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How to use AstLiteral method in wpt

Best JavaScript code snippet using wpt

gen.ts

Source:gen.ts

1import * as AST from "./ast"2const digitRegex = /\d+/3const lookAroundMap = {4  lookahead: ["(?=", "(?!"],5  lookbehind: ["(?<=", "(?<!"],6}7class CodeGen {8  ast: AST.Regex | AST.Node[]9  astLiteral = false10  isLiteral = false11  constructor(ast: AST.Regex | AST.Node[], isLiteral = false) {12    this.ast = ast13    this.isLiteral = isLiteral14    if (!Array.isArray(ast)) {15      this.astLiteral = ast.withSlash16    }17  }18  gen() {19    const nodes = Array.isArray(this.ast) ? this.ast : this.ast.body20    const regexBody = this.genNodes(nodes)21    if (this.astLiteral) {22      const f = (this.ast as AST.Regex).flags.map((flag) => flag).join("")23      return `/${regexBody}/${f}`24    }25    return regexBody26  }27  genNodes(nodes: AST.Node[]) {28    return nodes29      .map((node) => {30        let regex = ""31        switch (node.type) {32          case "choice":33            regex = this.genChoice(node)34            break35          case "group":36            regex += this.genGroup(node)37            break38          case "character":39            regex += this.genCharacter(node)40            break41          case "boundaryAssertion":42            regex += this.genBoundaryAssertionNode(node)43            break44          case "lookAroundAssertion":45            regex += this.genLookaroundAssertionNode(node)46            break47          case "backReference":48            regex += this.genBackReference(node)49            break50          default:51            break52        }53        if (node.type === "character" || node.type === "group") {54          regex += this.genQuantifier(node)55        }56        return regex57      })58      .join("")59  }60  genChoice(node: AST.ChoiceNode) {61    const { branches } = node62    return branches63      .map((branch) => {64        return this.genNodes(branch)65      })66      .join("|")67  }68  genGroup(node: AST.GroupNode) {69    const { children } = node70    const content = this.genNodes(children)71    switch (node.kind) {72      case "capturing":73        return "(" + content + ")"74      case "namedCapturing":75        return "(?<" + node.name + ">" + content + ")"76      case "nonCapturing":77        return "(?:" + content + ")"78      default:79        break80    }81  }82  prefix(value: string) {83    return value.replace(84      this.isLiteral || this.astLiteral85        ? /[|\\{}()[\]^$+*?./]/g86        : /[|\\{}()[\]^$+*?.]/g,87      "\\$&"88    )89  }90  genCharacter(node: AST.CharacterNode) {91    switch (node.kind) {92      case "ranges":93        const { negate, ranges } = node94        let str = ""95        ranges.forEach(({ from, to }, index) => {96          if (from === "]" || from === "\\") {97            from = "\\" + from98          }99          if (to === "]" || to === "\\") {100            to = "\\" + to101          }102          if (!(index === 0 || index === ranges.length - 1)) {103            if (from === "-") {104              from = "\\-"105            }106            if (to === "-") {107              to = "\\-"108            }109          }110          if (from !== to) {111            str += from + "-" + to112          } else {113            str += from114          }115        })116        return (negate ? "[^" : "[") + str + "]"117      case "string":118        return this.prefix(node.value)119      case "class":120        return node.value121      default:122        return ""123    }124  }125  genQuantifier(node: AST.CharacterNode | AST.GroupNode) {126    const { quantifier } = node127    if (!quantifier) {128      return ""129    }130    const { kind, min, max, greedy } = quantifier131    let result = ""132    switch (kind) {133      case "*":134        result = "*"135        break136      case "+":137        result = "+"138        break139      case "?":140        result = "?"141        break142      case "custom":143        if (min === max) {144          result = `{${min}}`145        } else if (max === Infinity) {146          result = `{${min},}`147        } else {148          result = `{${min},${max}}`149        }150        break151      default:152        break153    }154    return result + (greedy ? "" : "?")155  }156  genBoundaryAssertionNode(157    node:158      | AST.BeginningBoundaryAssertionNode159      | AST.EndBoundaryAssertionNode160      | AST.WordBoundaryAssertionNode161  ) {162    switch (node.kind) {163      case "beginning":164        return "^"165      case "end":166        return "$"167      case "word":168        return node.negate ? "\\B" : "\\b"169      default:170        return ""171    }172  }173  genLookaroundAssertionNode(node: AST.LookAroundAssertionNode) {174    const { children, kind, negate } = node175    return lookAroundMap[kind][negate ? 1 : 0] + this.genNodes(children) + ")"176  }177  genBackReference(node: AST.BackReferenceNode) {178    const { ref } = node179    if (digitRegex.test(ref)) {180      return `\\${ref}`181    }182    return `\\k<${ref}>`183  }184}185const gen = (ast: AST.Regex | AST.Node[], isLiteral = false) => {186  const codeGen = new CodeGen(ast, isLiteral)187  return codeGen.gen()188}...

index.ts

Source:index.ts

1export type Position = Readonly<{ offset: number; line: number; column: number }>;2export type Location = Readonly<{3  source: unknown;4  start: Position;5  end: Position;6}>;7type ASTLiteral<TType extends string, TValue> = Readonly<{8  type: TType;9  value: TValue;10  location: Location;11}>;12export type ParsedUnsignedIntegerLiteral = ASTLiteral<'unsigned_integer', string>;13export type ParsedSignedIntegerLiteral = ASTLiteral<'signed_integer', string>;14export type ParsedFloatLiteral = ASTLiteral<'float', string>;15export type ParsedBooleanLiteral = ASTLiteral<'boolean', boolean>;16export type ParsedStringLiteral = ASTLiteral<'string', string>;17export type ParsedAST = ReadonlyArray<ParsedTypedefNode>;18type ASTNode<TType extends string, TPayload> = Readonly<{19  type: TType;20  payload: TPayload;21  location: Location;22}>;23export type ParsedIdentifierNode = ASTNode<24  'identifier',25  {26    name: string;27  }28>;29export type ParsedTypedefNode = ASTNode<30  'typedef',31  {32    modifiers: never[] | ['export'];33    identifier: ParsedIdentifierNode;34    type: ParsedTypeNode;35  }36>;37export type ParsedTypeNode =38  | ParsedIntersectionTypeNode39  | ParsedUnionTypeNode40  | ParsedArrayTypeNode41  | ParsedStringTypeNode42  | ParsedDateStringTypeNode43  | ParsedIntegerTypeNode44  | ParsedFloatTypeNode45  | ParsedBooleanTypeNode46  | ParsedNullTypeNode47  | ParsedIntegerLiteralTypeNode48  | ParsedFloatLiteralTypeNode49  | ParsedBooleanLiteralTypeNode50  | ParsedStringLiteralTypeNode51  | ParsedDictionaryTypeNode52  | ParsedNamedTupleTypeNode53  | ParsedTupleTypeNode54  | ParsedIdentifierNode;55export type ParsedStringTypeNode = ASTNode<56  'string_type',57  {58    min: ParsedUnsignedIntegerLiteral | null;59    max: ParsedUnsignedIntegerLiteral | null;60  }61>;62export type ParsedDateStringTypeNode = ASTNode<'date_string_type', null>;63export type ParsedIntegerTypeNode = ASTNode<64  'integer_type',65  {66    min: ParsedSignedIntegerLiteral | null;67    max: ParsedSignedIntegerLiteral | null;68  }69>;70export type ParsedFloatTypeNode = ASTNode<71  'float_type',72  {73    left: [ParsedSignedIntegerLiteral | ParsedFloatLiteral, 'open' | 'closed'] | null;74    right: [ParsedSignedIntegerLiteral | ParsedFloatLiteral, 'open' | 'closed'] | null;75  }76>;77export type ParsedBooleanTypeNode = ASTNode<'boolean_type', null>;78export type ParsedNullTypeNode = ASTNode<'null_type', null>;79export type ParsedIntegerLiteralTypeNode = ASTNode<'integer_literal_type', { value: ParsedSignedIntegerLiteral }>;80export type ParsedFloatLiteralTypeNode = ASTNode<'float_literal_type', { value: ParsedFloatLiteral }>;81export type ParsedBooleanLiteralTypeNode = ASTNode<'boolean_literal_type', { value: ParsedBooleanLiteral }>;82export type ParsedStringLiteralTypeNode = ASTNode<'string_literal_type', { value: ParsedStringLiteral }>;83export type ParsedDictionaryTypeNode = ASTNode<84  'dictionary_type',85  {86    properties: {87      identifier: ParsedIdentifierNode;88      optional: boolean;89      type: ParsedTypeNode;90    }[];91  }92>;93export type ParsedNamedTupleTypeNode = ASTNode<94  'named_tuple_type',95  {96    elements: {97      identifier: ParsedIdentifierNode;98      optional: boolean;99      type: ParsedTypeNode;100    }[];101  }102>;103export type ParsedTupleTypeNode = ASTNode<'tuple_type', { elements: ParsedTypeNode[] }>;104export type ParsedArrayTypeNode = ASTNode<105  'array_type',106  {107    type: ParsedTypeNode;108    min: ParsedUnsignedIntegerLiteral | null;109    max: ParsedUnsignedIntegerLiteral | null;110  }111>;112export type ParsedIntersectionTypeNode = ASTNode<113  'intersection_type',114  {115    types: ParsedTypeNode[];116  }117>;118export type ParsedUnionTypeNode = ASTNode<119  'union_type',120  {121    types: ParsedTypeNode[];122  }...

expression.ts

Source:expression.ts

1import { ISrcLoc, SrcLoc } from '../../diagnostic'2import { Literal, ASTLiteralPattern, matchASTLiteral } from './literal'3import { Decl, IModule, IParam, IPort } from './declaration'4export type Expr = Literal | IRef<Decl> | ITuple | IRange | IBinOp | IInst5export interface ASTExprPattern<T> extends ASTLiteralPattern<T> {6    Ref: (ref: IRef<Decl>) => T7    Tuple: (tuple: ITuple) => T8    Range: (range: IRange) => T9    BinOp: (op: IBinOp) => T10    Inst: (inst: IInst) => T11}12export function matchASTExpr<T>(p: ASTExprPattern<T>): (expr: Expr) => T {13    return (expr: Expr): T => {14        switch(expr.tag) {15            case 'ref':16                return p.Ref(expr)17            case 'range':18                return p.Range(expr)19            case 'tuple':20                return p.Tuple(expr)21            case 'inst':22                return p.Inst(expr)23            case 'binop':24                return p.BinOp(expr)25            default:26                return matchASTLiteral(p)(expr)27        }28    }29}30/* Reference */31export interface IRef<T> {32    tag: 'ref'33    ref: T34    src: ISrcLoc35}36export function Ref<T>(ref: T, src?: ISrcLoc): IRef<T> {37    return {38        tag: 'ref',39        ref,40        src: src || SrcLoc.empty(),41    }42}43/* Reference */44/* Tuple */45export interface ITuple {46    tag: 'tuple'47    exprs: Expr[]48    src: ISrcLoc49}50export function Tuple(exprs: Expr[], src?: ISrcLoc): ITuple {51    return {52        tag: 'tuple',53        exprs,54        src: src || SrcLoc.empty(),55    }56}57/* Tuple */58/* Indexing */59export interface IRange {60    tag: 'range'61    expr: Expr62    start: Expr63    end: Expr64    src: ISrcLoc65}66export function Range(expr: Expr, start: Expr, end?: Expr,67                      src?: ISrcLoc): IRange {68    return {69        tag: 'range',70        expr,71        start,72        end: end || start,73        src: src || SrcLoc.empty(),74    }75}76/* Indexing */77/* Operators */78export type BinOp = '+' | '-' | '*' | '<<' | '>>'79export interface IBinOp {80    tag: 'binop'81    op: BinOp82    lhs: Expr83    rhs: Expr84    src: ISrcLoc85}86export function BinOp(op: BinOp, lhs: Expr, rhs: Expr, src?: ISrcLoc): IBinOp {87    return {88        tag: 'binop',89        op,90        lhs,91        rhs,92        src: src || SrcLoc.empty(),93    }94}95/* Operators */96/* Instances */97export interface IInst {98    tag: 'inst'99    mod: IRef<IModule>100    params: [IRef<IParam>, Expr][]101    conns: [IRef<IPort>, Expr][]102    src: ISrcLoc103}104export function Inst(mod: IRef<IModule>,105                     params: [IRef<IParam>, Expr][],106                     conns: [IRef<IPort>, Expr][],107                     src?: ISrcLoc): IInst {108    return {109        tag: 'inst',110        mod,111        params,112        conns,113        src: src || SrcLoc.empty(),114    }115}...

Using AI Code Generation

1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org');3var options = {4};5  if (err) return console.error(err);6  console.log('Test ID: %s', data.data.testId);7  console.log('User URL: %s', data.data.userUrl);8  console.log('Summary CSV: %s', data.data.summaryCSV);9  console.log('Detail CSV: %s', data.data.detailCSV);10});11var wpt = require('webpagetest');12var wpt = new WebPageTest('www.webpagetest.org');13var options = {14};15  if (err) return console.error(err);16  console.log('Test ID: %s', data.data.testId);17  console.log('User URL: %s', data.data.userUrl);18  console.log('Summary CSV: %s', data.data.summaryCSV);19  console.log('Detail CSV: %s', data.data.detailCSV);20});21var wpt = require('webpagetest');22var wpt = new WebPageTest('www.webpagetest.org');23var options = {24};25  if (err) return console.error(err);26  console.log('Test ID: %s', data.data.testId);27  console.log('User URL

Using AI Code Generation

1var wpt = require('webpagetest');2var options = {3};4var test = wpt(options);5    if (err) {6        console.log(err);7    } else {8        console.log(data);9        test.getTestStatus(data.data.testId, function(err, data) {10            if (err) {11                console.log(err);12            } else {13                console.log(data);14            }15        });16    }17});

Using AI Code Generation

1var wpt = require('wpt');2 if (!err) {3 console.log(data);4 }5});6- [All Contributors](../../contributors)

Using AI Code Generation

1var wpt = require('webpage').create();2    console.log(wpt.evaluate(function() {3        return document.getElementById('test').innerHTML;4    }));5    phantom.exit();6});

Using AI Code Generation

1wpt.AstLiteral("foo");2wpt.AstLiteral("foo");3wpt.AstLiteral("foo");4wpt.AstLiteral("foo");5wpt.AstLiteral("foo");6wpt.AstLiteral("foo");7wpt.AstLiteral("foo");8wpt.AstLiteral("foo");9wpt.AstLiteral("foo");10wpt.AstLiteral("foo");11wpt.AstLiteral("foo");12wpt.AstLiteral("foo");13wpt.AstLiteral("foo");

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