed[0].label) == null ? void 0 : _a.embed))) { return [ isNew ? "new " : "", printCallee(path, print3), optional, printFunctionTypeParameters(path, options2, print3), "(", join(", ", printed), ")" ]; } } if (!isDynamicImport && !isNew && isMemberish(node.callee) && !path.call( (path2) => needs_parens_default(path2, options2), "callee", ...node.callee.type === "ChainExpression" ? ["expression"] : [] )) { return member_chain_default(path, options2, print3); } const contents = [ isNew ? "new " : "", printCallee(path, print3), optional, printFunctionTypeParameters(path, options2, print3), call_arguments_default(path, options2, print3) ]; if (isDynamicImport || isCallExpression(node.callee)) { return group(contents); } return contents; } function printCallee(path, print3) { const { node } = path; if (node.type === "ImportExpression") { return `import${node.phase ? `.${node.phase}` : ""}`; } return print3("callee"); } function isCommonsJsOrAmdModuleDefinition(path) { const { node } = path; if (node.type !== "CallExpression" || node.optional) { return false; } if (node.callee.type !== "Identifier") { return false; } const args = getCallArguments(node); if (node.callee.name === "require") { return args.length === 1 && isStringLiteral(args[0]) || args.length > 1; } if (node.callee.name === "define" && path.parent.type === "ExpressionStatement") { return args.length === 1 || args.length === 2 && args[0].type === "ArrayExpression" || args.length === 3 && isStringLiteral(args[0]) && args[1].type === "ArrayExpression"; } return false; } // src/language-js/print/assignment.js function printAssignment(path, options2, print3, leftDoc, operator, rightPropertyName) { const layout = chooseLayout(path, options2, print3, leftDoc, rightPropertyName); const rightDoc = rightPropertyName ? print3(rightPropertyName, { assignmentLayout: layout }) : ""; switch (layout) { // First break after operator, then the sides are broken independently on their own lines case "break-after-operator": return group([group(leftDoc), operator, group(indent([line, rightDoc]))]); // First break right-hand side, then left-hand side case "never-break-after-operator": return group([group(leftDoc), operator, " ", rightDoc]); // First break right-hand side, then after operator case "fluid": { const groupId = Symbol("assignment"); return group([ group(leftDoc), operator, group(indent(line), { id: groupId }), lineSuffixBoundary, indentIfBreak(rightDoc, { groupId }) ]); } case "break-lhs": return group([leftDoc, operator, " ", group(rightDoc)]); // Parts of assignment chains aren't wrapped in groups. // Once one of them breaks, the chain breaks too. case "chain": return [group(leftDoc), operator, line, rightDoc]; case "chain-tail": return [group(leftDoc), operator, indent([line, rightDoc])]; case "chain-tail-arrow-chain": return [group(leftDoc), operator, rightDoc]; case "only-left": return leftDoc; } } function printAssignmentExpression(path, options2, print3) { const { node } = path; return printAssignment( path, options2, print3, print3("left"), [" ", node.operator], "right" ); } function printVariableDeclarator(path, options2, print3) { return printAssignment(path, options2, print3, print3("id"), " =", "init"); } function chooseLayout(path, options2, print3, leftDoc, rightPropertyName) { const { node } = path; const rightNode = node[rightPropertyName]; if (!rightNode) { return "only-left"; } const isTail = !isAssignment(rightNode); const shouldUseChainFormatting = path.match( isAssignment, isAssignmentOrVariableDeclarator, (node2) => !isTail || node2.type !== "ExpressionStatement" && node2.type !== "VariableDeclaration" ); if (shouldUseChainFormatting) { return !isTail ? "chain" : rightNode.type === "ArrowFunctionExpression" && rightNode.body.type === "ArrowFunctionExpression" ? "chain-tail-arrow-chain" : "chain-tail"; } const isHeadOfLongChain = !isTail && isAssignment(rightNode.right); if (isHeadOfLongChain || hasLeadingOwnLineComment(options2.originalText, rightNode)) { return "break-after-operator"; } if (node.type === "ImportAttribute" || rightNode.type === "CallExpression" && rightNode.callee.name === "require" || // do not put values on a separate line from the key in json options2.parser === "json5" || options2.parser === "jsonc" || options2.parser === "json") { return "never-break-after-operator"; } const canBreakLeftDoc = canBreak(leftDoc); if (isComplexDestructuring(node) || hasComplexTypeAnnotation(node) || isArrowFunctionVariableDeclarator(node) && canBreakLeftDoc) { return "break-lhs"; } const hasShortKey = isObjectPropertyWithShortKey(node, leftDoc, options2); if (path.call( () => shouldBreakAfterOperator(path, options2, print3, hasShortKey), rightPropertyName )) { return "break-after-operator"; } if (isComplexTypeAliasParams(node)) { return "break-lhs"; } if (!canBreakLeftDoc && (hasShortKey || rightNode.type === "TemplateLiteral" || rightNode.type === "TaggedTemplateExpression" || isBooleanLiteral(rightNode) || isNumericLiteral(rightNode) || rightNode.type === "ClassExpression")) { return "never-break-after-operator"; } return "fluid"; } function shouldBreakAfterOperator(path, options2, print3, hasShortKey) { const rightNode = path.node; if (isBinaryish(rightNode) && !shouldInlineLogicalExpression(rightNode)) { return true; } switch (rightNode.type) { case "StringLiteralTypeAnnotation": case "SequenceExpression": return true; case "TSConditionalType": case "ConditionalTypeAnnotation": if (!options2.experimentalTernaries && !shouldBreakBeforeConditionalType(rightNode)) { break; } return true; case "ConditionalExpression": { if (!options2.experimentalTernaries) { const { test } = rightNode; return isBinaryish(test) && !shouldInlineLogicalExpression(test); } const { consequent, alternate } = rightNode; return consequent.type === "ConditionalExpression" || alternate.type === "ConditionalExpression"; } case "ClassExpression": return is_non_empty_array_default(rightNode.decorators); } if (hasShortKey) { return false; } let node = rightNode; const propertiesForPath = []; while (true) { if (node.type === "UnaryExpression" || node.type === "AwaitExpression" || node.type === "YieldExpression" && node.argument !== null) { node = node.argument; propertiesForPath.push("argument"); } else if (node.type === "TSNonNullExpression") { node = node.expression; propertiesForPath.push("expression"); } else { break; } } if (isStringLiteral(node) || path.call( () => isPoorlyBreakableMemberOrCallChain(path, options2, print3), ...propertiesForPath )) { return true; } return false; } function isComplexDestructuring(node) { if (isAssignmentOrVariableDeclarator(node)) { const leftNode = node.left || node.id; return leftNode.type === "ObjectPattern" && leftNode.properties.length > 2 && leftNode.properties.some( (property) => { var _a; return isObjectProperty(property) && (!property.shorthand || ((_a = property.value) == null ? void 0 : _a.type) === "AssignmentPattern"); } ); } return false; } function isAssignment(node) { return node.type === "AssignmentExpression"; } function isAssignmentOrVariableDeclarator(node) { return isAssignment(node) || node.type === "VariableDeclarator"; } function isComplexTypeAliasParams(node) { const typeParams = getTypeParametersFromTypeAlias(node); if (is_non_empty_array_default(typeParams)) { const constraintPropertyName = node.type === "TSTypeAliasDeclaration" ? "constraint" : "bound"; if (typeParams.length > 1 && typeParams.some((param) => param[constraintPropertyName] || param.default)) { return true; } } return false; } var isTypeAlias = create_type_check_function_default([ "TSTypeAliasDeclaration", "TypeAlias" ]); function getTypeParametersFromTypeAlias(node) { var _a; if (isTypeAlias(node)) { return (_a = node.typeParameters) == null ? void 0 : _a.params; } } function hasComplexTypeAnnotation(node) { if (node.type !== "VariableDeclarator") { return false; } const { typeAnnotation } = node.id; if (!typeAnnotation || !typeAnnotation.typeAnnotation) { return false; } const typeParams = getTypeParametersFromTypeReference( typeAnnotation.typeAnnotation ); return is_non_empty_array_default(typeParams) && typeParams.length > 1 && typeParams.some( (param) => is_non_empty_array_default(getTypeParametersFromTypeReference(param)) || param.type === "TSConditionalType" ); } function isArrowFunctionVariableDeclarator(node) { var _a; return node.type === "VariableDeclarator" && ((_a = node.init) == null ? void 0 : _a.type) === "ArrowFunctionExpression"; } var isTypeReference = create_type_check_function_default([ "TSTypeReference", "GenericTypeAnnotation" ]); function getTypeParametersFromTypeReference(node) { var _a; if (isTypeReference(node)) { return (_a = node.typeArguments ?? node.typeParameters) == null ? void 0 : _a.params; } } function isPoorlyBreakableMemberOrCallChain(path, options2, print3, deep = false) { var _a; const { node } = path; const goDeeper = () => isPoorlyBreakableMemberOrCallChain(path, options2, print3, true); if (node.type === "ChainExpression" || node.type === "TSNonNullExpression") { return path.call(goDeeper, "expression"); } if (isCallExpression(node)) { const doc = printCallExpression(path, options2, print3); if ((_a = doc.label) == null ? void 0 : _a.memberChain) { return false; } const args = getCallArguments(node); const isPoorlyBreakableCall = args.length === 0 || args.length === 1 && isLoneShortArgument(args[0], options2); if (!isPoorlyBreakableCall) { return false; } if (isCallExpressionWithComplexTypeArguments(node, print3)) { return false; } return path.call(goDeeper, "callee"); } if (isMemberExpression(node)) { return path.call(goDeeper, "object"); } return deep && (node.type === "Identifier" || node.type === "ThisExpression"); } function isObjectPropertyWithShortKey(node, keyDoc, options2) { if (!isObjectProperty(node)) { return false; } keyDoc = cleanDoc(keyDoc); const MIN_OVERLAP_FOR_BREAK = 3; return typeof keyDoc === "string" && get_string_width_default(keyDoc) < options2.tabWidth + MIN_OVERLAP_FOR_BREAK; } function isCallExpressionWithComplexTypeArguments(node, print3) { const typeArgs = getTypeArgumentsFromCallExpression(node); if (is_non_empty_array_default(typeArgs)) { if (typeArgs.length > 1) { return true; } if (typeArgs.length === 1) { const firstArg = typeArgs[0]; if (isUnionType(firstArg) || isIntersectionType(firstArg) || firstArg.type === "TSTypeLiteral" || firstArg.type === "ObjectTypeAnnotation") { return true; } } const typeArgsKeyName = node.typeParameters ? "typeParameters" : "typeArguments"; if (willBreak(print3(typeArgsKeyName))) { return true; } } return false; } function getTypeArgumentsFromCallExpression(node) { var _a; return (_a = node.typeParameters ?? node.typeArguments) == null ? void 0 : _a.params; } function shouldBreakBeforeConditionalType(node) { function isGeneric(subNode) { switch (subNode.type) { case "FunctionTypeAnnotation": case "GenericTypeAnnotation": case "TSFunctionType": return Boolean(subNode.typeParameters); case "TSTypeReference": return Boolean( // TODO: Use `typeArguments` only when babel align with TS. subNode.typeArguments ?? subNode.typeParameters ); default: return false; } } return isGeneric(node.checkType) || isGeneric(node.extendsType); } // src/language-js/print/function-parameters.js function printFunctionParameters(path, options2, print3, expandArg, printTypeParams) { const functionNode = path.node; const parameters = getFunctionParameters(functionNode); const typeParams = printTypeParams ? printFunctionTypeParameters(path, options2, print3) : ""; if (parameters.length === 0) { return [ typeParams, "(", printDanglingComments(path, options2, { filter: (comment) => get_next_non_space_non_comment_character_default( options2.originalText, locEnd(comment) ) === ")" }), ")" ]; } const { parent } = path; const isParametersInTestCall = isTestCall(parent); const shouldHugParameters = shouldHugTheOnlyFunctionParameter(functionNode); const printed = []; iterateFunctionParametersPath(path, (parameterPath, index) => { const isLastParameter = index === parameters.length - 1; if (isLastParameter && functionNode.rest) { printed.push("..."); } printed.push(print3()); if (isLastParameter) { return; } printed.push(","); if (isParametersInTestCall || shouldHugParameters) { printed.push(" "); } else if (isNextLineEmpty2(parameters[index], options2)) { printed.push(hardline, hardline); } else { printed.push(line); } }); if (expandArg && !isDecoratedFunction(path)) { if (willBreak(typeParams) || willBreak(printed)) { throw new ArgExpansionBailout(); } return group([removeLines(typeParams), "(", removeLines(printed), ")"]); } const hasNotParameterDecorator = parameters.every( (node) => !is_non_empty_array_default(node.decorators) ); if (shouldHugParameters && hasNotParameterDecorator) { return [typeParams, "(", ...printed, ")"]; } if (isParametersInTestCall) { return [typeParams, "(", ...printed, ")"]; } const isFlowShorthandWithOneArg = (isFlowObjectTypePropertyAFunction(parent) || isTypeAnnotationAFunction(parent) || parent.type === "TypeAlias" || parent.type === "UnionTypeAnnotation" || parent.type === "IntersectionTypeAnnotation" || parent.type === "FunctionTypeAnnotation" && parent.returnType === functionNode) && parameters.length === 1 && parameters[0].name === null && // `type q = (this: string) => void;` functionNode.this !== parameters[0] && parameters[0].typeAnnotation && functionNode.typeParameters === null && isSimpleType(parameters[0].typeAnnotation) && !functionNode.rest; if (isFlowShorthandWithOneArg) { if (options2.arrowParens === "always" || functionNode.type === "HookTypeAnnotation") { return ["(", ...printed, ")"]; } return printed; } return [ typeParams, "(", indent([softline, ...printed]), ifBreak( !hasRestParameter(functionNode) && shouldPrintComma(options2, "all") ? "," : "" ), softline, ")" ]; } function shouldHugTheOnlyFunctionParameter(node) { if (!node) { return false; } const parameters = getFunctionParameters(node); if (parameters.length !== 1) { return false; } const [parameter] = parameters; return !hasComment(parameter) && (parameter.type === "ObjectPattern" || parameter.type === "ArrayPattern" || parameter.type === "Identifier" && parameter.typeAnnotation && (parameter.typeAnnotation.type === "TypeAnnotation" || parameter.typeAnnotation.type === "TSTypeAnnotation") && isObjectType(parameter.typeAnnotation.typeAnnotation) || parameter.type === "FunctionTypeParam" && isObjectType(parameter.typeAnnotation) && parameter !== node.rest || parameter.type === "AssignmentPattern" && (parameter.left.type === "ObjectPattern" || parameter.left.type === "ArrayPattern") && (parameter.right.type === "Identifier" || isObjectExpression(parameter.right) && parameter.right.properties.length === 0 || isArrayExpression(parameter.right) && parameter.right.elements.length === 0)); } function getReturnTypeNode(functionNode) { let returnTypeNode; if (functionNode.returnType) { returnTypeNode = functionNode.returnType; if (returnTypeNode.typeAnnotation) { returnTypeNode = returnTypeNode.typeAnnotation; } } else if (functionNode.typeAnnotation) { returnTypeNode = functionNode.typeAnnotation; } return returnTypeNode; } function shouldGroupFunctionParameters(functionNode, returnTypeDoc) { var _a; const returnTypeNode = getReturnTypeNode(functionNode); if (!returnTypeNode) { return false; } const typeParameters = (_a = functionNode.typeParameters) == null ? void 0 : _a.params; if (typeParameters) { if (typeParameters.length > 1) { return false; } if (typeParameters.length === 1) { const typeParameter = typeParameters[0]; if (typeParameter.constraint || typeParameter.default) { return false; } } } return getFunctionParameters(functionNode).length === 1 && (isObjectType(returnTypeNode) || willBreak(returnTypeDoc)); } function isDecoratedFunction(path) { return path.match( (node) => node.type === "ArrowFunctionExpression" && node.body.type === "BlockStatement", (node, name) => { if (node.type === "CallExpression" && name === "arguments" && node.arguments.length === 1 && node.callee.type === "CallExpression") { const decorator = node.callee.callee; return decorator.type === "Identifier" || decorator.type === "MemberExpression" && !decorator.computed && decorator.object.type === "Identifier" && decorator.property.type === "Identifier"; } return false; }, (node, name) => node.type === "VariableDeclarator" && name === "init" || node.type === "ExportDefaultDeclaration" && name === "declaration" || node.type === "TSExportAssignment" && name === "expression" || node.type === "AssignmentExpression" && name === "right" && node.left.type === "MemberExpression" && node.left.object.type === "Identifier" && node.left.object.name === "module" && node.left.property.type === "Identifier" && node.left.property.name === "exports", (node) => node.type !== "VariableDeclaration" || node.kind === "const" && node.declarations.length === 1 ); } function shouldBreakFunctionParameters(functionNode) { const parameters = getFunctionParameters(functionNode); return parameters.length > 1 && parameters.some((parameter) => parameter.type === "TSParameterProperty"); } // src/language-js/print/type-annotation.js var isVoidType = create_type_check_function_default([ "VoidTypeAnnotation", "TSVoidKeyword", "NullLiteralTypeAnnotation", "TSNullKeyword" ]); var isObjectLikeType = create_type_check_function_default([ "ObjectTypeAnnotation", "TSTypeLiteral", // This is a bit aggressive but captures Array<{x}> "GenericTypeAnnotation", "TSTypeReference" ]); function shouldHugUnionType(node) { const { types } = node; if (types.some((node2) => hasComment(node2))) { return false; } const objectType = types.find((node2) => isObjectLikeType(node2)); if (!objectType) { return false; } return types.every((node2) => node2 === objectType || isVoidType(node2)); } function shouldHugType(node) { if (isSimpleType(node) || isObjectType(node)) { return true; } if (isUnionType(node)) { return shouldHugUnionType(node); } return false; } function printOpaqueType(path, options2, print3) { const semi = options2.semi ? ";" : ""; const { node } = path; const parts = [ printDeclareToken(path), "opaque type ", print3("id"), print3("typeParameters") ]; if (node.supertype) { parts.push(": ", print3("supertype")); } if (node.impltype) { parts.push(" = ", print3("impltype")); } parts.push(semi); return parts; } function printTypeAlias(path, options2, print3) { const semi = options2.semi ? ";" : ""; const { node } = path; const parts = [printDeclareToken(path)]; parts.push("type ", print3("id"), print3("typeParameters")); const rightPropertyName = node.type === "TSTypeAliasDeclaration" ? "typeAnnotation" : "right"; return [ printAssignment(path, options2, print3, parts, " =", rightPropertyName), semi ]; } function printIntersectionType(path, options2, print3) { let wasIndented = false; return group( path.map(({ isFirst, previous, node, index }) => { const doc = print3(); if (isFirst) { return doc; } const currentIsObjectType = isObjectType(node); const previousIsObjectType = isObjectType(previous); if (previousIsObjectType && currentIsObjectType) { return [" & ", wasIndented ? indent(doc) : doc]; } if ( // If no object is involved, go to the next line if it breaks !previousIsObjectType && !currentIsObjectType || hasLeadingOwnLineComment(options2.originalText, node) ) { if (options2.experimentalOperatorPosition === "start") { return indent([line, "& ", doc]); } return indent([" &", line, doc]); } if (index > 1) { wasIndented = true; } return [" & ", index > 1 ? indent(doc) : doc]; }, "types") ); } function printUnionType(path, options2, print3) { const { node } = path; const { parent } = path; const shouldIndent = parent.type !== "TypeParameterInstantiation" && (!isConditionalType(parent) || !options2.experimentalTernaries) && parent.type !== "TSTypeParameterInstantiation" && parent.type !== "GenericTypeAnnotation" && parent.type !== "TSTypeReference" && parent.type !== "TSTypeAssertion" && parent.type !== "TupleTypeAnnotation" && parent.type !== "TSTupleType" && !(parent.type === "FunctionTypeParam" && !parent.name && path.grandparent.this !== parent) && !((parent.type === "TypeAlias" || parent.type === "VariableDeclarator" || parent.type === "TSTypeAliasDeclaration") && hasLeadingOwnLineComment(options2.originalText, node)); const shouldHug = shouldHugType(node); const printed = path.map((typePath) => { let printedType = print3(); if (!shouldHug) { printedType = align(2, printedType); } return printComments(typePath, printedType, options2); }, "types"); if (shouldHug) { return join(" | ", printed); } const shouldAddStartLine = shouldIndent && !hasLeadingOwnLineComment(options2.originalText, node); const code = [ ifBreak([shouldAddStartLine ? line : "", "| "]), join([line, "| "], printed) ]; if (needs_parens_default(path, options2)) { return group([indent(code), softline]); } if (parent.type === "TupleTypeAnnotation" || parent.type === "TSTupleType") { const elementTypes = parent[ // TODO: Remove `types` when babel changes AST of `TupleTypeAnnotation` parent.type === "TupleTypeAnnotation" && parent.types ? "types" : "elementTypes" ]; if (elementTypes.length > 1) { return group([ indent([ifBreak(["(", softline]), code]), softline, ifBreak(")") ]); } } return group(shouldIndent ? indent(code) : code); } function isFlowArrowFunctionTypeAnnotation(path) { var _a; const { node, parent } = path; return node.type === "FunctionTypeAnnotation" && (isFlowObjectTypePropertyAFunction(parent) || !((parent.type === "ObjectTypeProperty" || parent.type === "ObjectTypeInternalSlot") && !parent.variance && !parent.optional && hasSameLocStart(parent, node) || parent.type === "ObjectTypeCallProperty" || ((_a = path.getParentNode(2)) == null ? void 0 : _a.type) === "DeclareFunction")); } function printFunctionType(path, options2, print3) { const { node } = path; const parts = [ // `TSConstructorType` only printAbstractToken(path) ]; if (node.type === "TSConstructorType" || node.type === "TSConstructSignatureDeclaration") { parts.push("new "); } let parametersDoc = printFunctionParameters( path, options2, print3, /* expandArg */ false, /* printTypeParams */ true ); const returnTypeDoc = []; if (node.type === "FunctionTypeAnnotation") { returnTypeDoc.push( isFlowArrowFunctionTypeAnnotation(path) ? " => " : ": ", print3("returnType") ); } else { returnTypeDoc.push( printTypeAnnotationProperty( path, print3, node.returnType ? "returnType" : "typeAnnotation" ) ); } if (shouldGroupFunctionParameters(node, returnTypeDoc)) { parametersDoc = group(parametersDoc); } parts.push(parametersDoc, returnTypeDoc); return group(parts); } function printIndexedAccessType(path, options2, print3) { return [ print3("objectType"), printOptionalToken(path), "[", print3("indexType"), "]" ]; } function printInferType(path, options2, print3) { return ["infer ", print3("typeParameter")]; } function printJSDocType(path, print3, token) { const { node } = path; return [ node.postfix ? "" : token, printTypeAnnotationProperty(path, print3), node.postfix ? token : "" ]; } function printRestType(path, options2, print3) { const { node } = path; return [ "...", ...node.type === "TupleTypeSpreadElement" && node.label ? [print3("label"), ": "] : [], print3("typeAnnotation") ]; } function printNamedTupleMember(path, options2, print3) { const { node } = path; return [ // `TupleTypeLabeledElement` only node.variance ? print3("variance") : "", print3("label"), node.optional ? "?" : "", ": ", print3("elementType") ]; } var typeAnnotationNodesCheckedLeadingComments = /* @__PURE__ */ new WeakSet(); function printTypeAnnotationProperty(path, print3, propertyName = "typeAnnotation") { const { node: { [propertyName]: typeAnnotation } } = path; if (!typeAnnotation) { return ""; } let shouldPrintLeadingSpace = false; if (typeAnnotation.type === "TSTypeAnnotation" || typeAnnotation.type === "TypeAnnotation") { const firstToken = path.call(getTypeAnnotationFirstToken, propertyName); if (firstToken === "=>" || firstToken === ":" && hasComment(typeAnnotation, CommentCheckFlags.Leading)) { shouldPrintLeadingSpace = true; } typeAnnotationNodesCheckedLeadingComments.add(typeAnnotation); } return shouldPrintLeadingSpace ? [" ", print3(propertyName)] : print3(propertyName); } var getTypeAnnotationFirstToken = (path) => { if ( // TypeScript path.match( (node) => node.type === "TSTypeAnnotation", (node, key) => (key === "returnType" || key === "typeAnnotation") && (node.type === "TSFunctionType" || node.type === "TSConstructorType") ) ) { return "=>"; } if ( // TypeScript path.match( (node) => node.type === "TSTypeAnnotation", (node, key) => key === "typeAnnotation" && (node.type === "TSJSDocNullableType" || node.type === "TSJSDocNonNullableType" || node.type === "TSTypePredicate") ) || /* Flow ```js declare function foo(): void; ^^^^^^^^ `TypeAnnotation` ``` */ path.match( (node) => node.type === "TypeAnnotation", (node, key) => key === "typeAnnotation" && node.type === "Identifier", (node, key) => key === "id" && node.type === "DeclareFunction" ) || /* Flow ```js declare hook foo(): void; ^^^^^^^^ `TypeAnnotation` ``` */ path.match( (node) => node.type === "TypeAnnotation", (node, key) => key === "typeAnnotation" && node.type === "Identifier", (node, key) => key === "id" && node.type === "DeclareHook" ) || /* Flow ```js type A = () => infer R extends string; ^^^^^^ `TypeAnnotation` ``` */ path.match( (node) => node.type === "TypeAnnotation", (node, key) => key === "bound" && node.type === "TypeParameter" && node.usesExtendsBound ) ) { return ""; } return ":"; }; function printTypeAnnotation(path, options2, print3) { if (false) { const { node } = path; if (!typeAnnotationNodesCheckedLeadingComments.has(node)) { throw Object.assign( new Error( `'${node.type}' should be printed by '${printTypeAnnotationProperty.name}' function.` ), { parentNode: path.parent, propertyName: path.key } ); } } const token = getTypeAnnotationFirstToken(path); return token ? [token, " ", print3("typeAnnotation")] : print3("typeAnnotation"); } function printArrayType(print3) { return [print3("elementType"), "[]"]; } function printTypeQuery({ node }, print3) { const argumentPropertyName = node.type === "TSTypeQuery" ? "exprName" : "argument"; const typeArgsPropertyName = ( // TODO: Use `typeArguments` only when babel align with TS. node.type === "TypeofTypeAnnotation" || node.typeArguments ? "typeArguments" : "typeParameters" ); return ["typeof ", print3(argumentPropertyName), print3(typeArgsPropertyName)]; } function printTypePredicate(path, print3) { const { node } = path; const prefix = node.type === "TSTypePredicate" && node.asserts ? "asserts " : node.type === "TypePredicate" && node.kind ? `${node.kind} ` : ""; return [ prefix, print3("parameterName"), node.typeAnnotation ? [" is ", printTypeAnnotationProperty(path, print3)] : "" ]; } // src/language-js/print/misc.js function printOptionalToken(path) { const { node } = path; if (!node.optional || // It's an optional computed method parsed by typescript-estree. // "?" is printed in `printMethod`. node.type === "Identifier" && node === path.parent.key) { return ""; } if (isCallExpression(node) || isMemberExpression(node) && node.computed || node.type === "OptionalIndexedAccessType") { return "?."; } return "?"; } function printDefiniteToken(path) { return path.node.definite || path.match( void 0, (node, name) => name === "id" && node.type === "VariableDeclarator" && node.definite ) ? "!" : ""; } var flowDeclareNodeTypes = /* @__PURE__ */ new Set([ "DeclareClass", "DeclareComponent", "DeclareFunction", "DeclareHook", "DeclareVariable", "DeclareExportDeclaration", "DeclareExportAllDeclaration", "DeclareOpaqueType", "DeclareTypeAlias", "DeclareEnum", "DeclareInterface" ]); function printDeclareToken(path) { const { node } = path; return ( // TypeScript node.declare || // Flow flowDeclareNodeTypes.has(node.type) && path.parent.type !== "DeclareExportDeclaration" ? "declare " : "" ); } var tsAbstractNodeTypes = /* @__PURE__ */ new Set([ "TSAbstractMethodDefinition", "TSAbstractPropertyDefinition", "TSAbstractAccessorProperty" ]); function printAbstractToken({ node }) { return node.abstract || tsAbstractNodeTypes.has(node.type) ? "abstract " : ""; } function printFunctionTypeParameters(path, options2, print3) { const fun = path.node; if (fun.typeArguments) { return print3("typeArguments"); } if (fun.typeParameters) { return print3("typeParameters"); } return ""; } function printBindExpressionCallee(path, options2, print3) { return ["::", print3("callee")]; } function adjustClause(node, clause, forceSpace) { if (node.type === "EmptyStatement") { return ";"; } if (node.type === "BlockStatement" || forceSpace) { return [" ", clause]; } return indent([line, clause]); } function printRestSpread(path, print3) { return ["...", print3("argument"), printTypeAnnotationProperty(path, print3)]; } function printTypeScriptAccessibilityToken(node) { return node.accessibility ? node.accessibility + " " : ""; } // src/language-js/print/array.js function printEmptyArrayElements(path, options2, openBracket, closeBracket) { const { node } = path; const inexact = node.inexact ? "..." : ""; if (!hasComment(node, CommentCheckFlags.Dangling)) { return [openBracket, inexact, closeBracket]; } return group([ openBracket, inexact, printDanglingComments(path, options2, { indent: true }), softline, closeBracket ]); } function printArray(path, options2, print3) { const { node } = path; const parts = []; const openBracket = "["; const closeBracket = "]"; const elementsProperty = ( // TODO: Remove `types` when babel changes AST of `TupleTypeAnnotation` node.type === "TupleTypeAnnotation" && node.types ? "types" : node.type === "TSTupleType" || node.type === "TupleTypeAnnotation" ? "elementTypes" : "elements" ); const elements = node[elementsProperty]; if (elements.length === 0) { parts.push( printEmptyArrayElements(path, options2, openBracket, closeBracket) ); } else { const lastElem = at_default( /* isOptionalObject */ false, elements, -1 ); const canHaveTrailingComma = (lastElem == null ? void 0 : lastElem.type) !== "RestElement" && !node.inexact; const needsForcedTrailingComma = lastElem === null; const groupId = Symbol("array"); const shouldBreak = !options2.__inJestEach && elements.length > 1 && elements.every((element, i, elements2) => { const elementType = element == null ? void 0 : element.type; if (!isArrayExpression(element) && !isObjectExpression(element)) { return false; } const nextElement = elements2[i + 1]; if (nextElement && elementType !== nextElement.type) { return false; } const itemsKey = isArrayExpression(element) ? "elements" : "properties"; return element[itemsKey] && element[itemsKey].length > 1; }); const shouldUseConciseFormatting = isConciselyPrintedArray(node, options2); const trailingComma = !canHaveTrailingComma ? "" : needsForcedTrailingComma ? "," : !shouldPrintComma(options2) ? "" : shouldUseConciseFormatting ? ifBreak(",", "", { groupId }) : ifBreak(","); parts.push( group( [ openBracket, indent([ softline, shouldUseConciseFormatting ? printArrayElementsConcisely(path, options2, print3, trailingComma) : [ printArrayElements( path, options2, print3, elementsProperty, node.inexact ), trailingComma ], printDanglingComments(path, options2) ]), softline, closeBracket ], { shouldBreak, id: groupId } ) ); } parts.push( printOptionalToken(path), printTypeAnnotationProperty(path, print3) ); return parts; } function isConciselyPrintedArray(node, options2) { return isArrayExpression(node) && node.elements.length > 1 && node.elements.every( (element) => element && (isNumericLiteral(element) || isSignedNumericLiteral(element) && !hasComment(element.argument)) && !hasComment( element, CommentCheckFlags.Trailing | CommentCheckFlags.Line, (comment) => !has_newline_default(options2.originalText, locStart(comment), { backwards: true }) ) ); } function isLineAfterElementEmpty({ node }, { originalText: text }) { const skipComment = (idx) => skip_inline_comment_default(text, skip_trailing_comment_default(text, idx)); const skipToComma = (currentIdx) => text[currentIdx] === "," ? currentIdx : skipToComma(skipComment(currentIdx + 1)); return is_next_line_empty_default(text, skipToComma(locEnd(node))); } function printArrayElements(path, options2, print3, elementsProperty, inexact) { const parts = []; path.each(({ node, isLast }) => { parts.push(node ? group(print3()) : ""); if (!isLast || inexact) { parts.push([ ",", line, node && isLineAfterElementEmpty(path, options2) ? softline : "" ]); } }, elementsProperty); if (inexact) { parts.push("..."); } return parts; } function printArrayElementsConcisely(path, options2, print3, trailingComma) { const parts = []; path.each(({ isLast, next }) => { parts.push([print3(), isLast ? trailingComma : ","]); if (!isLast) { parts.push( isLineAfterElementEmpty(path, options2) ? [hardline, hardline] : hasComment(next, CommentCheckFlags.Leading | CommentCheckFlags.Line) ? hardline : line ); } }, "elements"); return fill(parts); } // node_modules/is-es5-identifier-name/index.js var identifierRegexp = /^[\$A-Z_a-z\xAA\xB5\xBA\xC0-\xD6\xD8-\xF6\xF8-\u02C1\u02C6-\u02D1\u02E0-\u02E4\u02EC\u02EE\u0370-\u0374\u0376\u0377\u037A-\u037D\u037F\u0386\u0388-\u038A\u038C\u038E-\u03A1\u03A3-\u03F5\u03F7-\u0481\u048A-\u052F\u0531-\u0556\u0559\u0561-\u0587\u05D0-\u05EA\u05F0-\u05F2\u0620-\u064A\u066E\u066F\u0671-\u06D3\u06D5\u06E5\u06E6\u06EE\u06EF\u06FA-\u06FC\u06FF\u0710\u0712-\u072F\u074D-\u07A5\u07B1\u07CA-\u07EA\u07F4\u07F5\u07FA\u0800-\u0815\u081A\u0824\u0828\u0840-\u0858\u08A0-\u08B4\u08B6-\u08BD\u0904-\u0939\u093D\u0950\u0958-\u0961\u0971-\u0980\u0985-\u098C\u098F\u0990\u0993-\u09A8\u09AA-\u09B0\u09B2\u09B6-\u09B9\u09BD\u09CE\u09DC\u09DD\u09DF-\u09E1\u09F0\u09F1\u0A05-\u0A0A\u0A0F\u0A10\u0A13-\u0A28\u0A2A-\u0A30\u0A32\u0A33\u0A35\u0A36\u0A38\u0A39\u0A59-\u0A5C\u0A5E\u0A72-\u0A74\u0A85-\u0A8D\u0A8F-\u0A91\u0A93-\u0AA8\u0AAA-\u0AB0\u0AB2\u0AB3\u0AB5-\u0AB9\u0ABD\u0AD0\u0AE0\u0AE1\u0AF9\u0B05-\u0B0C\u0B0F\u0B10\u0B13-\u0B28\u0B2A-\u0B30\u0B32\u0B33\u0B35-\u0B39\u0B3D\u0B5C\u0B5D\u0B5F-\u0B61\u0B71\u0B83\u0B85-\u0B8A\u0B8E-\u0B90\u0B92-\u0B95\u0B99\u0B9A\u0B9C\u0B9E\u0B9F\u0BA3\u0BA4\u0BA8-\u0BAA\u0BAE-\u0BB9\u0BD0\u0C05-\u0C0C\u0C0E-\u0C10\u0C12-\u0C28\u0C2A-\u0C39\u0C3D\u0C58-\u0C5A\u0C60\u0C61\u0C80\u0C85-\u0C8C\u0C8E-\u0C90\u0C92-\u0CA8\u0CAA-\u0CB3\u0CB5-\u0CB9\u0CBD\u0CDE\u0CE0\u0CE1\u0CF1\u0CF2\u0D05-\u0D0C\u0D0E-\u0D10\u0D12-\u0D3A\u0D3D\u0D4E\u0D54-\u0D56\u0D5F-\u0D61\u0D7A-\u0D7F\u0D85-\u0D96\u0D9A-\u0DB1\u0DB3-\u0DBB\u0DBD\u0DC0-\u0DC6\u0E01-\u0E30\u0E32\u0E33\u0E40-\u0E46\u0E81\u0E82\u0E84\u0E87\u0E88\u0E8A\u0E8D\u0E94-\u0E97\u0E99-\u0E9F\u0EA1-\u0EA3\u0EA5\u0EA7\u0EAA\u0EAB\u0EAD-\u0EB0\u0EB2\u0EB3\u0EBD\u0EC0-\u0EC4\u0EC6\u0EDC-\u0EDF\u0F00\u0F40-\u0F47\u0F49-\u0F6C\u0F88-\u0F8C\u1000-\u102A\u103F\u1050-\u1055\u105A-\u105D\u1061\u1065\u1066\u106E-\u1070\u1075-\u1081\u108E\u10A0-\u10C5\u10C7\u10CD\u10D0-\u10FA\u10FC-\u1248\u124A-\u124D\u1250-\u1256\u1258\u125A-\u125D\u1260-\u1288\u128A-\u128D\u1290-\u12B0\u12B2-\u12B5\u12B8-\u12BE\u12C0\u12C2-\u12C5\u12C8-\u12D6\u12D8-\u1310\u1312-\u1315\u1318-\u135A\u1380-\u138F\u13A0-\u13F5\u13F8-\u13FD\u1401-\u166C\u166F-\u167F\u1681-\u169A\u16A0-\u16EA\u16EE-\u16F8\u1700-\u170C\u170E-\u1711\u1720-\u1731\u1740-\u1751\u1760-\u176C\u176E-\u1770\u1780-\u17B3\u17D7\u17DC\u1820-\u1877\u1880-\u1884\u1887-\u18A8\u18AA\u18B0-\u18F5\u1900-\u191E\u1950-\u196D\u1970-\u1974\u1980-\u19AB\u19B0-\u19C9\u1A00-\u1A16\u1A20-\u1A54\u1AA7\u1B05-\u1B33\u1B45-\u1B4B\u1B83-\u1BA0\u1BAE\u1BAF\u1BBA-\u1BE5\u1C00-\u1C23\u1C4D-\u1C4F\u1C5A-\u1C7D\u1C80-\u1C88\u1CE9-\u1CEC\u1CEE-\u1CF1\u1CF5\u1CF6\u1D00-\u1DBF\u1E00-\u1F15\u1F18-\u1F1D\u1F20-\u1F45\u1F48-\u1F4D\u1F50-\u1F57\u1F59\u1F5B\u1F5D\u1F5F-\u1F7D\u1F80-\u1FB4\u1FB6-\u1FBC\u1FBE\u1FC2-\u1FC4\u1FC6-\u1FCC\u1FD0-\u1FD3\u1FD6-\u1FDB\u1FE0-\u1FEC\u1FF2-\u1FF4\u1FF6-\u1FFC\u2071\u207F\u2090-\u209C\u2102\u2107\u210A-\u2113\u2115\u2119-\u211D\u2124\u2126\u2128\u212A-\u212D\u212F-\u2139\u213C-\u213F\u2145-\u2149\u214E\u2160-\u2188\u2C00-\u2C2E\u2C30-\u2C5E\u2C60-\u2CE4\u2CEB-\u2CEE\u2CF2\u2CF3\u2D00-\u2D25\u2D27\u2D2D\u2D30-\u2D67\u2D6F\u2D80-\u2D96\u2DA0-\u2DA6\u2DA8-\u2DAE\u2DB0-\u2DB6\u2DB8-\u2DBE\u2DC0-\u2DC6\u2DC8-\u2DCE\u2DD0-\u2DD6\u2DD8-\u2DDE\u2E2F\u3005-\u3007\u3021-\u3029\u3031-\u3035\u3038-\u303C\u3041-\u3096\u309D-\u309F\u30A1-\u30FA\u30FC-\u30FF\u3105-\u312D\u3131-\u318E\u31A0-\u31BA\u31F0-\u31FF\u3400-\u4DB5\u4E00-\u9FD5\uA000-\uA48C\uA4D0-\uA4FD\uA500-\uA60C\uA610-\uA61F\uA62A\uA62B\uA640-\uA66E\uA67F-\uA69D\uA6A0-\uA6EF\uA717-\uA71F\uA722-\uA788\uA78B-\uA7AE\uA7B0-\uA7B7\uA7F7-\uA801\uA803-\uA805\uA807-\uA80A\uA80C-\uA822\uA840-\uA873\uA882-\uA8B3\uA8F2-\uA8F7\uA8FB\uA8FD\uA90A-\uA925\uA930-\uA946\uA960-\uA97C\uA984-\uA9B2\uA9CF\uA9E0-\uA9E4\uA9E6-\uA9EF\uA9FA-\uA9FE\uAA00-\uAA28\uAA40-\uAA42\uAA44-\uAA4B\uAA60-\uAA76\uAA7A\uAA7E-\uAAAF\uAAB1\uAAB5\uAAB6\uAAB9-\uAABD\uAAC0\uAAC2\uAADB-\uAADD\uAAE0-\uAAEA\uAAF2-\uAAF4\uAB01-\uAB06\uAB09-\uAB0E\uAB11-\uAB16\uAB20-\uAB26\uAB28-\uAB2E\uAB30-\uAB5A\uAB5C-\uAB65\uAB70-\uABE2\uAC00-\uD7A3\uD7B0-\uD7C6\uD7CB-\uD7FB\uF900-\uFA6D\uFA70-\uFAD9\uFB00-\uFB06\uFB13-\uFB17\uFB1D\uFB1F-\uFB28\uFB2A-\uFB36\uFB38-\uFB3C\uFB3E\uFB40\uFB41\uFB43\uFB44\uFB46-\uFBB1\uFBD3-\uFD3D\uFD50-\uFD8F\uFD92-\uFDC7\uFDF0-\uFDFB\uFE70-\uFE74\uFE76-\uFEFC\uFF21-\uFF3A\uFF41-\uFF5A\uFF66-\uFFBE\uFFC2-\uFFC7\uFFCA-\uFFCF\uFFD2-\uFFD7\uFFDA-\uFFDC][\$0-9A-Z_a-z\xAA\xB5\xBA\xC0-\xD6\xD8-\xF6\xF8-\u02C1\u02C6-\u02D1\u02E0-\u02E4\u02EC\u02EE\u0300-\u0374\u0376\u0377\u037A-\u037D\u037F\u0386\u0388-\u038A\u038C\u038E-\u03A1\u03A3-\u03F5\u03F7-\u0481\u0483-\u0487\u048A-\u052F\u0531-\u0556\u0559\u0561-\u0587\u0591-\u05BD\u05BF\u05C1\u05C2\u05C4\u05C5\u05C7\u05D0-\u05EA\u05F0-\u05F2\u0610-\u061A\u0620-\u0669\u066E-\u06D3\u06D5-\u06DC\u06DF-\u06E8\u06EA-\u06FC\u06FF\u0710-\u074A\u074D-\u07B1\u07C0-\u07F5\u07FA\u0800-\u082D\u0840-\u085B\u08A0-\u08B4\u08B6-\u08BD\u08D4-\u08E1\u08E3-\u0963\u0966-\u096F\u0971-\u0983\u0985-\u098C\u098F\u0990\u0993-\u09A8\u09AA-\u09B0\u09B2\u09B6-\u09B9\u09BC-\u09C4\u09C7\u09C8\u09CB-\u09CE\u09D7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var isEs5IdentifierName = (id) => identifierRegexp.test(id); var is_es5_identifier_name_default = isEs5IdentifierName; // src/utils/print-number.js function printNumber(rawNumber) { if (rawNumber.length === 1) { return rawNumber; } return rawNumber.toLowerCase().replace(/^([+-]?[\d.]+e)(?:\+|(-))?0*(?=\d)/u, "$1$2").replace(/^([+-]?[\d.]+)e[+-]?0+$/u, "$1").replace(/^([+-])?\./u, "$10.").replace(/(\.\d+?)0+(?=e|$)/u, "$1").replace(/\.(?=e|$)/u, ""); } var print_number_default = printNumber; // src/language-js/print/property.js var needsQuoteProps = /* @__PURE__ */ new WeakMap(); function isSimpleNumber(numberString) { return /^(?:\d+|\d+\.\d+)$/u.test(numberString); } function isStringKeySafeToUnquote(node, options2) { if (options2.parser === "json" || options2.parser === "jsonc" || !isStringLiteral(node.key) || print_string_default(get_raw_default(node.key), options2).slice(1, -1) !== node.key.value) { return false; } if (is_es5_identifier_name_default(node.key.value) && // With `--strictPropertyInitialization`, TS treats properties with quoted names differently than unquoted ones. // See https://github.com/microsoft/TypeScript/pull/20075 !(options2.parser === "babel-ts" && node.type === "ClassProperty" || (options2.parser === "typescript" || options2.parser === "oxc-ts") && node.type === "PropertyDefinition")) { return true; } if (isSimpleNumber(node.key.value) && String(Number(node.key.value)) === node.key.value && node.type !== "ImportAttribute" && (options2.parser === "babel" || options2.parser === "acorn" || options2.parser === "oxc" || options2.parser === "espree" || options2.parser === "meriyah" || options2.parser === "__babel_estree")) { return true; } return false; } function shouldQuotePropertyKey(path, options2) { const { key } = path.node; return (key.type === "Identifier" || isNumericLiteral(key) && isSimpleNumber(print_number_default(get_raw_default(key))) && // Avoid converting 999999999999999999999 to 1e+21, 0.99999999999999999 to 1 and 1.0 to 1. String(key.value) === print_number_default(get_raw_default(key)) && // Quoting number keys is safe in JS and Flow, but not in TypeScript (as // mentioned in `isStringKeySafeToUnquote`). !(options2.parser === "typescript" || options2.parser === "babel-ts" || options2.parser === "oxc-ts")) && (options2.parser === "json" || options2.parser === "jsonc" || options2.quoteProps === "consistent" && needsQuoteProps.get(path.parent)); } function printPropertyKey(path, options2, print3) { const { node } = path; if (node.computed) { return ["[", print3("key"), "]"]; } const { parent } = path; const { key } = node; if (options2.quoteProps === "consistent" && !needsQuoteProps.has(parent)) { const objectHasStringProp = path.siblings.some( (prop) => !prop.computed && isStringLiteral(prop.key) && !isStringKeySafeToUnquote(prop, options2) ); needsQuoteProps.set(parent, objectHasStringProp); } if (shouldQuotePropertyKey(path, options2)) { const prop = print_string_default( JSON.stringify( key.type === "Identifier" ? key.name : key.value.toString() ), options2 ); return path.call((keyPath) => printComments(keyPath, prop, options2), "key"); } if (isStringKeySafeToUnquote(node, options2) && (options2.quoteProps === "as-needed" || options2.quoteProps === "consistent" && !needsQuoteProps.get(parent))) { return path.call( (keyPath) => printComments( keyPath, /^\d/u.test(key.value) ? print_number_default(key.value) : key.value, options2 ), "key" ); } return print3("key"); } function printProperty(path, options2, print3) { const { node } = path; if (node.shorthand) { return print3("value"); } return printAssignment( path, options2, print3, printPropertyKey(path, options2, print3), ":", "value" ); } // src/language-js/print/function.js var isMethodValue = ({ node, key, parent }) => key === "value" && node.type === "FunctionExpression" && (parent.type === "ObjectMethod" || parent.type === "ClassMethod" || parent.type === "ClassPrivateMethod" || parent.type === "MethodDefinition" || parent.type === "TSAbstractMethodDefinition" || parent.type === "TSDeclareMethod" || parent.type === "Property" && isMethod(parent)); function printFunction(path, options2, print3, args) { if (isMethodValue(path)) { return printMethodValue(path, options2, print3); } const { node } = path; let expandArg = false; if ((node.type === "FunctionDeclaration" || node.type === "FunctionExpression") && (args == null ? void 0 : args.expandLastArg)) { const { parent } = path; if (isCallExpression(parent) && (getCallArguments(parent).length > 1 || getFunctionParameters(node).every( (param) => param.type === "Identifier" && !param.typeAnnotation ))) { expandArg = true; } } const parts = [ printDeclareToken(path), node.async ? "async " : "", `function${node.generator ? "*" : ""} `, node.id ? print3("id") : "" ]; const parametersDoc = printFunctionParameters( path, options2, print3, expandArg ); const returnTypeDoc = printReturnType(path, print3); const shouldGroupParameters = shouldGroupFunctionParameters( node, returnTypeDoc ); parts.push( printFunctionTypeParameters(path, options2, print3), group([ shouldGroupParameters ? group(parametersDoc) : parametersDoc, returnTypeDoc ]), node.body ? " " : "", print3("body") ); if (options2.semi && (node.declare || !node.body)) { parts.push(";"); } return parts; } function printMethod(path, options2, print3) { const { node } = path; const { kind } = node; const value = node.value || node; const parts = []; if (!kind || kind === "init" || kind === "method" || kind === "constructor") { if (value.async) { parts.push("async "); } } else { assert_default.ok(kind === "get" || kind === "set"); parts.push(kind, " "); } if (value.generator) { parts.push("*"); } parts.push( printPropertyKey(path, options2, print3), node.optional ? "?" : "", node === value ? printMethodValue(path, options2, print3) : print3("value") ); return parts; } function printMethodValue(path, options2, print3) { const { node } = path; const parametersDoc = printFunctionParameters(path, options2, print3); const returnTypeDoc = printReturnType(path, print3); const shouldBreakParameters = shouldBreakFunctionParameters(node); const shouldGroupParameters = shouldGroupFunctionParameters( node, returnTypeDoc ); const parts = [ printFunctionTypeParameters(path, options2, print3), group([ shouldBreakParameters ? group(parametersDoc, { shouldBreak: true }) : shouldGroupParameters ? group(parametersDoc) : parametersDoc, returnTypeDoc ]) ]; if (node.body) { parts.push(" ", print3("body")); } else { parts.push(options2.semi ? ";" : ""); } return parts; } function canPrintParamsWithoutParens(node) { const parameters = getFunctionParameters(node); return parameters.length === 1 && !node.typeParameters && !hasComment(node, CommentCheckFlags.Dangling) && parameters[0].type === "Identifier" && !parameters[0].typeAnnotation && !hasComment(parameters[0]) && !parameters[0].optional && !node.predicate && !node.returnType; } function shouldPrintParamsWithoutParens(path, options2) { if (options2.arrowParens === "always") { return false; } if (options2.arrowParens === "avoid") { const { node } = path; return canPrintParamsWithoutParens(node); } return false; } function printReturnType(path, print3) { const { node } = path; const returnType = printTypeAnnotationProperty(path, print3, "returnType"); const parts = [returnType]; if (node.predicate) { parts.push(print3("predicate")); } return parts; } function printReturnOrThrowArgument(path, options2, print3) { const { node } = path; const semi = options2.semi ? ";" : ""; const parts = []; if (node.argument) { let argumentDoc = print3("argument"); if (returnArgumentHasLeadingComment(options2, node.argument)) { argumentDoc = ["(", indent([hardline, argumentDoc]), hardline, ")"]; } else if (isBinaryish(node.argument) || options2.experimentalTernaries && node.argument.type === "ConditionalExpression" && (node.argument.consequent.type === "ConditionalExpression" || node.argument.alternate.type === "ConditionalExpression")) { argumentDoc = group([ ifBreak("("), indent([softline, argumentDoc]), softline, ifBreak(")") ]); } parts.push(" ", argumentDoc); } const hasDanglingComments = hasComment(node, CommentCheckFlags.Dangling); const shouldPrintSemiBeforeComments = semi && hasDanglingComments && hasComment(node, CommentCheckFlags.Last | CommentCheckFlags.Line); if (shouldPrintSemiBeforeComments) { parts.push(semi); } if (hasDanglingComments) { parts.push(" ", printDanglingComments(path, options2)); } if (!shouldPrintSemiBeforeComments) { parts.push(semi); } return parts; } function printReturnStatement(path, options2, print3) { return ["return", printReturnOrThrowArgument(path, options2, print3)]; } function printThrowStatement(path, options2, print3) { return ["throw", printReturnOrThrowArgument(path, options2, print3)]; } function returnArgumentHasLeadingComment(options2, argument) { if (hasLeadingOwnLineComment(options2.originalText, argument) || hasComment( argument, CommentCheckFlags.Leading, (comment) => has_newline_in_range_default( options2.originalText, locStart(comment), locEnd(comment) ) ) && !isJsxElement(argument)) { return true; } if (hasNakedLeftSide(argument)) { let leftMost = argument; let newLeftMost; while (newLeftMost = getLeftSide(leftMost)) { leftMost = newLeftMost; if (hasLeadingOwnLineComment(options2.originalText, leftMost)) { return true; } } } return false; } // src/language-js/print/arrow-function.js var shouldAddParensIfNotBreakCache = /* @__PURE__ */ new WeakMap(); function shouldAddParensIfNotBreak(node) { if (!shouldAddParensIfNotBreakCache.has(node)) { shouldAddParensIfNotBreakCache.set( node, node.type === "ConditionalExpression" && !startsWithNoLookaheadToken( node, (node2) => node2.type === "ObjectExpression" ) ); } return shouldAddParensIfNotBreakCache.get(node); } var shouldAlwaysAddParens = (node) => node.type === "SequenceExpression"; function printArrowFunction(path, options2, print3, args = {}) { const signatureDocs = []; let bodyDoc; const bodyComments = []; let shouldBreakChain = false; const shouldPrintAsChain = !args.expandLastArg && path.node.body.type === "ArrowFunctionExpression"; let functionBody; (function rec() { const { node } = path; const signatureDoc = printArrowFunctionSignature( path, options2, print3, args ); if (signatureDocs.length === 0) { signatureDocs.push(signatureDoc); } else { const { leading, trailing } = printCommentsSeparately(path, options2); signatureDocs.push([leading, signatureDoc]); bodyComments.unshift(trailing); } if (shouldPrintAsChain) { shouldBreakChain || (shouldBreakChain = // Always break the chain if: node.returnType && getFunctionParameters(node).length > 0 || node.typeParameters || getFunctionParameters(node).some( (param) => param.type !== "Identifier" )); } if (!shouldPrintAsChain || node.body.type !== "ArrowFunctionExpression") { bodyDoc = print3("body", args); functionBody = node.body; } else { path.call(rec, "body"); } })(); const shouldPutBodyOnSameLine = !hasLeadingOwnLineComment(options2.originalText, functionBody) && (shouldAlwaysAddParens(functionBody) || mayBreakAfterShortPrefix(functionBody, bodyDoc, options2) || !shouldBreakChain && shouldAddParensIfNotBreak(functionBody)); const isCallee = path.key === "callee" && isCallLikeExpression(path.parent); const chainGroupId = Symbol("arrow-chain"); const signaturesDoc = printArrowFunctionSignatures(path, args, { signatureDocs, shouldBreak: shouldBreakChain }); let shouldBreakSignatures = false; let shouldIndentSignatures = false; let shouldPrintSoftlineInIndent = false; if (shouldPrintAsChain && (isCallee || // isAssignmentRhs args.assignmentLayout)) { shouldIndentSignatures = true; shouldPrintSoftlineInIndent = !hasComment( path.node, CommentCheckFlags.Leading & CommentCheckFlags.Line ); shouldBreakSignatures = args.assignmentLayout === "chain-tail-arrow-chain" || isCallee && !shouldPutBodyOnSameLine; } bodyDoc = printArrowFunctionBody(path, options2, args, { bodyDoc, bodyComments, functionBody, shouldPutBodyOnSameLine }); return group([ group( shouldIndentSignatures ? indent([shouldPrintSoftlineInIndent ? softline : "", signaturesDoc]) : signaturesDoc, { shouldBreak: shouldBreakSignatures, id: chainGroupId } ), " =>", shouldPrintAsChain ? indentIfBreak(bodyDoc, { groupId: chainGroupId }) : group(bodyDoc), shouldPrintAsChain && isCallee ? ifBreak(softline, "", { groupId: chainGroupId }) : "" ]); } function printArrowFunctionSignature(path, options2, print3, args) { const { node } = path; const parts = []; if (node.async) { parts.push("async "); } if (shouldPrintParamsWithoutParens(path, options2)) { parts.push(print3(["params", 0])); } else { const expandArg = args.expandLastArg || args.expandFirstArg; let returnTypeDoc = printReturnType(path, print3); if (expandArg) { if (willBreak(returnTypeDoc)) { throw new ArgExpansionBailout(); } returnTypeDoc = group(removeLines(returnTypeDoc)); } parts.push( group([ printFunctionParameters( path, options2, print3, expandArg, /* printTypeParams */ true ), returnTypeDoc ]) ); } const dangling = printDanglingComments(path, options2, { filter(comment) { const nextCharacter = get_next_non_space_non_comment_character_index_default( options2.originalText, locEnd(comment) ); return nextCharacter !== false && options2.originalText.slice(nextCharacter, nextCharacter + 2) === "=>"; } }); if (dangling) { parts.push(" ", dangling); } return parts; } function mayBreakAfterShortPrefix(functionBody, bodyDoc, options2) { var _a, _b; return isArrayExpression(functionBody) || isObjectExpression(functionBody) || functionBody.type === "ArrowFunctionExpression" || functionBody.type === "DoExpression" || functionBody.type === "BlockStatement" || isJsxElement(functionBody) || ((_a = bodyDoc.label) == null ? void 0 : _a.hug) !== false && (((_b = bodyDoc.label) == null ? void 0 : _b.embed) || isTemplateOnItsOwnLine(functionBody, options2.originalText)); } function printArrowFunctionSignatures(path, args, { signatureDocs, shouldBreak }) { if (signatureDocs.length === 1) { return signatureDocs[0]; } const { parent, key } = path; if (key !== "callee" && isCallLikeExpression(parent) || isBinaryish(parent)) { return group( [ signatureDocs[0], " =>", indent([line, join([" =>", line], signatureDocs.slice(1))]) ], { shouldBreak } ); } if (key === "callee" && isCallLikeExpression(parent) || // isAssignmentRhs args.assignmentLayout) { return group(join([" =>", line], signatureDocs), { shouldBreak }); } return group(indent(join([" =>", line], signatureDocs)), { shouldBreak }); } function printArrowFunctionBody(path, options2, args, { bodyDoc, bodyComments, functionBody, shouldPutBodyOnSameLine }) { const { node, parent } = path; const trailingComma = args.expandLastArg && shouldPrintComma(options2, "all") ? ifBreak(",") : ""; const trailingSpace = (args.expandLastArg || parent.type === "JSXExpressionContainer") && !hasComment(node) ? softline : ""; if (shouldPutBodyOnSameLine && shouldAddParensIfNotBreak(functionBody)) { return [ " ", group([ ifBreak("", "("), indent([softline, bodyDoc]), ifBreak("", ")"), trailingComma, trailingSpace ]), bodyComments ]; } return shouldPutBodyOnSameLine ? [" ", bodyDoc, bodyComments] : [indent([line, bodyDoc, bodyComments]), trailingComma, trailingSpace]; } // scripts/build/shims/array-find-last.js var arrayFindLast = (isOptionalObject, array, callback) => { if (isOptionalObject && (array === void 0 || array === null)) { return; } if (array.findLast) { return array.findLast(callback); } for (let index = array.length - 1; index >= 0; index--) { const element = array[index]; if (callback(element, index, array)) { return element; } } }; var array_find_last_default = arrayFindLast; // src/language-js/print/statement.js function printStatementSequence(path, options2, print3, property) { const { node } = path; const parts = []; const lastStatement = array_find_last_default( /* isOptionalObject */ false, node[property], (statement) => statement.type !== "EmptyStatement" ); path.each(({ node: node2 }) => { if (node2.type === "EmptyStatement") { return; } parts.push(print3()); if (node2 !== lastStatement) { parts.push(hardline); if (isNextLineEmpty2(node2, options2)) { parts.push(hardline); } } }, property); return parts; } // src/language-js/print/block.js function printBlock(path, options2, print3) { const bodyDoc = printBlockBody(path, options2, print3); const { node, parent } = path; if (node.type === "Program" && (parent == null ? void 0 : parent.type) !== "ModuleExpression") { return bodyDoc ? [bodyDoc, hardline] : ""; } const parts = []; if (node.type === "StaticBlock") { parts.push("static "); } parts.push("{"); if (bodyDoc) { parts.push(indent([hardline, bodyDoc]), hardline); } else { const parentParent = path.grandparent; if (!(parent.type === "ArrowFunctionExpression" || parent.type === "FunctionExpression" || parent.type === "FunctionDeclaration" || parent.type === "ComponentDeclaration" || parent.type === "HookDeclaration" || parent.type === "ObjectMethod" || parent.type === "ClassMethod" || parent.type === "ClassPrivateMethod" || parent.type === "ForStatement" || parent.type === "WhileStatement" || parent.type === "DoWhileStatement" || parent.type === "DoExpression" || parent.type === "ModuleExpression" || parent.type === "CatchClause" && !parentParent.finalizer || parent.type === "TSModuleDeclaration" || node.type === "StaticBlock")) { parts.push(hardline); } } parts.push("}"); return parts; } function printBlockBody(path, options2, print3) { const { node } = path; const hasDirectives = is_non_empty_array_default(node.directives); const hasBody = node.body.some((node2) => node2.type !== "EmptyStatement"); const hasDanglingComments = hasComment(node, CommentCheckFlags.Dangling); if (!hasDirectives && !hasBody && !hasDanglingComments) { return ""; } const parts = []; if (hasDirectives) { parts.push(printStatementSequence(path, options2, print3, "directives")); if (hasBody || hasDanglingComments) { parts.push(hardline); if (isNextLineEmpty2(at_default( /* isOptionalObject */ false, node.directives, -1 ), options2)) { parts.push(hardline); } } } if (hasBody) { parts.push(printStatementSequence(path, options2, print3, "body")); } if (hasDanglingComments) { parts.push(printDanglingComments(path, options2)); } return parts; } // src/utils/create-group-id-mapper.js function createGroupIdMapper(description) { const groupIds = /* @__PURE__ */ new WeakMap(); return function(node) { if (!groupIds.has(node)) { groupIds.set(node, Symbol(description)); } return groupIds.get(node); }; } var create_group_id_mapper_default = createGroupIdMapper; // src/language-js/print/type-parameters.js var getTypeParametersGroupId = create_group_id_mapper_default("typeParameters"); function shouldForceTrailingComma(path, options2, paramsKey) { const { node } = path; return getFunctionParameters(node).length === 1 && node.type.startsWith("TS") && !node[paramsKey][0].constraint && path.parent.type === "ArrowFunctionExpression" && !(options2.filepath && /\.ts$/u.test(options2.filepath)); } function printTypeParameters(path, options2, print3, paramsKey) { const { node } = path; if (!node[paramsKey]) { return ""; } if (!Array.isArray(node[paramsKey])) { return print3(paramsKey); } const isParameterInTestCall = isTestCall(path.grandparent); const isArrowFunctionVariable = path.match( (node2) => !(node2[paramsKey].length === 1 && isObjectType(node2[paramsKey][0])), void 0, (node2, name) => name === "typeAnnotation", (node2) => node2.type === "Identifier", isArrowFunctionVariableDeclarator ); const shouldInline = node[paramsKey].length === 0 || !isArrowFunctionVariable && (isParameterInTestCall || node[paramsKey].length === 1 && (node[paramsKey][0].type === "NullableTypeAnnotation" || shouldHugType(node[paramsKey][0]))); if (shouldInline) { return [ "<", join(", ", path.map(print3, paramsKey)), printDanglingCommentsForInline(path, options2), ">" ]; } const trailingComma = node.type === "TSTypeParameterInstantiation" ? "" : shouldForceTrailingComma(path, options2, paramsKey) ? "," : shouldPrintComma(options2) ? ifBreak(",") : ""; return group( [ "<", indent([softline, join([",", line], path.map(print3, paramsKey))]), trailingComma, softline, ">" ], { id: getTypeParametersGroupId(node) } ); } function printDanglingCommentsForInline(path, options2) { const { node } = path; if (!hasComment(node, CommentCheckFlags.Dangling)) { return ""; } const hasOnlyBlockComments = !hasComment(node, CommentCheckFlags.Line); const printed = printDanglingComments(path, options2, { indent: !hasOnlyBlockComments }); if (hasOnlyBlockComments) { return printed; } return [printed, hardline]; } function printTypeParameter(path, options2, print3) { const { node } = path; const parts = [node.const ? "const " : ""]; const name = node.type === "TSTypeParameter" ? print3("name") : node.name; if (node.variance) { parts.push(print3("variance")); } if (node.in) { parts.push("in "); } if (node.out) { parts.push("out "); } parts.push(name); if (node.bound) { if (node.usesExtendsBound) { parts.push(" extends "); } parts.push(printTypeAnnotationProperty(path, print3, "bound")); } if (node.constraint) { const groupId = Symbol("constraint"); parts.push( " extends", group(indent(line), { id: groupId }), lineSuffixBoundary, indentIfBreak(print3("constraint"), { groupId }) ); } if (node.default) { parts.push(" = ", print3("default")); } return group(parts); } // src/language-js/print/class.js var isClassProperty = create_type_check_function_default([ "ClassProperty", "PropertyDefinition", "ClassPrivateProperty", "ClassAccessorProperty", "AccessorProperty", "TSAbstractPropertyDefinition", "TSAbstractAccessorProperty" ]); function printClass(path, options2, print3) { const { node } = path; const parts = [printDeclareToken(path), printAbstractToken(path), "class"]; const groupMode = hasComment(node.id, CommentCheckFlags.Trailing) || hasComment(node.typeParameters, CommentCheckFlags.Trailing) || hasComment(node.superClass) || is_non_empty_array_default(node.extends) || // DeclareClass is_non_empty_array_default(node.mixins) || is_non_empty_array_default(node.implements); const partsGroup = []; const extendsParts = []; if (node.id) { partsGroup.push(" ", print3("id")); } partsGroup.push(print3("typeParameters")); if (node.superClass) { const printed = [ printSuperClass(path, options2, print3), print3( // TODO: Use `superTypeArguments` only when babel align with TS. node.superTypeArguments ? "superTypeArguments" : "superTypeParameters" ) ]; const printedWithComments = path.call( (superClass) => ["extends ", printComments(superClass, printed, options2)], "superClass" ); if (groupMode) { extendsParts.push(line, group(printedWithComments)); } else { extendsParts.push(" ", printedWithComments); } } else { extendsParts.push(printHeritageClauses(path, options2, print3, "extends")); } extendsParts.push( printHeritageClauses(path, options2, print3, "mixins"), printHeritageClauses(path, options2, print3, "implements") ); let heritageGroupId; if (groupMode) { let printedPartsGroup; if (shouldIndentOnlyHeritageClauses(node)) { printedPartsGroup = [...partsGroup, indent(extendsParts)]; } else { printedPartsGroup = indent([...partsGroup, extendsParts]); } heritageGroupId = getHeritageGroupId(node); parts.push(group(printedPartsGroup, { id: heritageGroupId })); } else { parts.push(...partsGroup, ...extendsParts); } const classBody = node.body; if (groupMode && is_non_empty_array_default(classBody.body)) { parts.push(ifBreak(hardline, " ", { groupId: heritageGroupId })); } else { parts.push(" "); } parts.push(print3("body")); return parts; } var getHeritageGroupId = create_group_id_mapper_default("heritageGroup"); function printHardlineAfterHeritage(node) { return ifBreak(hardline, "", { groupId: getHeritageGroupId(node) }); } function hasMultipleHeritage(node) { return ["extends", "mixins", "implements"].reduce( (count, key) => count + (Array.isArray(node[key]) ? node[key].length : 0), node.superClass ? 1 : 0 ) > 1; } function shouldIndentOnlyHeritageClauses(node) { return node.typeParameters && !hasComment( node.typeParameters, CommentCheckFlags.Trailing | CommentCheckFlags.Line ) && !hasMultipleHeritage(node); } function printHeritageClauses(path, options2, print3, listName) { const { node } = path; if (!is_non_empty_array_default(node[listName])) { return ""; } const printedLeadingComments = printDanglingComments(path, options2, { marker: listName }); return [ shouldIndentOnlyHeritageClauses(node) ? ifBreak(" ", line, { groupId: getTypeParametersGroupId(node.typeParameters) }) : line, printedLeadingComments, printedLeadingComments && hardline, listName, group(indent([line, join([",", line], path.map(print3, listName))])) ]; } function printSuperClass(path, options2, print3) { const printed = print3("superClass"); const { parent } = path; if (parent.type === "AssignmentExpression") { return group( ifBreak(["(", indent([softline, printed]), softline, ")"], printed) ); } return printed; } function printClassMethod(path, options2, print3) { const { node } = path; const parts = []; if (is_non_empty_array_default(node.decorators)) { parts.push(printClassMemberDecorators(path, options2, print3)); } parts.push(printTypeScriptAccessibilityToken(node)); if (node.static) { parts.push("static "); } parts.push(printAbstractToken(path)); if (node.override) { parts.push("override "); } parts.push(printMethod(path, options2, print3)); return parts; } function printClassProperty(path, options2, print3) { const { node } = path; const parts = []; const semi = options2.semi ? ";" : ""; if (is_non_empty_array_default(node.decorators)) { parts.push(printClassMemberDecorators(path, options2, print3)); } parts.push(printDeclareToken(path), printTypeScriptAccessibilityToken(node)); if (node.static) { parts.push("static "); } parts.push(printAbstractToken(path)); if (node.override) { parts.push("override "); } if (node.readonly) { parts.push("readonly "); } if (node.variance) { parts.push(print3("variance")); } if (node.type === "ClassAccessorProperty" || node.type === "AccessorProperty" || node.type === "TSAbstractAccessorProperty") { parts.push("accessor "); } parts.push( printPropertyKey(path, options2, print3), printOptionalToken(path), printDefiniteToken(path), printTypeAnnotationProperty(path, print3) ); const isAbstractProperty = node.type === "TSAbstractPropertyDefinition" || node.type === "TSAbstractAccessorProperty"; return [ printAssignment( path, options2, print3, parts, " =", isAbstractProperty ? void 0 : "value" ), semi ]; } function printClassBody(path, options2, print3) { const { node } = path; const parts = []; path.each(({ node: node2, next, isLast }) => { parts.push(print3()); if (!options2.semi && isClassProperty(node2) && shouldPrintSemicolonAfterClassProperty(node2, next)) { parts.push(";"); } if (!isLast) { parts.push(hardline); if (isNextLineEmpty2(node2, options2)) { parts.push(hardline); } } }, "body"); if (hasComment(node, CommentCheckFlags.Dangling)) { parts.push(printDanglingComments(path, options2)); } return [ "{", parts.length > 0 ? [indent([hardline, parts]), hardline] : "", "}" ]; } function shouldPrintSemicolonAfterClassProperty(node, nextNode) { var _a; const { type, name } = node.key; if (!node.computed && type === "Identifier" && (name === "static" || name === "get" || name === "set") && !node.value && !node.typeAnnotation) { return true; } if (!nextNode) { return false; } if (nextNode.static || nextNode.accessibility || // TypeScript nextNode.readonly) { return false; } if (!nextNode.computed) { const name2 = (_a = nextNode.key) == null ? void 0 : _a.name; if (name2 === "in" || name2 === "instanceof") { return true; } } if (isClassProperty(nextNode) && nextNode.variance && !nextNode.static && !nextNode.declare) { return true; } switch (nextNode.type) { case "ClassProperty": case "PropertyDefinition": case "TSAbstractPropertyDefinition": return nextNode.computed; case "MethodDefinition": case "TSAbstractMethodDefinition": case "ClassMethod": case "ClassPrivateMethod": { const isAsync = nextNode.value ? nextNode.value.async : nextNode.async; if (isAsync || nextNode.kind === "get" || nextNode.kind === "set") { return false; } const isGenerator = nextNode.value ? nextNode.value.generator : nextNode.generator; if (nextNode.computed || isGenerator) { return true; } return false; } case "TSIndexSignature": return true; } return false; } // src/language-js/utils/vue-event-binding.js var isVueEventBindingTsNode = create_type_check_function_default([ "TSAsExpression", // `foo as number` "TSTypeAssertion", // `(<number>foo)` "TSNonNullExpression", // `foo!` "TSInstantiationExpression", // `foo<string>` "TSSatisfiesExpression" // `foo satisfies T` ]); function unwrapVueEventBindingTsNode(node) { if (isVueEventBindingTsNode(node)) { return unwrapVueEventBindingTsNode(node.expression); } return node; } var isVueEventBindingFunctionExpression = create_type_check_function_default([ "FunctionExpression", "ArrowFunctionExpression" ]); function isVueEventBindingMemberExpression(node) { return node.type === "MemberExpression" || node.type === "OptionalMemberExpression" || node.type === "Identifier" && node.name !== "undefined"; } // src/language-js/print/semicolon.js function shouldPrintLeadingSemicolon(path, options2) { if (options2.semi || isSingleJsxExpressionStatementInMarkdown(path, options2) || isSingleVueEventBindingExpressionStatement(path, options2)) { return false; } const { node, key, parent } = path; if (node.type === "ExpressionStatement" && // `Program.directives` don't need leading semicolon (key === "body" && (parent.type === "Program" || parent.type === "BlockStatement" || parent.type === "StaticBlock" || parent.type === "TSModuleBlock") || key === "consequent" && parent.type === "SwitchCase") && path.call(() => expressionNeedsASIProtection(path, options2), "expression")) { return true; } return false; } function expressionNeedsASIProtection(path, options2) { const { node } = path; switch (node.type) { case "ParenthesizedExpression": case "TypeCastExpression": case "ArrayExpression": case "ArrayPattern": case "TemplateLiteral": case "TemplateElement": case "RegExpLiteral": return true; case "ArrowFunctionExpression": if (!shouldPrintParamsWithoutParens(path, options2)) { return true; } break; case "UnaryExpression": { const { prefix, operator } = node; if (prefix && (operator === "+" || operator === "-")) { return true; } break; } case "BindExpression": if (!node.object) { return true; } break; case "Literal": if (node.regex) { return true; } break; default: if (isJsxElement(node)) { return true; } } if (needs_parens_default(path, options2)) { return true; } if (!hasNakedLeftSide(node)) { return false; } return path.call( () => expressionNeedsASIProtection(path, options2), ...getLeftSidePathName(node) ); } function isSingleJsxExpressionStatementInMarkdown({ node, parent }, options2) { return (options2.parentParser === "markdown" || options2.parentParser === "mdx") && node.type === "ExpressionStatement" && isJsxElement(node.expression) && parent.type === "Program" && parent.body.length === 1; } function isSingleVueEventBindingExpressionStatement({ node, parent }, options2) { return (options2.parser === "__vue_event_binding" || options2.parser === "__vue_ts_event_binding") && node.type === "ExpressionStatement" && parent.type === "Program" && parent.body.length === 1; } // src/language-js/print/expression-statement.js function printExpressionStatement(path, options2, print3) { const parts = [print3("expression")]; if (isSingleVueEventBindingExpressionStatement(path, options2)) { const expression = unwrapVueEventBindingTsNode(path.node.expression); if (isVueEventBindingFunctionExpression(expression) || isVueEventBindingMemberExpression(expression)) { parts.push(";"); } } else if (isSingleJsxExpressionStatementInMarkdown(path, options2)) { } else if (options2.semi) { parts.push(";"); } return parts; } // src/language-js/print/html-binding.js function printHtmlBinding(path, options2, print3) { if (options2.__isVueBindings || options2.__isVueForBindingLeft) { const parameterDocs = path.map(print3, "program", "body", 0, "params"); if (parameterDocs.length === 1) { return parameterDocs[0]; } const doc = join([",", line], parameterDocs); return options2.__isVueForBindingLeft ? ["(", indent([softline, group(doc)]), softline, ")"] : doc; } if (options2.__isEmbeddedTypescriptGenericParameters) { const parameterDocs = path.map( print3, "program", "body", 0, "typeParameters", "params" ); return join([",", line], parameterDocs); } } // src/language-js/print/literal.js function printLiteral(path, options2) { const { node } = path; switch (node.type) { case "RegExpLiteral": return printRegex(node); case "BigIntLiteral": return printBigInt(node.extra.raw); case "NumericLiteral": return print_number_default(node.extra.raw); case "StringLiteral": return replaceEndOfLine(print_string_default(node.extra.raw, options2)); case "NullLiteral": return "null"; case "BooleanLiteral": return String(node.value); case "DirectiveLiteral": return printDirective(node.extra.raw, options2); case "Literal": { if (node.regex) { return printRegex(node.regex); } if (node.bigint) { return printBigInt(node.raw); } const { value } = node; if (typeof value === "number") { return print_number_default(node.raw); } if (typeof value === "string") { return isDirective(path) ? printDirective(node.raw, options2) : replaceEndOfLine(print_string_default(node.raw, options2)); } return String(value); } } } function isDirective(path) { if (path.key !== "expression") { return; } const { parent } = path; return parent.type === "ExpressionStatement" && typeof parent.directive === "string"; } function printBigInt(raw) { return raw.toLowerCase(); } function printRegex({ pattern, flags }) { flags = [...flags].sort().join(""); return `/${pattern}/${flags}`; } function printDirective(rawText, options2) { const rawContent = rawText.slice(1, -1); if (rawContent.includes('"') || rawContent.includes("'")) { return rawText; } const enclosingQuote = options2.singleQuote ? "'" : '"'; return enclosingQuote + rawContent + enclosingQuote; } // src/language-js/utils/get-text-without-comments.js function getTextWithoutComments(options2, start, end) { let text = options2.originalText.slice(start, end); for (const comment of options2[Symbol.for("comments")]) { const commentStart = locStart(comment); if (commentStart > end) { break; } const commentEnd = locEnd(comment); if (commentEnd < start) { continue; } const commentLength = commentEnd - commentStart; text = text.slice(0, commentStart - start) + " ".repeat(commentLength) + text.slice(commentEnd - start); } if (false) { assert_default.ok(text.length === end - start); } return text; } var get_text_without_comments_default = getTextWithoutComments; // src/language-js/print/module.js function printImportDeclaration(path, options2, print3) { const { node } = path; return [ "import", node.phase ? ` ${node.phase}` : "", printImportKind(node), printModuleSpecifiers(path, options2, print3), printModuleSource(path, options2, print3), printImportAttributes(path, options2, print3), options2.semi ? ";" : "" ]; } var isDefaultExport = (node) => node.type === "ExportDefaultDeclaration" || node.type === "DeclareExportDeclaration" && node.default; function printExportDeclaration(path, options2, print3) { const { node } = path; const parts = [ printDecoratorsBeforeExport(path, options2, print3), printDeclareToken(path), "export", isDefaultExport(node) ? " default" : "" ]; const { declaration, exported } = node; if (hasComment(node, CommentCheckFlags.Dangling)) { parts.push(" ", printDanglingComments(path, options2)); if (needsHardlineAfterDanglingComment(node)) { parts.push(hardline); } } if (declaration) { parts.push(" ", print3("declaration")); } else { parts.push(printExportKind(node)); if (node.type === "ExportAllDeclaration" || node.type === "DeclareExportAllDeclaration") { parts.push(" *"); if (exported) { parts.push(" as ", print3("exported")); } } else { parts.push(printModuleSpecifiers(path, options2, print3)); } parts.push( printModuleSource(path, options2, print3), printImportAttributes(path, options2, print3) ); } parts.push(printSemicolonAfterExportDeclaration(node, options2)); return parts; } var shouldOmitSemicolon = create_type_check_function_default([ "ClassDeclaration", "ComponentDeclaration", "FunctionDeclaration", "TSInterfaceDeclaration", "DeclareClass", "DeclareComponent", "DeclareFunction", "DeclareHook", "HookDeclaration", "TSDeclareFunction", "EnumDeclaration" ]); function printSemicolonAfterExportDeclaration(node, options2) { if (options2.semi && (!node.declaration || isDefaultExport(node) && !shouldOmitSemicolon(node.declaration))) { return ";"; } return ""; } function printImportOrExportKind(kind, spaceBeforeKind = true) { return kind && kind !== "value" ? `${spaceBeforeKind ? " " : ""}${kind}${spaceBeforeKind ? "" : " "}` : ""; } function printImportKind(node, spaceBeforeKind) { return printImportOrExportKind(node.importKind, spaceBeforeKind); } function printExportKind(node) { return printImportOrExportKind(node.exportKind); } function printModuleSource(path, options2, print3) { const { node } = path; if (!node.source) { return ""; } const parts = []; if (shouldPrintSpecifiers(node, options2)) { parts.push(" from"); } parts.push(" ", print3("source")); return parts; } function printModuleSpecifiers(path, options2, print3) { const { node } = path; if (!shouldPrintSpecifiers(node, options2)) { return ""; } const parts = [" "]; if (is_non_empty_array_default(node.specifiers)) { const standaloneSpecifiers = []; const groupedSpecifiers = []; path.each(() => { const specifierType = path.node.type; if (specifierType === "ExportNamespaceSpecifier" || specifierType === "ExportDefaultSpecifier" || specifierType === "ImportNamespaceSpecifier" || specifierType === "ImportDefaultSpecifier") { standaloneSpecifiers.push(print3()); } else if (specifierType === "ExportSpecifier" || specifierType === "ImportSpecifier") { groupedSpecifiers.push(print3()); } else { throw new unexpected_node_error_default(node, "specifier"); } }, "specifiers"); parts.push(join(", ", standaloneSpecifiers)); if (groupedSpecifiers.length > 0) { if (standaloneSpecifiers.length > 0) { parts.push(", "); } const canBreak2 = groupedSpecifiers.length > 1 || standaloneSpecifiers.length > 0 || node.specifiers.some((node2) => hasComment(node2)); if (canBreak2) { parts.push( group([ "{", indent([ options2.bracketSpacing ? line : softline, join([",", line], groupedSpecifiers) ]), ifBreak(shouldPrintComma(options2) ? "," : ""), options2.bracketSpacing ? line : softline, "}" ]) ); } else { parts.push([ "{", options2.bracketSpacing ? " " : "", ...groupedSpecifiers, options2.bracketSpacing ? " " : "", "}" ]); } } } else { parts.push("{}"); } return parts; } function shouldPrintSpecifiers(node, options2) { if (node.type !== "ImportDeclaration" || is_non_empty_array_default(node.specifiers) || node.importKind === "type") { return true; } const text = get_text_without_comments_default( options2, locStart(node), locStart(node.source) ); return text.trimEnd().endsWith("from"); } function getImportAttributesKeyword(node, options2) { var _a, _b; if ((_a = node.extra) == null ? void 0 : _a.deprecatedAssertSyntax) { return "assert"; } const textBetweenSourceAndAttributes = get_text_without_comments_default( options2, locEnd(node.source), ((_b = node.attributes) == null ? void 0 : _b[0]) ? locStart(node.attributes[0]) : locEnd(node) ).trimStart(); if (textBetweenSourceAndAttributes.startsWith("assert")) { return "assert"; } if (textBetweenSourceAndAttributes.startsWith("with")) { return "with"; } return is_non_empty_array_default(node.attributes) ? "with" : void 0; } function printImportAttributes(path, options2, print3) { const { node } = path; if (!node.source) { return ""; } const keyword = getImportAttributesKeyword(node, options2); if (!keyword) { return ""; } const parts = [` ${keyword} {`]; if (is_non_empty_array_default(node.attributes)) { if (options2.bracketSpacing) { parts.push(" "); } parts.push(join(", ", path.map(print3, "attributes"))); if (options2.bracketSpacing) { parts.push(" "); } } parts.push("}"); return parts; } function printModuleSpecifier(path, options2, print3) { const { node } = path; const { type } = node; const isImportSpecifier = type.startsWith("Import"); const leftSideProperty = isImportSpecifier ? "imported" : "local"; const rightSideProperty = isImportSpecifier ? "local" : "exported"; const leftSideNode = node[leftSideProperty]; const rightSideNode = node[rightSideProperty]; let left = ""; let right = ""; if (type === "ExportNamespaceSpecifier" || type === "ImportNamespaceSpecifier") { left = "*"; } else if (leftSideNode) { left = print3(leftSideProperty); } if (rightSideNode && !isShorthandSpecifier(node)) { right = print3(rightSideProperty); } return [ printImportOrExportKind( type === "ImportSpecifier" ? node.importKind : node.exportKind, /* spaceBeforeKind */ false ), left, left && right ? " as " : "", right ]; } function isShorthandSpecifier(specifier) { if (specifier.type !== "ImportSpecifier" && specifier.type !== "ExportSpecifier") { return false; } const { local, [specifier.type === "ImportSpecifier" ? "imported" : "exported"]: importedOrExported } = specifier; if (local.type !== importedOrExported.type || !hasSameLoc(local, importedOrExported)) { return false; } if (isStringLiteral(local)) { return local.value === importedOrExported.value && get_raw_default(local) === get_raw_default(importedOrExported); } switch (local.type) { case "Identifier": return local.name === importedOrExported.name; default: return false; } } // src/language-js/print/object.js function printObject(path, options2, print3) { var _a; const semi = options2.semi ? ";" : ""; const { node } = path; const isTypeAnnotation = node.type === "ObjectTypeAnnotation"; const isEnumBody = node.type === "TSEnumBody" || node.type === "EnumBooleanBody" || node.type === "EnumNumberBody" || node.type === "EnumBigIntBody" || node.type === "EnumStringBody" || node.type === "EnumSymbolBody"; const fields = [ node.type === "TSTypeLiteral" || isEnumBody ? "members" : node.type === "TSInterfaceBody" ? "body" : "properties" ]; if (isTypeAnnotation) { fields.push("indexers", "callProperties", "internalSlots"); } const propsAndLoc = fields.flatMap( (field) => path.map( ({ node: node2 }) => ({ node: node2, printed: print3(), loc: locStart(node2) }), field ) ); if (fields.length > 1) { propsAndLoc.sort((a, b) => a.loc - b.loc); } const { parent, key } = path; const isFlowInterfaceLikeBody = isTypeAnnotation && key === "body" && (parent.type === "InterfaceDeclaration" || parent.type === "DeclareInterface" || parent.type === "DeclareClass"); const shouldBreak = node.type === "TSInterfaceBody" || isEnumBody || isFlowInterfaceLikeBody || node.type === "ObjectPattern" && parent.type !== "FunctionDeclaration" && parent.type !== "FunctionExpression" && parent.type !== "ArrowFunctionExpression" && parent.type !== "ObjectMethod" && parent.type !== "ClassMethod" && parent.type !== "ClassPrivateMethod" && parent.type !== "AssignmentPattern" && parent.type !== "CatchClause" && node.properties.some( (property) => property.value && (property.value.type === "ObjectPattern" || property.value.type === "ArrayPattern") ) || node.type !== "ObjectPattern" && options2.objectWrap === "preserve" && propsAndLoc.length > 0 && has_newline_in_range_default( options2.originalText, locStart(node), propsAndLoc[0].loc ); const separator = isFlowInterfaceLikeBody ? ";" : node.type === "TSInterfaceBody" || node.type === "TSTypeLiteral" ? ifBreak(semi, ";") : ","; const leftBrace = node.exact ? "{|" : "{"; const rightBrace = node.exact ? "|}" : "}"; let separatorParts = []; const props = propsAndLoc.map((prop) => { const result = [...separatorParts, group(prop.printed)]; separatorParts = [separator, line]; if ((prop.node.type === "TSPropertySignature" || prop.node.type === "TSMethodSignature" || prop.node.type === "TSConstructSignatureDeclaration" || prop.node.type === "TSCallSignatureDeclaration") && hasComment(prop.node, CommentCheckFlags.PrettierIgnore)) { separatorParts.shift(); } if (isNextLineEmpty2(prop.node, options2)) { separatorParts.push(hardline); } return result; }); if (node.inexact || node.hasUnknownMembers) { let printed; if (hasComment(node, CommentCheckFlags.Dangling)) { const hasLineComments = hasComment(node, CommentCheckFlags.Line); const printedDanglingComments = printDanglingComments(path, options2); printed = [ printedDanglingComments, hasLineComments || has_newline_default(options2.originalText, locEnd(at_default( /* isOptionalObject */ false, getComments(node), -1 ))) ? hardline : line, "..." ]; } else { printed = ["..."]; } props.push([...separatorParts, ...printed]); } const lastElem = (_a = at_default( /* isOptionalObject */ false, propsAndLoc, -1 )) == null ? void 0 : _a.node; const canHaveTrailingSeparator = !(node.inexact || node.hasUnknownMembers || lastElem && (lastElem.type === "RestElement" || (lastElem.type === "TSPropertySignature" || lastElem.type === "TSCallSignatureDeclaration" || lastElem.type === "TSMethodSignature" || lastElem.type === "TSConstructSignatureDeclaration" || lastElem.type === "TSIndexSignature") && hasComment(lastElem, CommentCheckFlags.PrettierIgnore))); let content; if (props.length === 0) { if (!hasComment(node, CommentCheckFlags.Dangling)) { return [leftBrace, rightBrace, printTypeAnnotationProperty(path, print3)]; } content = group([ leftBrace, printDanglingComments(path, options2, { indent: true }), softline, rightBrace, printOptionalToken(path), printTypeAnnotationProperty(path, print3) ]); } else { content = [ isFlowInterfaceLikeBody && is_non_empty_array_default(node.properties) ? printHardlineAfterHeritage(parent) : "", leftBrace, indent([options2.bracketSpacing ? line : softline, ...props]), ifBreak( canHaveTrailingSeparator && (separator !== "," || shouldPrintComma(options2)) ? separator : "" ), options2.bracketSpacing ? line : softline, rightBrace, printOptionalToken(path), printTypeAnnotationProperty(path, print3) ]; } if (path.match( (node2) => node2.type === "ObjectPattern" && !is_non_empty_array_default(node2.decorators), shouldHugTheOnlyParameter ) || isObjectType(node) && (path.match( void 0, (node2, name) => name === "typeAnnotation", (node2, name) => name === "typeAnnotation", shouldHugTheOnlyParameter ) || path.match( void 0, (node2, name) => node2.type === "FunctionTypeParam" && name === "typeAnnotation", shouldHugTheOnlyParameter )) || // Assignment printing logic (printAssignment) is responsible // for adding a group if needed !shouldBreak && path.match( (node2) => node2.type === "ObjectPattern", (node2) => node2.type === "AssignmentExpression" || node2.type === "VariableDeclarator" )) { return content; } return group(content, { shouldBreak }); } function shouldHugTheOnlyParameter(node, name) { return (name === "params" || name === "parameters" || name === "this" || name === "rest") && shouldHugTheOnlyFunctionParameter(node); } // src/language-js/print/ternary-old.js function conditionalExpressionChainContainsJsx(node) { const conditionalExpressions = [node]; for (let index = 0; index < conditionalExpressions.length; index++) { const conditionalExpression = conditionalExpressions[index]; for (const property of ["test", "consequent", "alternate"]) { const node2 = conditionalExpression[property]; if (isJsxElement(node2)) { return true; } if (node2.type === "ConditionalExpression") { conditionalExpressions.push(node2); } } } return false; } function printTernaryTest(path, options2, print3) { const { node } = path; const isConditionalExpression = node.type === "ConditionalExpression"; const alternateNodePropertyName = isConditionalExpression ? "alternate" : "falseType"; const { parent } = path; const printed = isConditionalExpression ? print3("test") : [print3("checkType"), " ", "extends", " ", print3("extendsType")]; if (parent.type === node.type && parent[alternateNodePropertyName] === node) { return align(2, printed); } return printed; } var ancestorNameMap = /* @__PURE__ */ new Map([ ["AssignmentExpression", "right"], ["VariableDeclarator", "init"], ["ReturnStatement", "argument"], ["ThrowStatement", "argument"], ["UnaryExpression", "argument"], ["YieldExpression", "argument"], ["AwaitExpression", "argument"] ]); function shouldExtraIndentForConditionalExpression(path) { const { node } = path; if (node.type !== "ConditionalExpression") { return false; } let parent; let child = node; for (let ancestorCount = 0; !parent; ancestorCount++) { const node2 = path.getParentNode(ancestorCount); if (node2.type === "ChainExpression" && node2.expression === child || isCallExpression(node2) && node2.callee === child || isMemberExpression(node2) && node2.object === child || node2.type === "TSNonNullExpression" && node2.expression === child) { child = node2; continue; } if (node2.type === "NewExpression" && node2.callee === child || isBinaryCastExpression(node2) && node2.expression === child) { parent = path.getParentNode(ancestorCount + 1); child = node2; } else { parent = node2; } } if (child === node) { return false; } return parent[ancestorNameMap.get(parent.type)] === child; } function printTernaryOld(path, options2, print3) { const { node } = path; const isConditionalExpression = node.type === "ConditionalExpression"; const consequentNodePropertyName = isConditionalExpression ? "consequent" : "trueType"; const alternateNodePropertyName = isConditionalExpression ? "alternate" : "falseType"; const testNodePropertyNames = isConditionalExpression ? ["test"] : ["checkType", "extendsType"]; const consequentNode = node[consequentNodePropertyName]; const alternateNode = node[alternateNodePropertyName]; const parts = []; let jsxMode = false; const { parent } = path; const isParentTest = parent.type === node.type && testNodePropertyNames.some((prop) => parent[prop] === node); let forceNoIndent = parent.type === node.type && !isParentTest; let currentParent; let previousParent; let i = 0; do { previousParent = currentParent || node; currentParent = path.getParentNode(i); i++; } while (currentParent && currentParent.type === node.type && testNodePropertyNames.every( (prop) => currentParent[prop] !== previousParent )); const firstNonConditionalParent = currentParent || parent; const lastConditionalParent = previousParent; if (isConditionalExpression && (isJsxElement(node[testNodePropertyNames[0]]) || isJsxElement(consequentNode) || isJsxElement(alternateNode) || conditionalExpressionChainContainsJsx(lastConditionalParent))) { jsxMode = true; forceNoIndent = true; const wrap = (doc) => [ ifBreak("("), indent([softline, doc]), softline, ifBreak(")") ]; const isNil = (node2) => node2.type === "NullLiteral" || node2.type === "Literal" && node2.value === null || node2.type === "Identifier" && node2.name === "undefined"; parts.push( " ? ", isNil(consequentNode) ? print3(consequentNodePropertyName) : wrap(print3(consequentNodePropertyName)), " : ", alternateNode.type === node.type || isNil(alternateNode) ? print3(alternateNodePropertyName) : wrap(print3(alternateNodePropertyName)) ); } else { const printBranch = (nodePropertyName) => options2.useTabs ? indent(print3(nodePropertyName)) : align(2, print3(nodePropertyName)); const part = [ line, "? ", consequentNode.type === node.type ? ifBreak("", "(") : "", printBranch(consequentNodePropertyName), consequentNode.type === node.type ? ifBreak("", ")") : "", line, ": ", printBranch(alternateNodePropertyName) ]; parts.push( parent.type !== node.type || parent[alternateNodePropertyName] === node || isParentTest ? part : options2.useTabs ? dedent(indent(part)) : align(Math.max(0, options2.tabWidth - 2), part) ); } const shouldBreak = [ consequentNodePropertyName, alternateNodePropertyName, ...testNodePropertyNames ].some( (property) => hasComment( node[property], (comment) => is_block_comment_default(comment) && has_newline_in_range_default( options2.originalText, locStart(comment), locEnd(comment) ) ) ); const maybeGroup = (doc) => parent === firstNonConditionalParent ? group(doc, { shouldBreak }) : shouldBreak ? [doc, breakParent] : doc; const breakClosingParen = !jsxMode && (isMemberExpression(parent) || parent.type === "NGPipeExpression" && parent.left === node) && !parent.computed; const shouldExtraIndent = shouldExtraIndentForConditionalExpression(path); const result = maybeGroup([ printTernaryTest(path, options2, print3), forceNoIndent ? parts : indent(parts), isConditionalExpression && breakClosingParen && !shouldExtraIndent ? softline : "" ]); return isParentTest || shouldExtraIndent ? group([indent([softline, result]), softline]) : result; } // src/language-js/print/ternary.js function shouldBreakClosingParen(node, parent) { return (isMemberExpression(parent) || parent.type === "NGPipeExpression" && parent.left === node) && !parent.computed; } function hasMultilineBlockComments(testNodes, consequentNode, alternateNode, options2) { const comments = [ ...testNodes.map((node) => getComments(node)), getComments(consequentNode), getComments(alternateNode) ].flat(); return comments.some( (comment) => is_block_comment_default(comment) && has_newline_in_range_default( options2.originalText, locStart(comment), locEnd(comment) ) ); } var ancestorNameMap2 = /* @__PURE__ */ new Map([ ["AssignmentExpression", "right"], ["VariableDeclarator", "init"], ["ReturnStatement", "argument"], ["ThrowStatement", "argument"], ["UnaryExpression", "argument"], ["YieldExpression", "argument"], ["AwaitExpression", "argument"] ]); function shouldExtraIndentForConditionalExpression2(path) { const { node } = path; if (node.type !== "ConditionalExpression") { return false; } let parent; let child = node; for (let ancestorCount = 0; !parent; ancestorCount++) { const node2 = path.getParentNode(ancestorCount); if (node2.type === "ChainExpression" && node2.expression === child || isCallExpression(node2) && node2.callee === child || isMemberExpression(node2) && node2.object === child || node2.type === "TSNonNullExpression" && node2.expression === child) { child = node2; continue; } if (node2.type === "NewExpression" && node2.callee === child || isBinaryCastExpression(node2) && node2.expression === child) { parent = path.getParentNode(ancestorCount + 1); child = node2; } else { parent = node2; } } if (child === node) { return false; } return parent[ancestorNameMap2.get(parent.type)] === child; } var wrapInParens = (doc) => [ ifBreak("("), indent([softline, doc]), softline, ifBreak(")") ]; function printTernary(path, options2, print3, args) { if (!options2.experimentalTernaries) { return printTernaryOld(path, options2, print3); } const { node } = path; const isConditionalExpression = node.type === "ConditionalExpression"; const isTSConditional = isConditionalType(node); const consequentNodePropertyName = isConditionalExpression ? "consequent" : "trueType"; const alternateNodePropertyName = isConditionalExpression ? "alternate" : "falseType"; const testNodePropertyNames = isConditionalExpression ? ["test"] : ["checkType", "extendsType"]; const consequentNode = node[consequentNodePropertyName]; const alternateNode = node[alternateNodePropertyName]; const testNodes = testNodePropertyNames.map((prop) => node[prop]); const { parent } = path; const isParentTernary = parent.type === node.type; const isInTest = isParentTernary && testNodePropertyNames.some((prop) => parent[prop] === node); const isInAlternate = isParentTernary && parent[alternateNodePropertyName] === node; const isConsequentTernary = consequentNode.type === node.type; const isAlternateTernary = alternateNode.type === node.type; const isInChain = isAlternateTernary || isInAlternate; const isBigTabs = options2.tabWidth > 2 || options2.useTabs; let currentParent; let previousParent; let i = 0; do { previousParent = currentParent || node; currentParent = path.getParentNode(i); i++; } while (currentParent && currentParent.type === node.type && testNodePropertyNames.every( (prop) => currentParent[prop] !== previousParent )); const firstNonConditionalParent = currentParent || parent; const isOnSameLineAsAssignment = args && args.assignmentLayout && args.assignmentLayout !== "break-after-operator" && (parent.type === "AssignmentExpression" || parent.type === "VariableDeclarator" || parent.type === "ClassProperty" || parent.type === "PropertyDefinition" || parent.type === "ClassPrivateProperty" || parent.type === "ObjectProperty" || parent.type === "Property"); const isOnSameLineAsReturn = (parent.type === "ReturnStatement" || parent.type === "ThrowStatement") && !(isConsequentTernary || isAlternateTernary); const isInJsx = isConditionalExpression && firstNonConditionalParent.type === "JSXExpressionContainer" && path.grandparent.type !== "JSXAttribute"; const shouldExtraIndent = shouldExtraIndentForConditionalExpression2(path); const breakClosingParen = shouldBreakClosingParen(node, parent); const breakTSClosingParen = isTSConditional && needs_parens_default(path, options2); const fillTab = !isBigTabs ? "" : options2.useTabs ? " " : " ".repeat(options2.tabWidth - 1); const shouldBreak = hasMultilineBlockComments( testNodes, consequentNode, alternateNode, options2 ) || isConsequentTernary || isAlternateTernary; const tryToParenthesizeAlternate = !isInChain && !isParentTernary && !isTSConditional && (isInJsx ? ( // In JSX, we want this with a null-consequent to mirror booleans: // // {!foo ? null : ( // something.else() // )} // // But not in the general case, where it's (subjectively) better to have things multiline. consequentNode.type === "NullLiteral" || consequentNode.type === "Literal" && consequentNode.value === null ) : ( // Right now, we do this when: // 1. The test is simple and, // 2. The consequent is short. // This heuristic could probably be refined over time, but felt right after moderate amounts of tinkering. isLoneShortArgument(consequentNode, options2) && isSimpleExpressionByNodeCount(node.test, 3) )); const shouldGroupTestAndConsequent = isInChain || isInAlternate || isTSConditional && !isParentTernary || isParentTernary && isConditionalExpression && isSimpleExpressionByNodeCount(node.test, 1) || tryToParenthesizeAlternate; const consequentComments = []; if (!isConsequentTernary && hasComment(consequentNode, CommentCheckFlags.Dangling)) { path.call((childPath) => { consequentComments.push( printDanglingComments(childPath, options2), hardline ); }, "consequent"); } const alternateComments = []; if (hasComment(node.test, CommentCheckFlags.Dangling)) { path.call((childPath) => { alternateComments.push(printDanglingComments(childPath, options2)); }, "test"); } if (!isAlternateTernary && hasComment(alternateNode, CommentCheckFlags.Dangling)) { path.call((childPath) => { alternateComments.push(printDanglingComments(childPath, options2)); }, "alternate"); } if (hasComment(node, CommentCheckFlags.Dangling)) { alternateComments.push(printDanglingComments(path, options2)); } const testId = Symbol("test"); const consequentId = Symbol("consequent"); const testAndConsequentId = Symbol("test-and-consequent"); const printedTest = isConditionalExpression ? [ wrapInParens(print3("test")), node.test.type === "ConditionalExpression" ? breakParent : "" ] : [ print3("checkType"), " ", "extends", " ", isConditionalType(node.extendsType) || node.extendsType.type === "TSMappedType" ? print3("extendsType") : group(wrapInParens(print3("extendsType"))) ]; const printedTestWithQuestionMark = group([printedTest, " ?"], { id: testId }); const printedConsequent = print3(consequentNodePropertyName); const consequent = indent([ isConsequentTernary || isInJsx && (isJsxElement(consequentNode) || isParentTernary || isInChain) ? hardline : line, consequentComments, printedConsequent ]); const printedTestAndConsequent = shouldGroupTestAndConsequent ? group( [ printedTestWithQuestionMark, // Avoid indenting consequent if it isn't a chain, even if the test breaks. isInChain ? consequent : ( // If the test breaks, also break the consequent ifBreak(consequent, group(consequent, { id: consequentId }), { groupId: testId }) ) ], { id: testAndConsequentId } ) : [printedTestWithQuestionMark, consequent]; const printedAlternate = print3(alternateNodePropertyName); const printedAlternateWithParens = tryToParenthesizeAlternate ? ifBreak(printedAlternate, dedent(wrapInParens(printedAlternate)), { groupId: testAndConsequentId }) : printedAlternate; const parts = [ printedTestAndConsequent, alternateComments.length > 0 ? [indent([hardline, alternateComments]), hardline] : isAlternateTernary ? hardline : tryToParenthesizeAlternate ? ifBreak(line, " ", { groupId: testAndConsequentId }) : line, ":", isAlternateTernary ? " " : !isBigTabs ? " " : shouldGroupTestAndConsequent ? ifBreak( fillTab, ifBreak( isInChain || tryToParenthesizeAlternate ? " " : fillTab, " " ), { groupId: testAndConsequentId } ) : ifBreak(fillTab, " "), isAlternateTernary ? printedAlternateWithParens : group([ indent(printedAlternateWithParens), isInJsx && !tryToParenthesizeAlternate ? softline : "" ]), breakClosingParen && !shouldExtraIndent ? softline : "", shouldBreak ? breakParent : "" ]; const result = isOnSameLineAsAssignment && !shouldBreak ? ( // We try to preserve the case of a single-line ternary bumped to the line after assignment: // // const foo = // cond ? result : otherwise; // // However, this sadly means that tests are always shunted to the next line in this case, // which I'm ambivalent about but some people like keeping on the same line as the assignment. group(indent([softline, group(parts)])) ) : isOnSameLineAsAssignment || isOnSameLineAsReturn ? group(indent(parts)) : shouldExtraIndent || isTSConditional && isInTest ? group([ indent([softline, parts]), breakTSClosingParen ? softline : "" ]) : parent === firstNonConditionalParent ? group(parts) : parts; return result; } // src/language-js/print/estree.js function printEstree(path, options2, print3, args) { const { node } = path; if (isLiteral(node)) { return printLiteral(path, options2); } const semi = options2.semi ? ";" : ""; let parts = []; switch (node.type) { case "JsExpressionRoot": return print3("node"); case "JsonRoot": return [printDanglingComments(path, options2), print3("node"), hardline]; case "File": return printHtmlBinding(path, options2, print3) ?? print3("program"); // Babel extension. case "EmptyStatement": return ""; case "ExpressionStatement": return printExpressionStatement(path, options2, print3); case "ChainExpression": return print3("expression"); // Babel non-standard node. Used for Closure-style type casts. See postprocess.js. case "ParenthesizedExpression": { const shouldHug = !hasComment(node.expression) && (isObjectExpression(node.expression) || isArrayExpression(node.expression)); if (shouldHug) { return ["(", print3("expression"), ")"]; } return group([ "(", indent([softline, print3("expression")]), softline, ")" ]); } case "AssignmentExpression": return printAssignmentExpression(path, options2, print3); case "VariableDeclarator": return printVariableDeclarator(path, options2, print3); case "BinaryExpression": case "LogicalExpression": return printBinaryishExpression(path, options2, print3); case "AssignmentPattern": return [print3("left"), " = ", print3("right")]; case "OptionalMemberExpression": case "MemberExpression": return printMemberExpression(path, options2, print3); case "MetaProperty": return [print3("meta"), ".", print3("property")]; case "BindExpression": if (node.object) { parts.push(print3("object")); } parts.push( group( indent([softline, printBindExpressionCallee(path, options2, print3)]) ) ); return parts; case "Identifier": return [ node.name, printOptionalToken(path), printDefiniteToken(path), printTypeAnnotationProperty(path, print3) ]; case "V8IntrinsicIdentifier": return ["%", node.name]; case "SpreadElement": case "SpreadElementPattern": case "SpreadPropertyPattern": case "RestElement": return printRestSpread(path, print3); case "FunctionDeclaration": case "FunctionExpression": return printFunction(path, options2, print3, args); case "ArrowFunctionExpression": return printArrowFunction(path, options2, print3, args); case "YieldExpression": parts.push("yield"); if (node.delegate) { parts.push("*"); } if (node.argument) { parts.push(" ", print3("argument")); } return parts; case "AwaitExpression": parts.push("await"); if (node.argument) { parts.push(" ", print3("argument")); const { parent } = path; if (isCallExpression(parent) && parent.callee === node || isMemberExpression(parent) && parent.object === node) { parts = [indent([softline, ...parts]), softline]; const parentAwaitOrBlock = path.findAncestor( (node2) => node2.type === "AwaitExpression" || node2.type === "BlockStatement" ); if ((parentAwaitOrBlock == null ? void 0 : parentAwaitOrBlock.type) !== "AwaitExpression" || !startsWithNoLookaheadToken( parentAwaitOrBlock.argument, (leftmostNode) => leftmostNode === node )) { return group(parts); } } } return parts; case "ExportDefaultDeclaration": case "ExportNamedDeclaration": case "ExportAllDeclaration": return printExportDeclaration(path, options2, print3); case "ImportDeclaration": return printImportDeclaration(path, options2, print3); case "ImportSpecifier": case "ExportSpecifier": case "ImportNamespaceSpecifier": case "ExportNamespaceSpecifier": case "ImportDefaultSpecifier": case "ExportDefaultSpecifier": return printModuleSpecifier(path, options2, print3); case "ImportAttribute": return printProperty(path, options2, print3); case "Program": case "BlockStatement": case "StaticBlock": return printBlock(path, options2, print3); case "ClassBody": return printClassBody(path, options2, print3); case "ThrowStatement": return printThrowStatement(path, options2, print3); case "ReturnStatement": return printReturnStatement(path, options2, print3); case "NewExpression": case "ImportExpression": case "OptionalCallExpression": case "CallExpression": return printCallExpression(path, options2, print3); case "ObjectExpression": case "ObjectPattern": return printObject(path, options2, print3); case "Property": if (isMethod(node)) { return printMethod(path, options2, print3); } return printProperty(path, options2, print3); // Babel case "ObjectProperty": return printProperty(path, options2, print3); // Babel case "ObjectMethod": return printMethod(path, options2, print3); case "Decorator": return ["@", print3("expression")]; case "ArrayExpression": case "ArrayPattern": return printArray(path, options2, print3); case "SequenceExpression": { const { parent } = path; if (parent.type === "ExpressionStatement" || parent.type === "ForStatement") { const parts3 = []; path.each(({ isFirst }) => { if (isFirst) { parts3.push(print3()); } else { parts3.push(",", indent([line, print3()])); } }, "expressions"); return group(parts3); } const parts2 = join([",", line], path.map(print3, "expressions")); if ((parent.type === "ReturnStatement" || parent.type === "ThrowStatement") && path.key === "argument" || parent.type === "ArrowFunctionExpression" && path.key === "body") { return group(ifBreak([indent([softline, parts2]), softline], parts2)); } return group(parts2); } case "ThisExpression": return "this"; case "Super": return "super"; case "Directive": return [print3("value"), semi]; // Babel 6 case "UnaryExpression": parts.push(node.operator); if (/[a-z]$/u.test(node.operator)) { parts.push(" "); } if (hasComment(node.argument)) { parts.push( group(["(", indent([softline, print3("argument")]), softline, ")"]) ); } else { parts.push(print3("argument")); } return parts; case "UpdateExpression": return [ node.prefix ? node.operator : "", print3("argument"), node.prefix ? "" : node.operator ]; case "ConditionalExpression": return printTernary(path, options2, print3, args); case "VariableDeclaration": { const printed = path.map(print3, "declarations"); const parentNode = path.parent; const isParentForLoop = parentNode.type === "ForStatement" || parentNode.type === "ForInStatement" || parentNode.type === "ForOfStatement"; const hasValue = node.declarations.some((decl) => decl.init); let firstVariable; if (printed.length === 1 && !hasComment(node.declarations[0])) { firstVariable = printed[0]; } else if (printed.length > 0) { firstVariable = indent(printed[0]); } parts = [ printDeclareToken(path), node.kind, firstVariable ? [" ", firstVariable] : "", indent( printed.slice(1).map((p) => [ ",", hasValue && !isParentForLoop ? hardline : line, p ]) ) ]; if (!(isParentForLoop && parentNode.body !== node)) { parts.push(semi); } return group(parts); } case "WithStatement": return group([ "with (", print3("object"), ")", adjustClause(node.body, print3("body")) ]); case "IfStatement": { const consequent = adjustClause(node.consequent, print3("consequent")); const opening = group([ "if (", group([indent([softline, print3("test")]), softline]), ")", consequent ]); parts.push(opening); if (node.alternate) { const commentOnOwnLine = hasComment( node.consequent, CommentCheckFlags.Trailing | CommentCheckFlags.Line ) || needsHardlineAfterDanglingComment(node); const elseOnSameLine = node.consequent.type === "BlockStatement" && !commentOnOwnLine; parts.push(elseOnSameLine ? " " : hardline); if (hasComment(node, CommentCheckFlags.Dangling)) { parts.push( printDanglingComments(path, options2), commentOnOwnLine ? hardline : " " ); } parts.push( "else", group( adjustClause( node.alternate, print3("alternate"), node.alternate.type === "IfStatement" ) ) ); } return parts; } case "ForStatement": { const body = adjustClause(node.body, print3("body")); const dangling = printDanglingComments(path, options2); const printedComments = dangling ? [dangling, softline] : ""; if (!node.init && !node.test && !node.update) { return [printedComments, group(["for (;;)", body])]; } return [ printedComments, group([ "for (", group([ indent([ softline, print3("init"), ";", line, print3("test"), ";", line, print3("update") ]), softline ]), ")", body ]) ]; } case "WhileStatement": return group([ "while (", group([indent([softline, print3("test")]), softline]), ")", adjustClause(node.body, print3("body")) ]); case "ForInStatement": return group([ "for (", print3("left"), " in ", print3("right"), ")", adjustClause(node.body, print3("body")) ]); case "ForOfStatement": return group([ "for", node.await ? " await" : "", " (", print3("left"), " of ", print3("right"), ")", adjustClause(node.body, print3("body")) ]); case "DoWhileStatement": { const clause = adjustClause(node.body, print3("body")); const doBody = group(["do", clause]); parts = [doBody]; if (node.body.type === "BlockStatement") { parts.push(" "); } else { parts.push(hardline); } parts.push( "while (", group([indent([softline, print3("test")]), softline]), ")", semi ); return parts; } case "DoExpression": return [node.async ? "async " : "", "do ", print3("body")]; case "BreakStatement": case "ContinueStatement": parts.push(node.type === "BreakStatement" ? "break" : "continue"); if (node.label) { parts.push(" ", print3("label")); } parts.push(semi); return parts; case "LabeledStatement": if (node.body.type === "EmptyStatement") { return [print3("label"), ":;"]; } return [print3("label"), ": ", print3("body")]; case "TryStatement": return [ "try ", print3("block"), node.handler ? [" ", print3("handler")] : "", node.finalizer ? [" finally ", print3("finalizer")] : "" ]; case "CatchClause": if (node.param) { const parameterHasComments = hasComment( node.param, (comment) => !is_block_comment_default(comment) || comment.leading && has_newline_default(options2.originalText, locEnd(comment)) || comment.trailing && has_newline_default(options2.originalText, locStart(comment), { backwards: true }) ); const param = print3("param"); return [ "catch ", parameterHasComments ? ["(", indent([softline, param]), softline, ") "] : ["(", param, ") "], print3("body") ]; } return ["catch ", print3("body")]; // Note: ignoring n.lexical because it has no printing consequences. case "SwitchStatement": return [ group([ "switch (", indent([softline, print3("discriminant")]), softline, ")" ]), " {", node.cases.length > 0 ? indent([ hardline, join( hardline, path.map( ({ node: node2, isLast }) => [ print3(), !isLast && isNextLineEmpty2(node2, options2) ? hardline : "" ], "cases" ) ) ]) : "", hardline, "}" ]; case "SwitchCase": { if (node.test) { parts.push("case ", print3("test"), ":"); } else { parts.push("default:"); } if (hasComment(node, CommentCheckFlags.Dangling)) { parts.push(" ", printDanglingComments(path, options2)); } const consequent = node.consequent.filter( (node2) => node2.type !== "EmptyStatement" ); if (consequent.length > 0) { const cons = printStatementSequence(path, options2, print3, "consequent"); parts.push( consequent.length === 1 && consequent[0].type === "BlockStatement" ? [" ", cons] : indent([hardline, cons]) ); } return parts; } // JSX extensions below. case "DebuggerStatement": return ["debugger", semi]; case "ClassDeclaration": case "ClassExpression": return printClass(path, options2, print3); case "ClassMethod": case "ClassPrivateMethod": case "MethodDefinition": return printClassMethod(path, options2, print3); case "ClassProperty": case "PropertyDefinition": case "ClassPrivateProperty": case "ClassAccessorProperty": case "AccessorProperty": return printClassProperty(path, options2, print3); case "TemplateElement": return replaceEndOfLine(node.value.raw); case "TemplateLiteral": return printTemplateLiteral(path, options2, print3); case "TaggedTemplateExpression": return printTaggedTemplateLiteral(path, options2, print3); case "PrivateIdentifier": return ["#", node.name]; case "PrivateName": return ["#", print3("id")]; // For hack-style pipeline case "TopicReference": return "%"; case "ArgumentPlaceholder": return "?"; case "ModuleExpression": return ["module ", print3("body")]; case "InterpreterDirective": // Printed as comment default: throw new unexpected_node_error_default(node, "ESTree"); } } // src/language-js/print/cast-expression.js function printBinaryCastExpression(path, options2, print3) { const { parent, node, key } = path; const parts = [print3("expression")]; switch (node.type) { case "AsConstExpression": parts.push(" as const"); break; case "AsExpression": case "TSAsExpression": parts.push(" as ", print3("typeAnnotation")); break; case "SatisfiesExpression": case "TSSatisfiesExpression": parts.push(" satisfies ", print3("typeAnnotation")); break; } if (key === "callee" && isCallExpression(parent) || key === "object" && isMemberExpression(parent)) { return group([indent([softline, ...parts]), softline]); } return parts; } // src/language-js/print/component.js function printComponent(path, options2, print3) { const { node } = path; const parts = [printDeclareToken(path), "component"]; if (node.id) { parts.push(" ", print3("id")); } parts.push(print3("typeParameters")); const parametersDoc = printComponentParameters(path, options2, print3); if (node.rendersType) { parts.push(group([parametersDoc, " ", print3("rendersType")])); } else { parts.push(group([parametersDoc])); } if (node.body) { parts.push(" ", print3("body")); } if (options2.semi && node.type === "DeclareComponent") { parts.push(";"); } return parts; } function printComponentParameters(path, options2, print3) { const { node: componentNode } = path; let parameters = componentNode.params; if (componentNode.rest) { parameters = [...parameters, componentNode.rest]; } if (parameters.length === 0) { return [ "(", printDanglingComments(path, options2, { filter: (comment) => get_next_non_space_non_comment_character_default( options2.originalText, locEnd(comment) ) === ")" }), ")" ]; } const printed = []; iterateComponentParametersPath(path, (parameterPath, index) => { const isLastParameter = index === parameters.length - 1; if (isLastParameter && componentNode.rest) { printed.push("..."); } printed.push(print3()); if (isLastParameter) { return; } printed.push(","); if (isNextLineEmpty2(parameters[index], options2)) { printed.push(hardline, hardline); } else { printed.push(line); } }); return [ "(", indent([softline, ...printed]), ifBreak( shouldPrintComma(options2, "all") && !hasRestParameter2(componentNode, parameters) ? "," : "" ), softline, ")" ]; } function hasRestParameter2(componentNode, parameters) { var _a; return componentNode.rest || ((_a = at_default( /* isOptionalObject */ false, parameters, -1 )) == null ? void 0 : _a.type) === "RestElement"; } function iterateComponentParametersPath(path, iteratee) { const { node } = path; let index = 0; const callback = (childPath) => iteratee(childPath, index++); path.each(callback, "params"); if (node.rest) { path.call(callback, "rest"); } } function printComponentParameter(path, options2, print3) { const { node } = path; if (node.shorthand) { return print3("local"); } return [print3("name"), " as ", print3("local")]; } function printComponentTypeParameter(path, options2, print3) { const { node } = path; const printed = []; if (node.name) { printed.push(print3("name"), node.optional ? "?: " : ": "); } printed.push(print3("typeAnnotation")); return printed; } // src/language-js/print/enum.js function printEnumBody(path, options2, print3) { return printObject(path, options2, print3); } function printEnumMember(path, print3) { const { node } = path; let idDoc = print3("id"); if (node.computed) { idDoc = ["[", idDoc, "]"]; } let initializerDoc = ""; if (node.initializer) { initializerDoc = print3("initializer"); } if (node.init) { initializerDoc = print3("init"); } if (!initializerDoc) { return idDoc; } return [idDoc, " = ", initializerDoc]; } function printEnumDeclaration(path, print3) { const { node } = path; return [ printDeclareToken(path), node.const ? "const " : "", "enum ", print3("id"), " ", print3("body") ]; } // src/language-js/print/hook.js function printHook(path, options2, print3) { const { node } = path; const parts = ["hook"]; if (node.id) { parts.push(" ", print3("id")); } const parametersDoc = printFunctionParameters( path, options2, print3, false, true ); const returnTypeDoc = printReturnType(path, print3); const shouldGroupParameters = shouldGroupFunctionParameters( node, returnTypeDoc ); parts.push( group([ shouldGroupParameters ? group(parametersDoc) : parametersDoc, returnTypeDoc ]), node.body ? " " : "", print3("body") ); return parts; } function printDeclareHook(path, options2, print3) { const { node } = path; const parts = [printDeclareToken(path), "hook"]; if (node.id) { parts.push(" ", print3("id")); } if (options2.semi) { parts.push(";"); } return parts; } function isDeclareHookTypeAnnotation(path) { var _a; const { node } = path; return node.type === "HookTypeAnnotation" && ((_a = path.getParentNode(2)) == null ? void 0 : _a.type) === "DeclareHook"; } function printHookTypeAnnotation(path, options2, print3) { const { node } = path; const parts = []; parts.push(isDeclareHookTypeAnnotation(path) ? "" : "hook "); let parametersDoc = printFunctionParameters( path, options2, print3, /* expandArg */ false, /* printTypeParams */ true ); const returnTypeDoc = []; returnTypeDoc.push( isDeclareHookTypeAnnotation(path) ? ": " : " => ", print3("returnType") ); if (shouldGroupFunctionParameters(node, returnTypeDoc)) { parametersDoc = group(parametersDoc); } parts.push(parametersDoc, returnTypeDoc); return group(parts); } // src/language-js/print/interface.js function printInterface(path, options2, print3) { const { node } = path; const parts = [printDeclareToken(path), "interface"]; const partsGroup = []; const extendsParts = []; if (node.type !== "InterfaceTypeAnnotation") { partsGroup.push(" ", print3("id"), print3("typeParameters")); } const shouldIndentOnlyHeritageClauses2 = node.typeParameters && !hasComment( node.typeParameters, CommentCheckFlags.Trailing | CommentCheckFlags.Line ); if (is_non_empty_array_default(node.extends)) { extendsParts.push( shouldIndentOnlyHeritageClauses2 ? ifBreak(" ", line, { groupId: getTypeParametersGroupId(node.typeParameters) }) : line, "extends ", (node.extends.length === 1 ? identity : indent)( join([",", line], path.map(print3, "extends")) ) ); } if (hasComment(node.id, CommentCheckFlags.Trailing) || is_non_empty_array_default(node.extends)) { if (shouldIndentOnlyHeritageClauses2) { parts.push(group([...partsGroup, indent(extendsParts)])); } else { parts.push(group(indent([...partsGroup, ...extendsParts]))); } } else { parts.push(...partsGroup, ...extendsParts); } parts.push(" ", print3("body")); return group(parts); } // src/language-js/print/mapped-type.js function printFlowMappedTypeOptionalModifier(optional) { switch (optional) { case null: return ""; case "PlusOptional": return "+?"; case "MinusOptional": return "-?"; case "Optional": return "?"; } } function printFlowMappedTypeProperty(path, options2, print3) { const { node } = path; return group([ node.variance ? print3("variance") : "", "[", indent([print3("keyTparam"), " in ", print3("sourceType")]), "]", printFlowMappedTypeOptionalModifier(node.optional), ": ", print3("propType") ]); } function printTypeScriptMappedTypeModifier(tokenNode, keyword) { if (tokenNode === "+" || tokenNode === "-") { return tokenNode + keyword; } return keyword; } function printTypeScriptMappedType(path, options2, print3) { const { node } = path; let shouldBreak = false; if (options2.objectWrap === "preserve") { const start = locStart(node); const textAfter = get_text_without_comments_default( options2, start + 1, locStart(node.key) ); const nextTokenIndex = start + 1 + textAfter.search(/\S/u); if (has_newline_in_range_default(options2.originalText, start, nextTokenIndex)) { shouldBreak = true; } } return group( [ "{", indent([ options2.bracketSpacing ? line : softline, hasComment(node, CommentCheckFlags.Dangling) ? group([printDanglingComments(path, options2), hardline]) : "", group([ node.readonly ? [ printTypeScriptMappedTypeModifier(node.readonly, "readonly"), " " ] : "", "[", print3("key"), " in ", print3("constraint"), node.nameType ? [" as ", print3("nameType")] : "", "]", node.optional ? printTypeScriptMappedTypeModifier(node.optional, "?") : "", node.typeAnnotation ? ": " : "", print3("typeAnnotation") ]), options2.semi ? ifBreak(";") : "" ]), options2.bracketSpacing ? line : softline, "}" ], { shouldBreak } ); } // src/language-js/print/flow.js function printFlow(path, options2, print3) { const { node } = path; if (is_flow_keyword_type_default(node)) { return node.type.slice(0, -14).toLowerCase(); } const semi = options2.semi ? ";" : ""; switch (node.type) { case "ComponentDeclaration": case "DeclareComponent": case "ComponentTypeAnnotation": return printComponent(path, options2, print3); case "ComponentParameter": return printComponentParameter(path, options2, print3); case "ComponentTypeParameter": return printComponentTypeParameter(path, options2, print3); case "HookDeclaration": return printHook(path, options2, print3); case "DeclareHook": return printDeclareHook(path, options2, print3); case "HookTypeAnnotation": return printHookTypeAnnotation(path, options2, print3); case "DeclareClass": return printClass(path, options2, print3); case "DeclareFunction": return [ printDeclareToken(path), "function ", print3("id"), print3("predicate"), semi ]; case "DeclareModule": return ["declare module ", print3("id"), " ", print3("body")]; case "DeclareModuleExports": return [ "declare module.exports", printTypeAnnotationProperty(path, print3), semi ]; case "DeclareNamespace": return ["declare namespace ", print3("id"), " ", print3("body")]; case "DeclareVariable": return [ printDeclareToken(path), // TODO: Only use `node.kind` when babel update AST node.kind ?? "var", " ", print3("id"), semi ]; case "DeclareExportDeclaration": case "DeclareExportAllDeclaration": return printExportDeclaration(path, options2, print3); case "DeclareOpaqueType": case "OpaqueType": return printOpaqueType(path, options2, print3); case "DeclareTypeAlias": case "TypeAlias": return printTypeAlias(path, options2, print3); case "IntersectionTypeAnnotation": return printIntersectionType(path, options2, print3); case "UnionTypeAnnotation": return printUnionType(path, options2, print3); case "ConditionalTypeAnnotation": return printTernary(path, options2, print3); case "InferTypeAnnotation": return printInferType(path, options2, print3); case "FunctionTypeAnnotation": return printFunctionType(path, options2, print3); case "TupleTypeAnnotation": return printArray(path, options2, print3); case "TupleTypeLabeledElement": return printNamedTupleMember(path, options2, print3); case "TupleTypeSpreadElement": return printRestType(path, options2, print3); case "GenericTypeAnnotation": return [ print3("id"), printTypeParameters(path, options2, print3, "typeParameters") ]; case "IndexedAccessType": case "OptionalIndexedAccessType": return printIndexedAccessType(path, options2, print3); // Type Annotations for Facebook Flow, typically stripped out or // transformed away before printing. case "TypeAnnotation": return printTypeAnnotation(path, options2, print3); case "TypeParameter": return printTypeParameter(path, options2, print3); case "TypeofTypeAnnotation": return printTypeQuery(path, print3); case "ExistsTypeAnnotation": return "*"; case "ArrayTypeAnnotation": return printArrayType(print3); case "DeclareEnum": case "EnumDeclaration": return printEnumDeclaration(path, print3); case "EnumBooleanBody": case "EnumNumberBody": case "EnumBigIntBody": case "EnumStringBody": case "EnumSymbolBody": return [ node.type === "EnumSymbolBody" || node.explicitType ? `of ${node.type.slice( // `Enum` 4, // `Body` -4 ).toLowerCase()} ` : "", printEnumBody(path, options2, print3) ]; case "EnumBooleanMember": case "EnumNumberMember": case "EnumBigIntMember": case "EnumStringMember": case "EnumDefaultedMember": return printEnumMember(path, print3); case "FunctionTypeParam": { const name = node.name ? print3("name") : path.parent.this === node ? "this" : ""; return [ name, printOptionalToken(path), // `flow` doesn't wrap the `typeAnnotation` with `TypeAnnotation`, so the colon // needs to be added separately. name ? ": " : "", print3("typeAnnotation") ]; } case "DeclareInterface": case "InterfaceDeclaration": case "InterfaceTypeAnnotation": return printInterface(path, options2, print3); case "ClassImplements": case "InterfaceExtends": return [print3("id"), print3("typeParameters")]; case "NullableTypeAnnotation": return ["?", print3("typeAnnotation")]; case "Variance": { const { kind } = node; assert_default.ok(kind === "plus" || kind === "minus"); return kind === "plus" ? "+" : "-"; } case "KeyofTypeAnnotation": return ["keyof ", print3("argument")]; case "ObjectTypeCallProperty": return [node.static ? "static " : "", print3("value")]; case "ObjectTypeMappedTypeProperty": return printFlowMappedTypeProperty(path, options2, print3); case "ObjectTypeIndexer": return [ node.static ? "static " : "", node.variance ? print3("variance") : "", "[", print3("id"), node.id ? ": " : "", print3("key"), "]: ", print3("value") ]; case "ObjectTypeProperty": { let modifier = ""; if (node.proto) { modifier = "proto "; } else if (node.static) { modifier = "static "; } return [ modifier, node.kind !== "init" ? node.kind + " " : "", node.variance ? print3("variance") : "", printPropertyKey(path, options2, print3), printOptionalToken(path), isMethod(node) ? "" : ": ", print3("value") ]; } case "ObjectTypeAnnotation": return printObject(path, options2, print3); case "ObjectTypeInternalSlot": return [ node.static ? "static " : "", "[[", print3("id"), "]]", printOptionalToken(path), node.method ? "" : ": ", print3("value") ]; // Same as `RestElement` case "ObjectTypeSpreadProperty": return printRestSpread(path, print3); case "QualifiedTypeofIdentifier": case "QualifiedTypeIdentifier": return [print3("qualification"), ".", print3("id")]; case "NullLiteralTypeAnnotation": return "null"; case "BooleanLiteralTypeAnnotation": return String(node.value); case "StringLiteralTypeAnnotation": return replaceEndOfLine(print_string_default(get_raw_default(node), options2)); case "NumberLiteralTypeAnnotation": return print_number_default(get_raw_default(node)); case "BigIntLiteralTypeAnnotation": return printBigInt(get_raw_default(node)); case "TypeCastExpression": return [ "(", print3("expression"), printTypeAnnotationProperty(path, print3), ")" ]; case "TypePredicate": return printTypePredicate(path, print3); case "TypeOperator": return [node.operator, " ", print3("typeAnnotation")]; case "TypeParameterDeclaration": case "TypeParameterInstantiation": return printTypeParameters(path, options2, print3, "params"); // Deprecated https://github.com/facebook/flow/commit/b98ae5528d9a073ddc62fc8ce418bbb1f2f80a82 case "InferredPredicate": case "DeclaredPredicate": return [ // The return type will already add the colon, but otherwise we // need to do it ourselves path.key === "predicate" && path.parent.type !== "DeclareFunction" && !path.parent.returnType ? ": " : " ", "%checks", ...node.type === "DeclaredPredicate" ? ["(", print3("value"), ")"] : [] ]; case "AsExpression": case "AsConstExpression": case "SatisfiesExpression": return printBinaryCastExpression(path, options2, print3); } } // src/language-js/print/typescript.js function printTypescript(path, options2, print3) { var _a; const { node } = path; if (!node.type.startsWith("TS")) { return; } if (is_ts_keyword_type_default(node)) { return node.type.slice(2, -7).toLowerCase(); } const semi = options2.semi ? ";" : ""; const parts = []; switch (node.type) { case "TSThisType": return "this"; case "TSTypeAssertion": { const shouldBreakAfterCast = !(isArrayExpression(node.expression) || isObjectExpression(node.expression)); const castGroup = group([ "<", indent([softline, print3("typeAnnotation")]), softline, ">" ]); const exprContents = [ ifBreak("("), indent([softline, print3("expression")]), softline, ifBreak(")") ]; if (shouldBreakAfterCast) { return conditionalGroup([ [castGroup, print3("expression")], [castGroup, group(exprContents, { shouldBreak: true })], [castGroup, print3("expression")] ]); } return group([castGroup, print3("expression")]); } case "TSDeclareFunction": return printFunction(path, options2, print3); case "TSExportAssignment": return ["export = ", print3("expression"), semi]; case "TSModuleBlock": return printBlock(path, options2, print3); case "TSInterfaceBody": case "TSTypeLiteral": return printObject(path, options2, print3); case "TSTypeAliasDeclaration": return printTypeAlias(path, options2, print3); case "TSQualifiedName": return [print3("left"), ".", print3("right")]; case "TSAbstractMethodDefinition": case "TSDeclareMethod": return printClassMethod(path, options2, print3); case "TSAbstractAccessorProperty": case "TSAbstractPropertyDefinition": return printClassProperty(path, options2, print3); case "TSInterfaceHeritage": case "TSClassImplements": case "TSExpressionWithTypeArguments": // Babel AST case "TSInstantiationExpression": return [ print3("expression"), print3( // TODO: Use `typeArguments` only when babel align with TS. node.typeArguments ? "typeArguments" : "typeParameters" ) ]; case "TSTemplateLiteralType": return printTemplateLiteral(path, options2, print3); case "TSNamedTupleMember": return printNamedTupleMember(path, options2, print3); case "TSRestType": return printRestType(path, options2, print3); case "TSOptionalType": return [print3("typeAnnotation"), "?"]; case "TSInterfaceDeclaration": return printInterface(path, options2, print3); case "TSTypeParameterDeclaration": case "TSTypeParameterInstantiation": return printTypeParameters(path, options2, print3, "params"); case "TSTypeParameter": return printTypeParameter(path, options2, print3); case "TSAsExpression": case "TSSatisfiesExpression": return printBinaryCastExpression(path, options2, print3); case "TSArrayType": return printArrayType(print3); case "TSPropertySignature": return [ node.readonly ? "readonly " : "", printPropertyKey(path, options2, print3), printOptionalToken(path), printTypeAnnotationProperty(path, print3) ]; case "TSParameterProperty": return [ printTypeScriptAccessibilityToken(node), node.static ? "static " : "", node.override ? "override " : "", node.readonly ? "readonly " : "", print3("parameter") ]; case "TSTypeQuery": return printTypeQuery(path, print3); case "TSIndexSignature": { const trailingComma = node.parameters.length > 1 ? ifBreak(shouldPrintComma(options2) ? "," : "") : ""; const parametersGroup = group([ indent([ softline, join([", ", softline], path.map(print3, "parameters")) ]), trailingComma, softline ]); const isClassMember = path.parent.type === "ClassBody" && path.key === "body"; return [ // `static` only allowed in class member isClassMember && node.static ? "static " : "", node.readonly ? "readonly " : "", "[", node.parameters ? parametersGroup : "", "]", printTypeAnnotationProperty(path, print3), isClassMember ? semi : "" ]; } case "TSTypePredicate": return printTypePredicate(path, print3); case "TSNonNullExpression": return [print3("expression"), "!"]; case "TSImportType": return [ "import", call_arguments_default(path, options2, print3), !node.qualifier ? "" : [".", print3("qualifier")], printTypeParameters( path, options2, print3, node.typeArguments ? "typeArguments" : "typeParameters" ) ]; case "TSLiteralType": return print3("literal"); case "TSIndexedAccessType": return printIndexedAccessType(path, options2, print3); case "TSTypeOperator": return [node.operator, " ", print3("typeAnnotation")]; case "TSMappedType": return printTypeScriptMappedType(path, options2, print3); case "TSMethodSignature": { const kind = node.kind && node.kind !== "method" ? `${node.kind} ` : ""; parts.push( printTypeScriptAccessibilityToken(node), kind, node.computed ? "[" : "", print3("key"), node.computed ? "]" : "", printOptionalToken(path) ); const parametersDoc = printFunctionParameters( path, options2, print3, /* expandArg */ false, /* printTypeParams */ true ); const returnTypePropertyName = node.returnType ? "returnType" : "typeAnnotation"; const returnTypeNode = node[returnTypePropertyName]; const returnTypeDoc = returnTypeNode ? printTypeAnnotationProperty(path, print3, returnTypePropertyName) : ""; const shouldGroupParameters = shouldGroupFunctionParameters( node, returnTypeDoc ); parts.push(shouldGroupParameters ? group(parametersDoc) : parametersDoc); if (returnTypeNode) { parts.push(group(returnTypeDoc)); } return group(parts); } case "TSNamespaceExportDeclaration": return ["export as namespace ", print3("id"), options2.semi ? ";" : ""]; case "TSEnumDeclaration": return printEnumDeclaration(path, print3); case "TSEnumBody": return printEnumBody(path, options2, print3); case "TSEnumMember": return printEnumMember(path, print3); case "TSImportEqualsDeclaration": return [ node.isExport ? "export " : "", "import ", printImportKind( node, /* spaceBeforeKind */ false ), print3("id"), " = ", print3("moduleReference"), options2.semi ? ";" : "" ]; case "TSExternalModuleReference": return ["require(", print3("expression"), ")"]; case "TSModuleDeclaration": { const { parent } = path; const parentIsDeclaration = parent.type === "TSModuleDeclaration"; const bodyIsDeclaration = ((_a = node.body) == null ? void 0 : _a.type) === "TSModuleDeclaration"; if (parentIsDeclaration) { parts.push("."); } else { parts.push(printDeclareToken(path)); if (node.kind !== "global") { parts.push(node.kind, " "); } } parts.push(print3("id")); if (bodyIsDeclaration) { parts.push(print3("body")); } else if (node.body) { parts.push(" ", group(print3("body"))); } else { parts.push(semi); } return parts; } case "TSConditionalType": return printTernary(path, options2, print3); case "TSInferType": return printInferType(path, options2, print3); case "TSIntersectionType": return printIntersectionType(path, options2, print3); case "TSUnionType": return printUnionType(path, options2, print3); case "TSFunctionType": case "TSCallSignatureDeclaration": case "TSConstructorType": case "TSConstructSignatureDeclaration": return printFunctionType(path, options2, print3); case "TSTupleType": return printArray(path, options2, print3); case "TSTypeReference": return [ print3("typeName"), printTypeParameters( path, options2, print3, // TODO: Use `typeArguments` only when babel align with TS. node.typeArguments ? "typeArguments" : "typeParameters" ) ]; case "TSTypeAnnotation": return printTypeAnnotation(path, options2, print3); case "TSEmptyBodyFunctionExpression": return printMethodValue(path, options2, print3); // These are not valid TypeScript. Printing them just for the sake of error recovery. case "TSJSDocAllType": return "*"; case "TSJSDocUnknownType": return "?"; case "TSJSDocNullableType": return printJSDocType( path, print3, /* token */ "?" ); case "TSJSDocNonNullableType": return printJSDocType( path, print3, /* token */ "!" ); case "TSParenthesizedType": // Removed in `../parse/postprocess.js` default: throw new unexpected_node_error_default(node, "TypeScript"); } } // src/language-js/print/index.js function printWithoutParentheses(path, options2, print3, args) { if (is_ignored_default(path)) { return print_ignored_default(path, options2); } for (const printer of [ printAngular, printJsx, printFlow, printTypescript, printEstree ]) { const doc = printer(path, options2, print3, args); if (doc !== void 0) { return doc; } } } var shouldPrintDirectly = create_type_check_function_default([ "ClassMethod", "ClassPrivateMethod", "ClassProperty", "ClassAccessorProperty", "AccessorProperty", "TSAbstractAccessorProperty", "PropertyDefinition", "TSAbstractPropertyDefinition", "ClassPrivateProperty", "MethodDefinition", "TSAbstractMethodDefinition", "TSDeclareMethod" ]); function print2(path, options2, print3, args) { var _a; if (path.isRoot) { (_a = options2.__onHtmlBindingRoot) == null ? void 0 : _a.call(options2, path.node, options2); } const doc = printWithoutParentheses(path, options2, print3, args); if (!doc) { return ""; } const { node } = path; if (shouldPrintDirectly(node)) { return doc; } const hasDecorators = is_non_empty_array_default(node.decorators); const decoratorsDoc = printDecorators(path, options2, print3); const isClassExpression = node.type === "ClassExpression"; if (hasDecorators && !isClassExpression) { return inheritLabel(doc, (doc2) => group([decoratorsDoc, doc2])); } const needsParens2 = needs_parens_default(path, options2); const needsSemi = shouldPrintLeadingSemicolon(path, options2); if (!decoratorsDoc && !needsParens2 && !needsSemi) { return doc; } return inheritLabel(doc, (doc2) => [ needsSemi ? ";" : "", needsParens2 ? "(" : "", needsParens2 && isClassExpression && hasDecorators ? [indent([line, decoratorsDoc, doc2]), line] : [decoratorsDoc, doc2], needsParens2 ? ")" : "" ]); } var print_default = print2; // src/language-js/printer.js var experimentalFeatures = { // TODO: Make this default behavior avoidAstMutation: true }; // src/language-json/languages.evaluate.js var languages_evaluate_default2 = [ { "name": "JSON.stringify", "type": "data", "extensions": [ ".importmap" ], "tmScope": "source.json", "aceMode": "json", "aliases": [ "geojson", "jsonl", "sarif", "topojson" ], "codemirrorMode": "javascript", "codemirrorMimeType": "application/json", "filenames": [ "package.json", "package-lock.json", "composer.json" ], "parsers": [ "json-stringify" ], "vscodeLanguageIds": [ "json" ], "linguistLanguageId": 174 }, { "name": "JSON", "type": "data", "extensions": [ ".json", ".4DForm", ".4DProject", ".avsc", ".geojson", ".gltf", ".har", ".ice", ".JSON-tmLanguage", ".json.example", ".mcmeta", ".sarif", ".tact", ".tfstate", ".tfstate.backup", ".topojson", ".webapp", ".webmanifest", ".yy", ".yyp" ], "tmScope": "source.json", "aceMode": "json", "aliases": [ "geojson", "jsonl", "sarif", "topojson" ], "codemirrorMode": "javascript", "codemirrorMimeType": "application/json", "filenames": [ ".all-contributorsrc", ".arcconfig", ".auto-changelog", ".c8rc", ".htmlhintrc", ".imgbotconfig", ".nycrc", ".tern-config", ".tern-project", ".watchmanconfig", ".babelrc", ".jscsrc", ".jshintrc", ".jslintrc", ".swcrc" ], "parsers": [ "json" ], "vscodeLanguageIds": [ "json" ], "linguistLanguageId": 174 }, { "name": "JSON with Comments", "type": "data", "extensions": [ ".jsonc", ".code-snippets", ".code-workspace", ".sublime-build", ".sublime-color-scheme", ".sublime-commands", ".sublime-completions", ".sublime-keymap", ".sublime-macro", ".sublime-menu", ".sublime-mousemap", ".sublime-project", ".sublime-settings", ".sublime-theme", ".sublime-workspace", ".sublime_metrics", ".sublime_session" ], "tmScope": "source.json.comments", "aceMode": "javascript", "aliases": [ "jsonc" ], "codemirrorMode": "javascript", "codemirrorMimeType": "text/javascript", "group": "JSON", "filenames": [], "parsers": [ "jsonc" ], "vscodeLanguageIds": [ "jsonc" ], "linguistLanguageId": 423 }, { "name": "JSON5", "type": "data", "extensions": [ ".json5" ], "tmScope": "source.js", "aceMode": "javascript", "codemirrorMode": "javascript", "codemirrorMimeType": "application/json", "parsers": [ "json5" ], "vscodeLanguageIds": [ "json5" ], "linguistLanguageId": 175 } ]; // src/language-json/printer-estree-json.js var printer_estree_json_exports = {}; __export(printer_estree_json_exports, { getVisitorKeys: () => get_visitor_keys_default2, massageAstNode: () => clean2, print: () => genericPrint }); // src/language-json/visitor-keys.js var visitorKeys = { JsonRoot: ["node"], ArrayExpression: ["elements"], ObjectExpression: ["properties"], ObjectProperty: ["key", "value"], UnaryExpression: ["argument"], NullLiteral: [], BooleanLiteral: [], StringLiteral: [], NumericLiteral: [], Identifier: [], TemplateLiteral: ["quasis"], TemplateElement: [] }; var visitor_keys_default = visitorKeys; // src/language-json/get-visitor-keys.js var getVisitorKeys2 = create_get_visitor_keys_default(visitor_keys_default); var get_visitor_keys_default2 = getVisitorKeys2; // src/language-json/printer-estree-json.js function genericPrint(path, options2, print3) { const { node } = path; switch (node.type) { case "JsonRoot": return [print3("node"), hardline]; case "ArrayExpression": { if (node.elements.length === 0) { return "[]"; } const printed = path.map( () => path.node === null ? "null" : print3(), "elements" ); return [ "[", indent([hardline, join([",", hardline], printed)]), hardline, "]" ]; } case "ObjectExpression": return node.properties.length === 0 ? "{}" : [ "{", indent([ hardline, join([",", hardline], path.map(print3, "properties")) ]), hardline, "}" ]; case "ObjectProperty": return [print3("key"), ": ", print3("value")]; case "UnaryExpression": return [node.operator === "+" ? "" : node.operator, print3("argument")]; case "NullLiteral": return "null"; case "BooleanLiteral": return node.value ? "true" : "false"; case "StringLiteral": return JSON.stringify(node.value); case "NumericLiteral": return isObjectKey(path) ? JSON.stringify(String(node.value)) : JSON.stringify(node.value); case "Identifier": return isObjectKey(path) ? JSON.stringify(node.name) : node.name; case "TemplateLiteral": return print3(["quasis", 0]); case "TemplateElement": return JSON.stringify(node.value.cooked); default: throw new unexpected_node_error_default(node, "JSON"); } } function isObjectKey(path) { return path.key === "key" && path.parent.type === "ObjectProperty"; } var ignoredProperties2 = /* @__PURE__ */ new Set([ "start", "end", "extra", "loc", "comments", "leadingComments", "trailingComments", "innerComments", "errors", "range", "tokens" ]); function clean2(original, cloned) { const { type } = original; if (type === "ObjectProperty") { const { key } = original; if (key.type === "Identifier") { cloned.key = { type: "StringLiteral", value: key.name }; } else if (key.type === "NumericLiteral") { cloned.key = { type: "StringLiteral", value: String(key.value) }; } return; } if (type === "UnaryExpression" && original.operator === "+") { return cloned.argument; } if (type === "ArrayExpression") { for (const [index, element] of original.elements.entries()) { if (element === null) { cloned.elements.splice(index, 0, { type: "NullLiteral" }); } } return; } if (type === "TemplateLiteral") { return { type: "StringLiteral", value: original.quasis[0].value.cooked }; } } clean2.ignoredProperties = ignoredProperties2; // src/common/common-options.evaluate.js var common_options_evaluate_default = { "bracketSpacing": { "category": "Common", "type": "boolean", "default": true, "description": "Print spaces between brackets.", "oppositeDescription": "Do not print spaces between brackets." }, "objectWrap": { "category": "Common", "type": "choice", "default": "preserve", "description": "How to wrap object literals.", "choices": [ { "value": "preserve", "description": "Keep as multi-line, if there is a newline between the opening brace and first property." }, { "value": "collapse", "description": "Fit to a single line when possible." } ] }, "singleQuote": { "category": "Common", "type": "boolean", "default": false, "description": "Use single quotes instead of double quotes." }, "proseWrap": { "category": "Common", "type": "choice", "default": "preserve", "description": "How to wrap prose.", "choices": [ { "value": "always", "description": "Wrap prose if it exceeds the print width." }, { "value": "never", "description": "Do not wrap prose." }, { "value": "preserve", "description": "Wrap prose as-is." } ] }, "bracketSameLine": { "category": "Common", "type": "boolean", "default": false, "description": "Put > of opening tags on the last line instead of on a new line." }, "singleAttributePerLine": { "category": "Common", "type": "boolean", "default": false, "description": "Enforce single attribute per line in HTML, Vue and JSX." } }; // src/language-js/options.js var CATEGORY_JAVASCRIPT = "JavaScript"; var options = { arrowParens: { category: CATEGORY_JAVASCRIPT, type: "choice", default: "always", description: "Include parentheses around a sole arrow function parameter.", choices: [ { value: "always", description: "Always include parens. Example: `(x) => x`" }, { value: "avoid", description: "Omit parens when possible. Example: `x => x`" } ] }, bracketSameLine: common_options_evaluate_default.bracketSameLine, objectWrap: common_options_evaluate_default.objectWrap, bracketSpacing: common_options_evaluate_default.bracketSpacing, jsxBracketSameLine: { category: CATEGORY_JAVASCRIPT, type: "boolean", description: "Put > on the last line instead of at a new line.", deprecated: "2.4.0" }, semi: { category: CATEGORY_JAVASCRIPT, type: "boolean", default: true, description: "Print semicolons.", oppositeDescription: "Do not print semicolons, except at the beginning of lines which may need them." }, experimentalOperatorPosition: { category: CATEGORY_JAVASCRIPT, type: "choice", default: "end", description: "Where to print operators when binary expressions wrap lines.", choices: [ { value: "start", description: "Print operators at the start of new lines." }, { value: "end", description: "Print operators at the end of previous lines." } ] }, experimentalTernaries: { category: CATEGORY_JAVASCRIPT, type: "boolean", default: false, description: "Use curious ternaries, with the question mark after the condition.", oppositeDescription: "Default behavior of ternaries; keep question marks on the same line as the consequent." }, singleQuote: common_options_evaluate_default.singleQuote, jsxSingleQuote: { category: CATEGORY_JAVASCRIPT, type: "boolean", default: false, description: "Use single quotes in JSX." }, quoteProps: { category: CATEGORY_JAVASCRIPT, type: "choice", default: "as-needed", description: "Change when properties in objects are quoted.", choices: [ { value: "as-needed", description: "Only add quotes around object properties where required." }, { value: "consistent", description: "If at least one property in an object requires quotes, quote all properties." }, { value: "preserve", description: "Respect the input use of quotes in object properties." } ] }, trailingComma: { category: CATEGORY_JAVASCRIPT, type: "choice", default: "all", description: "Print trailing commas wherever possible when multi-line.", choices: [ { value: "all", description: "Trailing commas wherever possible (including function arguments)." }, { value: "es5", description: "Trailing commas where valid in ES5 (objects, arrays, etc.)" }, { value: "none", description: "No trailing commas." } ] }, singleAttributePerLine: common_options_evaluate_default.singleAttributePerLine }; var options_default = options; // src/plugins/estree.js var printers = { estree: printer_exports, "estree-json": printer_estree_json_exports }; var languages = [...languages_evaluate_default, ...languages_evaluate_default2]; // with-default-export:src/plugins/estree.js var estree_default = estree_exports; export { estree_default as default, languages, options_default as options, printers }; |