How to use reprA method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

index.ts

Source:index.ts Github

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1const enum Kind {2 Literal = 0,3 Range = 1,4}5type IRepr = IReprLiteral | IReprRange;6type IReprs = readonly IRepr[];7type IReprLiteral = Readonly<MReprLiteral>;8type IReprRange = Readonly<MReprRange>;9type MRepr = MReprLiteral | MReprRange;10type MReprs = MRepr[];11type MReprLiteral = { _kind: Kind.Literal; _text: string };12type MReprRange = { _kind: Kind.Range; _min: number; _max: number };13const numberPattern = /^\s*(?:0|[1-9]\d*)\s*$/;14const rangePattern = /^\s*(0|[1-9]\d*)\s*-\s*(0|[1-9]\d*)\s*$/;15function compare(reprA: IRepr, reprB: IRepr): number {16 if (reprA._kind !== reprB._kind) {17 return reprA._kind - reprB._kind;18 }19 switch (reprA._kind) {20 case Kind.Literal:21 return reprA._text >= (reprB as IReprLiteral)._text22 ? reprA._text > (reprB as IReprLiteral)._text23 ? 124 : 025 : -1;26 case Kind.Range:27 return (28 reprA._min - (reprB as IReprRange)._min ||29 reprA._max - (reprB as IReprRange)._max30 );31 }32}33export function difference(textA: string, textB: string): string {34 const reprsA = parse(textA);35 const reprsB = parse(textB);36 const reprs = differenceReprs(reprsA, reprsB);37 return serialize(reprs);38}39// eslint-disable-next-line complexity -- This function IS complex.40function differenceReprs(reprsA: MReprs, reprsB: IReprs): MReprs {41 const reprs: MReprs = [];42 loop: for (let indexA = 0; indexA < reprsA.length; ++indexA) {43 const reprA = reprsA[indexA];44 switch (reprA._kind) {45 case Kind.Literal:46 for (let indexB = 0; indexB < reprsB.length; ++indexB) {47 const reprB = reprsB[indexB];48 if (reprB._kind === Kind.Literal && reprB._text === reprA._text) {49 continue loop;50 }51 }52 break;53 case Kind.Range:54 for (let indexB = 0; indexB < reprsB.length; ++indexB) {55 const reprB = reprsB[indexB];56 if (reprB._kind === Kind.Range) {57 if (reprA._min >= reprB._min && reprA._max <= reprB._max) {58 continue loop;59 }60 if (reprA._min <= reprB._min && reprA._max >= reprB._max) {61 if (reprA._max > reprB._max) {62 reprsA.splice(indexA + 1, 0, {63 _kind: Kind.Range,64 _min: reprB._max + 1,65 _max: reprA._max,66 });67 }68 if (reprA._min < reprB._min) {69 reprsA.splice(indexA + 1, 0, {70 _kind: Kind.Range,71 _min: reprA._min,72 _max: reprB._min - 1,73 });74 }75 continue loop;76 }77 if (reprA._min >= reprB._min && reprA._min <= reprB._max) {78 reprA._min = reprB._max + 1;79 } else if (reprA._max >= reprB._min && reprA._max <= reprB._max) {80 reprA._max = reprB._min - 1;81 }82 }83 }84 break;85 }86 reprs.push(reprA);87 }88 return reprs;89}90export function equal(textA: string, textB: string): boolean {91 const reprsA = parse(textA);92 const reprsB = parse(textB);93 return equalReprs(reprsA, reprsB);94}95function equalReprs(reprsA: IReprs, reprsB: IReprs): boolean {96 if (reprsA.length !== reprsB.length) {97 return false;98 }99 for (let index = 0; index < reprsA.length; ++index) {100 if (compare(reprsA[index], reprsB[index])) {101 return false;102 }103 }104 return true;105}106export function expand(text: string): string[] {107 const reprs = parse(text);108 return expandReprs(reprs);109}110function expandReprs(reprs: IReprs): string[] {111 const texts: string[] = [];112 for (let index = 0; index < reprs.length; ++index) {113 const repr = reprs[index];114 switch (repr._kind) {115 case Kind.Literal:116 texts.push(repr._text);117 break;118 case Kind.Range: {119 for (let index = repr._min; index <= repr._max; ++index) {120 texts.push(`${index}`);121 }122 break;123 }124 }125 }126 return texts;127}128export function intersection(textA: string, textB: string): string {129 const reprsA = parse(textA);130 const reprsB = parse(textB);131 const reprs = intersectionReprs(reprsA, reprsB);132 return serialize(reprs);133}134function intersectionRepr(reprA: MRepr, reprB: IRepr): MRepr | null {135 if (reprA._kind !== reprB._kind) {136 return null;137 }138 switch (reprA._kind) {139 case Kind.Literal:140 return reprA._text === (reprB as IReprLiteral)._text ? reprA : null;141 case Kind.Range: {142 const min = Math.max(reprA._min, (reprB as IReprRange)._min);143 const max = Math.min(reprA._max, (reprB as IReprRange)._max);144 return min > max ? null : { _kind: Kind.Range, _min: min, _max: max };145 }146 }147}148function intersectionReprs(reprsA: MReprs, reprsB: IReprs): MReprs {149 const reprs: MReprs = [];150 for (let indexA = 0; indexA < reprsA.length; ++indexA) {151 const reprA = reprsA[indexA];152 for (let indexB = 0; indexB < reprsB.length; ++indexB) {153 const reprB = reprsB[indexB];154 const repr = intersectionRepr(reprA, reprB);155 if (repr !== null) {156 reprs.push(repr);157 }158 }159 }160 return reprs;161}162export function normalize(text: string): string {163 const reprs = parse(text);164 return serialize(reprs);165}166function parse(text: string): MReprs {167 const reprs: MReprs = [];168 const chunks = text.split(',');169 for (let index = 0; index < chunks.length; ++index) {170 const chunk = chunks[index];171 if (chunk) {172 const repr = parseOne(chunk);173 unionReprs(reprs, repr);174 }175 }176 return reprs;177}178function parseOne(text: string): MRepr {179 if (numberPattern.test(text)) {180 return { _kind: Kind.Range, _min: +text, _max: +text };181 }182 const rangeMatch = rangePattern.exec(text);183 if (rangeMatch) {184 return { _kind: Kind.Range, _min: +rangeMatch[1], _max: +rangeMatch[2] };185 }186 return { _kind: Kind.Literal, _text: text.trim() };187}188function serialize(reprs: IReprs): string {189 return reprs.map(serializeOne).join();190}191function serializeOne(repr: IRepr): string {192 switch (repr._kind) {193 case Kind.Literal:194 return repr._text;195 case Kind.Range:196 return repr._min === repr._max197 ? `${repr._min}`198 : `${repr._min}-${repr._max}`;199 }200}201export function subset(textA: string, textB: string): boolean {202 const reprsA = parse(textA);203 const reprsB = parse(textB);204 return subsetReprs(reprsA, reprsB);205}206function subsetReprs(reprsA: IReprs, reprsB: IReprs): boolean {207 loop: for (let indexB = 0; indexB < reprsB.length; ++indexB) {208 const reprB = reprsB[indexB];209 switch (reprB._kind) {210 case Kind.Literal:211 for (let indexA = 0; indexA < reprsA.length; ++indexA) {212 const reprA = reprsA[indexA];213 if (reprA._kind === Kind.Literal && reprA._text === reprB._text) {214 continue loop;215 }216 }217 return false;218 case Kind.Range:219 for (let indexA = 0; indexA < reprsA.length; ++indexA) {220 const reprA = reprsA[indexA];221 if (222 reprA._kind === Kind.Range &&223 reprA._min <= reprB._min &&224 reprA._max >= reprB._max225 ) {226 continue loop;227 }228 }229 return false;230 }231 }232 return true;233}234export function union(textA: string, textB: string): string {235 const reprs = parse(`${textA},${textB}`);236 return serialize(reprs);237}238function unionRepr(reprA: MRepr, reprB: IRepr): boolean {239 if (reprA._kind !== reprB._kind) {240 return false;241 }242 switch (reprA._kind) {243 case Kind.Literal: {244 const same = reprA._text === (reprB as IReprLiteral)._text;245 return same;246 }247 case Kind.Range: {248 const unionable =249 (reprA._min <= (reprB as IReprRange)._max + 1 &&250 reprA._max >= (reprB as IReprRange)._min) ||251 ((reprB as IReprRange)._min <= reprA._max + 1 &&252 (reprB as IReprRange)._max >= reprA._min);253 if (unionable) {254 reprA._min = Math.min(reprA._min, (reprB as IReprRange)._min);255 reprA._max = Math.max(reprA._max, (reprB as IReprRange)._max);256 }257 return unionable;258 }259 }260}261function unionReprs(reprs: MReprs, repr: MRepr): void {262 let low = 0;263 let high = reprs.length;264 while (low < high) {265 // eslint-disable-next-line no-bitwise -- This is much faster than Math.floor.266 const middle = (low + high) >>> 1;267 const result = compare(repr, reprs[middle]);268 if (!result) {269 return;270 }271 if (result < 0) {272 high = middle;273 } else {274 low = middle + 1;275 }276 }277 if (!unionReprsAt(reprs, repr, low) && !unionReprsAt(reprs, repr, low + 1)) {278 reprs.splice(low, 0, repr);279 }280}281function unionReprsAt(reprs: MReprs, repr: IRepr, index: number): boolean {282 if (index && index <= reprs.length && unionRepr(reprs[index - 1], repr)) {283 while (index < reprs.length && unionRepr(reprs[index - 1], reprs[index])) {284 reprs.splice(index, 1);285 }286 return true;287 }288 return false;...

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subsetNComp_closeTo.js

Source:subsetNComp_closeTo.js Github

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1var _ = require( "lodash" );2var tempUndeff = {3 _id: "reprA",4 compared: null,5 closeTo: null6}, tempNot = {7 _id: "reprA",8 compared: null,9 closeTo: "reprF"10}, tempCPB = {11 _id: "reprB",12 compared: null,13 closeTo: "reprD"14}, tempCPA = {15 _id: "reprA",16 compared: null,17 closeTo: "reprD"18};19var allUndeff = [ tempUndeff ], oneNot = [], twoNot = [], twoUndeffNot = [], allNot = [ tempNot ], oneCP = [], twoCP = [];20var twoUndeffCP = [ tempUndeff ], oneNotOneCP = [], oneUndeffoneCP = [], oneUndeffOneNot = [];21var oneCPNot = [], twoCPNot = [ tempCPA ], CPTwoNot = [], allCP = [ tempCPB ], answerAll, answerTwo;22twoUndeffCP.push( tempUndeff );23for( var i = 0; i < 100; i++ ){24 tempUndeff = {25 _id: "repr".concat( i ),26 compared: null,27 closeTo: null28 };29 tempCP = {30 _id: "repr".concat( i ),31 compared: null,32 closeTo: "reprD"33 };34 allUndeff.push( tempUndeff );35 oneNot.push( tempUndeff );36 allNot.push( tempNot );37 oneCP.push( tempUndeff );38 allCP.push( tempCP );39 if( i >= 2 ){40 twoNot.push( tempUndeff );41 twoCP.push( tempUndeff );42 twoUndeffCP.push( tempCP );43 oneNotOneCP.push( tempUndeff );44 CPTwoNot.push( tempCP );45 }46}47oneCPNot.push( tempCPA );48oneCPNot.push( oneNot );49oneNot.push( tempNot );50twoUndeffNot.push( tempUndeff );51twoUndeffNot.push( tempUndeff );52twoUndeffNot.push( twoNot );53twoCPNot.push( tempCPB );54twoCPNot.push( twoNot );55twoNot.push( tempNot );56twoNot.push( tempNot );57oneCP.push( tempCPA );58twoCP.push( tempCPA );59twoCP.push( tempCPB );60oneUndeffoneCP.push( tempUndeff );61oneUndeffoneCP.push( oneNotOneCP );62oneUndeffoneCP.push( tempCPA );63oneUndeffOneNot.push( tempUndeff );64oneUndeffOneNot.push( tempNot );65oneUndeffOneNot.push( oneNotOneCP );66oneNotOneCP.push( tempNot );67oneNotOneCP.push( tempCPA );68CPTwoNot.push( tempNot );69CPTwoNot.push( tempNot );70answerAll = _.map( allCP, '_id' );71answerTwo = _.map( CPTwoNot, '_id' );72module.exports = {73 twoRepr: {74 allUndeff: {75 Repr: [76 {77 _id: "reprA",78 compared: null,79 closeTo: null80 },81 {82 _id: "reprB",83 compared: null,84 closeTo: null85 }86 ]87 },88 oneUndeff_oneNotCP: {89 Repr: [90 {91 _id: "reprA",92 compared: null,93 closeTo: null94 },95 {96 _id: "reprB",97 compared: null,98 closeTo: "reprF"99 }100 ]101 },102 oneUndeff_oneCP: {103 Repr: [104 {105 _id: "reprA",106 compared: null,107 closeTo: null108 },109 {110 _id: "reprB",111 compared: null,112 closeTo: "reprD"113 }114 ],115 answer: [ "reprB" ]116 },117 allNotCP: {118 Repr: [119 {120 _id: "reprA",121 compared: null,122 closeTo: "reprF"123 },124 {125 _id: "reprB",126 compared: null,127 closeTo: "reprF"128 }129 ]130 },131 allCP: {132 Repr: [133 {134 _id: "reprA",135 compared: null,136 closeTo: "reprD"137 },138 {139 _id: "reprB",140 compared: null,141 closeTo: "reprD"142 }143 ],144 answer: [ "reprA", "reprB" ]145 }146 },147 threeRepr: {148 allUndef: {149 Repr: [150 {151 _id: "reprA",152 compared: null,153 closeTo: null154 },155 {156 _id: "reprB",157 compared: null,158 closeTo: null159 },160 {161 _id: "reprC",162 compared: null,163 closeTo: null164 }165 ]166 },167 twoUndeff_oneNotCP: {168 Repr: [169 {170 _id: "reprA",171 compared: null,172 closeTo: null173 },174 {175 _id: "reprB",176 compared: null,177 closeTo: null178 },179 {180 _id: "reprC",181 compared: null,182 closeTo: "reprE"183 }184 ]185 },186 oneUndeff_twoNotCP: {187 Repr: [188 {189 _id: "reprA",190 compared: null,191 closeTo: null192 },193 {194 _id: "reprB",195 compared: null,196 closeTo: "reprE"197 },198 {199 _id: "reprC",200 compared: null,201 closeTo: "reprE"202 }203 ]204 },205 threeNotCP: {206 Repr: [207 {208 _id: "reprA",209 compared: null,210 closeTo: "reprE"211 },212 {213 _id: "reprB",214 compared: null,215 closeTo: "reprE"216 },217 {218 _id: "reprC",219 compared: null,220 closeTo: "reprE"221 }222 ]223 },224 twoUndeff_oneCP: {225 Repr: [226 {227 _id: "reprA",228 compared: null,229 closeTo: null230 },231 {232 _id: "reprB",233 compared: null,234 closeTo: null235 },236 {237 _id: "reprC",238 compared: null,239 closeTo: "reprD"240 }241 ],242 answer: [ "reprC" ]243 },244 oneUndeff_NotCP_CP: {245 Repr: [246 {247 _id: "reprA",248 compared: null,249 closeTo: null250 },251 {252 _id: "reprB",253 compared: null,254 closeTo: "reprE"255 },256 {257 _id: "reprC",258 compared: null,259 closeTo: "reprD"260 }261 ],262 answer: [ "reprC" ]263 },264 oneUndeff_twoCP: {265 Repr: [266 {267 _id: "reprA",268 compared: null,269 closeTo: null270 },271 {272 _id: "reprB",273 compared: null,274 closeTo: "reprD"275 },276 {277 _id: "reprC",278 compared: null,279 closeTo: "reprD"280 }281 ],282 answer: [ "reprB", "reprC" ]283 },284 oneCP_twoNotCP: {285 Repr: [286 {287 _id: "reprA",288 compared: null,289 closeTo: "reprD"290 },291 {292 _id: "reprB",293 compared: null,294 closeTo: "reprE"295 },296 {297 _id: "reprC",298 compared: null,299 closeTo: "reprE"300 }301 ],302 answer: [ "reprA" ]303 },304 twoCP_oneNotCP: {305 Repr: [306 {307 _id: "reprA",308 compared: null,309 closeTo: "reprD"310 },311 {312 _id: "reprB",313 compared: null,314 closeTo: "reprD"315 },316 {317 _id: "reprC",318 compared: null,319 closeTo: "reprE"320 }321 ],322 answer: [ "reprA", "reprB" ]323 },324 allCP: {325 Repr: [326 {327 _id: "reprA",328 compared: null,329 closeTo: "reprD"330 },331 {332 _id: "reprB",333 compared: null,334 closeTo: "reprD"335 },336 {337 _id: "reprC",338 compared: null,339 closeTo: "reprD"340 }341 ],342 answer: [ "reprA", "reprB", "reprC" ]343 }344 },345 hundredRep: {346 allUndeff: {347 Repr: allUndeff348 },349 oneNot: {350 Repr: oneNot351 },352 twoNot: {353 Repr: twoNot354 },355 twoUndeffNot: {356 Repr: twoUndeffNot357 },358 allNot: {359 Repr: allNot360 },361 oneCP: {362 Repr: oneCP,363 answer: [ "reprA" ]364 },365 twoCP: {366 Repr: twoCP,367 answer: [ "reprA", "reprB" ]368 },369 twoUndeffCP: {370 Repr: twoUndeffCP,371 answer: answerTwo372 },373 oneNotOneCP: {374 Repr: oneNotOneCP,375 answer: [ "reprA" ]376 },377 oneUndeffoneCP: {378 Repr: oneUndeffoneCP,379 answer: [ "reprA" ]380 },381 oneUndeffOneNot: {382 Repr: oneUndeffOneNot383 },384 oneCPNot: {385 Repr: oneCPNot,386 answer: [ "reprA" ]387 },388 twoCPNot: {389 Repr: twoCPNot,390 answer: [ "reprA", "reprB" ]391 },392 CPTwoNot: {393 Repr: CPTwoNot,394 answer: answerTwo395 },396 allCP: {397 Repr: allCP,398 answer: answerAll399 }400 },401 CP: "reprD"...

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autoreg.js

Source:autoreg.js Github

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1var spawn = require('child_process').spawn,2 exec = require('child_process').exec,3 path = require('path'),4 Promise = require('bluebird'),5 isThere = require('is-there'),6 _ = require('underscore');7var Registration = module.exports = function(storagePath) {8 this.storagePath = storagePath;9};10Registration.prototype.run = function(files) {11 var that = this;12 return new Promise(function(resolve, reject) {13 if (files.length !== 2) {14 return reject('Array has to contain 2 file representations!');15 }16 // docker run --rm -v /home/user/work:/work ochi/duraark_autoreg --repra /work/a.e57n --reprb /work/b.ifcmesh --output /work/registration.rdf17 var reprA = files[0].outputFile,18 reprB = files[1].outputFile,19 dirname = path.dirname(files[0].outputFile),20 outputRDF = path.join(dirname, '../tmp/') + 'registration__' + path.basename(reprA.replace(' ', '_')) + '-' + path.basename(reprB.replace(' ', '_')) + '.rdf',21 args = ['run', '--rm', '-v', that.storagePath + ':/duraark-storage', 'ochi/duraark_autoreg', '--repra', reprA, '--reprb', reprB, '--output', outputRDF],22 logText = '';23 // Check if file is already created and use it in case:24 // FIXXME: make this behaviour configurable!25 var fileAlreadyExist = isThere(outputRDF);26 if (fileAlreadyExist) {27 console.log('[AutoReg] Output already exists, skipping processing.');28 _.forEach(files, function(file) {29 file.registration = outputRDF;30 });31 return resolve(files);32 }33 // console.log('[Registration] about to run:\n ' + 'docker ' + args.join(' '));34 var executable = spawn('docker', args);35 executable.stdout.on('data', function(data) {36 console.log(data.toString());37 logText += data.toString();38 });39 executable.stderr.on('data', function(data) {40 console.log(data.toString());41 logText += data.toString();42 });43 executable.on('close', function(code) {44 // console.log('[Registration-binding] child process exited with code ' + code);45 if (code === 0) {46 // console.log('[Registration] successfully finished');47 _.forEach(files, function(file) {48 file.registration = outputRDF;49 });50 resolve(files);51 } else {52 console.log('[Registration] ERROR:\n' + logText);53 reject(logText);54 }55 });56 });...

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Using AI Code Generation

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1const { reprA } = require('fast-check-monorepo')2console.log(reprA(2))3const { reprA } = require('fast-check-monorepo')4console.log(reprA(3))5const { reprA } = require('fast-check-monorepo')6console.log(reprA(4))7const { reprA } = require('fast-check-monorepo')8console.log(reprA(5))9const { reprA } = require('fast-check-monorepo')10console.log(reprA(6))11const { reprA } = require('fast-check-monorepo')12console.log(reprA(7))13const { reprA } = require('fast-check-monorepo')14console.log(reprA(8))15const { reprA } = require('fast-check-monorepo')16console.log(reprA(9))17const { reprA } = require('fast-check-monorepo')18console.log(reprA(10))19const { reprA } = require('fast-check-monorepo')20console.log(reprA(11))21const { reprA } = require('fast-check-monorepo')22console.log(reprA(12))23const { reprA } = require('fast-check-monorepo')24console.log(reprA(13))

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Using AI Code Generation

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1const { reprA } = require('fast-check-monorepo');2console.log(reprA);3const { reprB } = require('fast-check-monorepo');4console.log(reprB);5const { reprC } = require('fast-check-monorepo');6console.log(reprC);7const { reprD } = require('fast-check-monorepo');8console.log(reprD);9const { reprE } = require('fast-check-monorepo');10console.log(reprE);11const { reprF } = require('fast-check-monorepo');12console.log(reprF);13const { reprG } = require('fast-check-monorepo');14console.log(reprG);15const { reprH } = require('fast-check-monorepo');16console.log(reprH);17const { reprI } = require('fast-check-monorepo');18console.log(reprI);19const { reprJ } = require('fast-check-monorepo');20console.log(reprJ);21const { reprK } = require('fast-check-monorepo');22console.log(reprK);

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Using AI Code Generation

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1const { reprA } = require('fast-check');2const { tuple } = require('fast-check');3const { string } = require('fast-check');4const { option } = require('fast-check');5const { anything } = require('fast-check');6const { oneof } = require('fast-check');7const repr = reprA(oneof(tuple(string(), option(anything())), anything()));8console.log(repr(1));9console.log(repr([1, 2]));10console.log(repr([1, [2, 3]]));11console.log(repr([1, [2, [3, 4]]]));12console.log(repr([1, [2, [3, [4, 5]]]]));13console.log(repr([1, [2, [3, [4, [5, 6]]]]]));14console.log(repr([1, [2, [3, [4, [5, [6, 7]]]]]]));15console.log(repr([1, [2, [3, [4, [5, [6, [7, 8]]]]]]]));16console.log(repr([1, [2, [3, [4, [5, [6, [7, [8, 9]]]]]]]]));17console.log(repr([1, [2, [3, [4, [5, [6, [7, [8, [9, 10]]]]]]]]]));18console.log(repr([1, [2, [3, [4, [5, [6, [7, [8, [9, [10, 11]]]]]]]]]]));19console.log(repr([1, [2, [3, [4, [5, [6, [7, [8, [9, [10, [11, 12]]]]]]]]]]]));20console.log(repr([1, [2, [3, [4, [5, [6, [7, [8, [9, [10, [11, [12, 13]]]]]]]]]]]]));21console.log(repr([1, [2, [3, [4, [5, [6, [7, [8, [9, [10, [11, [12, [13, 14]]]]]]]]]]]]

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Using AI Code Generation

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1console.log(reprA(1));2console.log(reprA('1'));3console.log(reprA([1, 2, 3]));4console.log(reprA({ a: 1, b: 2, c: 3 }));5console.log(reprA({ a: 1, b: 2, c: 3, d: [1, 2, 3] }));6console.log(reprA(1));7console.log(reprA('1'));8console.log(reprA([1, 2, 3]));9console.log(reprA({ a: 1, b: 2, c: 3 }));10console.log(reprA({ a: 1, b: 2, c: 3, d: [1, 2, 3] }));11console.log(reprA(1));12console.log(reprA('1'));13console.log(reprA([1, 2, 3]));14console.log(reprA({ a: 1, b: 2, c: 3 }));15console.log(reprA({ a: 1, b: 2, c: 3, d: [1, 2, 3] }));

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