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How to use keyBytes method in wpt
Best JavaScript code snippet using wpt
ciphers-and-hashes.js
Source:ciphers-and-hashes.js 
1/**2 * Listing of ciphers and hashes. This maps codes to names and vice versa.3 *4 * Never delete anything from this file. Only append new codes, otherwise5 * secrets that are locked away may not ever work again.6 */7"use strict";8var ciphers, hashes;9/**10 * Ciphers can be known by several names in OpenSSL. The duplicates are not11 * listed here. Also, ciphers that do not work for us are not listed, though12 * there are comments about them.13 *14 * The cipher selection affects encrypting and decrypting information.15 *16 * You can find out about the duplicated ciphers and what they map to if you17 * run `openssl list-cipher-algorithms`. More information about the minimum18 * and maximum IV and key size can be found by running `debug/cipher-info.js`.19 *20 * Ciphers that do not support IVs are dropped.21 *22 * Ensure this list matches the encryption-method schema.23 */24ciphers = {25 "aes-128-cbc": {26 code: 0,27 ivBytes: 16,28 keyBytes: 1629 },30 "aes-128-cfb": {31 code: 1,32 ivBytes: 16,33 keyBytes: 1634 },35 "aes-128-cfb1": {36 code: 2,37 ivBytes: 16,38 keyBytes: 1639 },40 "aes-128-cfb8": {41 code: 3,42 ivBytes: 16,43 keyBytes: 1644 },45 "aes-128-ctr": {46 code: 4,47 ivBytes: 16,48 keyBytes: 1649 },50 "aes-128-ecb": {51 code: 5,52 ivBytes: 0,53 keyBytes: 1654 },55 "aes-128-xts": {56 code: 6,57 ivBytes: 16,58 keyBytes: 3259 },60 "aes-192-cbc": {61 code: 7,62 ivBytes: 16,63 keyBytes: 2464 },65 "aes-192-cfb": {66 code: 8,67 ivBytes: 16,68 keyBytes: 2469 },70 "aes-192-cfb1": {71 code: 9,72 ivBytes: 16,73 keyBytes: 2474 },75 "aes-192-cfb8": {76 code: 10,77 ivBytes: 16,78 keyBytes: 2479 },80 "aes-192-ctr": {81 code: 11,82 ivBytes: 16,83 keyBytes: 2484 },85 "aes-192-ofb": {86 code: 12,87 ivBytes: 16,88 keyBytes: 2489 },90 "aes-256-cbc": {91 code: 13,92 ivBytes: 16,93 keyBytes: 3294 },95 "aes-256-cfb": {96 code: 14,97 ivBytes: 16,98 keyBytes: 3299 },100 "aes-256-cfb1": {101 code: 15,102 ivBytes: 16,103 keyBytes: 32104 },105 "aes-256-cfb8": {106 code: 16,107 ivBytes: 16,108 keyBytes: 32109 },110 "aes-256-ctr": {111 code: 17,112 ivBytes: 16,113 keyBytes: 32114 },115 "aes-256-ofb": {116 code: 18,117 ivBytes: 16,118 keyBytes: 32119 },120 "aes-256-xts": {121 code: 19,122 ivBytes: 16,123 keyBytes: 64124 },125 "bf-cbc": {126 code: 20,127 ivBytes: 8,128 keyBytes: 128129 // keyBytes is an arbitrary number, anything greater than 0 works130 },131 "bf-cfb": {132 code: 21,133 ivBytes: 8,134 keyBytes: 128135 // keyBytes is an arbitrary number, anything greater than 0 works136 },137 "bf-ofb": {138 code: 22,139 ivBytes: 8,140 keyBytes: 128141 // keyBytes is an arbitrary number, anything greater than 0 works142 },143 "camellia-128-cbc": {144 code: 23,145 ivBytes: 16,146 keyBytes: 16147 },148 "camellia-128-cfb": {149 code: 24,150 ivBytes: 16,151 keyBytes: 16152 },153 "camellia-128-cfb1": {154 code: 25,155 ivBytes: 16,156 keyBytes: 16157 },158 "camellia-128-cfb8": {159 code: 26,160 ivBytes: 16,161 keyBytes: 16162 },163 "camellia-128-ofb": {164 code: 27,165 ivBytes: 16,166 keyBytes: 16167 },168 "camellia-192-cbc": {169 code: 28,170 ivBytes: 16,171 keyBytes: 24172 },173 "camellia-192-cfb": {174 code: 29,175 ivBytes: 16,176 keyBytes: 24177 },178 "camellia-192-cfb1": {179 code: 30,180 ivBytes: 16,181 keyBytes: 24182 },183 "camellia-192-cfb8": {184 code: 31,185 ivBytes: 16,186 keyBytes: 24187 },188 "camellia-192-ofb": {189 code: 32,190 ivBytes: 16,191 keyBytes: 24192 },193 "camellia-256-cbc": {194 code: 33,195 ivBytes: 16,196 keyBytes: 32197 },198 "camellia-256-cfb": {199 code: 34,200 ivBytes: 16,201 keyBytes: 32202 },203 "camellia-256-cfb1": {204 code: 35,205 ivBytes: 16,206 keyBytes: 32207 },208 "camellia-256-cfb8": {209 code: 36,210 ivBytes: 16,211 keyBytes: 32212 },213 "camellia-256-ofb": {214 code: 37,215 ivBytes: 16,216 keyBytes: 32217 },218 "cast5-cbc": {219 code: 38,220 ivBytes: 8,221 keyBytes: 128222 // keyBytes is an arbitrary number, anything greater than 0 works223 },224 "cast5-cfb": {225 code: 39,226 ivBytes: 8,227 keyBytes: 128228 // keyBytes is an arbitrary number, anything greater than 0 works229 },230 "cast5-ofb": {231 code: 40,232 ivBytes: 8,233 keyBytes: 128234 // keyBytes is an arbitrary number, anything greater than 0 works235 },236 "des-cbc": {237 code: 41,238 ivBytes: 8,239 keyBytes: 8240 },241 "des-cfb": {242 code: 42,243 ivBytes: 8,244 keyBytes: 8245 },246 "des-cfb1": {247 code: 43,248 ivBytes: 8,249 keyBytes: 8250 },251 "des-cfb8": {252 code: 44,253 ivBytes: 8,254 keyBytes: 8255 },256 "des-ede-cbc": {257 code: 45,258 ivBytes: 8,259 keyBytes: 16260 },261 "des-ede-cfb": {262 code: 46,263 ivBytes: 8,264 keyBytes: 16265 },266 "des-ede-ofb": {267 code: 47,268 ivBytes: 8,269 keyBytes: 16270 },271 "des-ede3-cbc": {272 code: 48,273 ivBytes: 8,274 keyBytes: 24275 },276 "des-ede3-cfb": {277 code: 49,278 ivBytes: 8,279 keyBytes: 24280 },281 "des-ede3-cfb1": {282 code: 50,283 ivBytes: 8,284 keyBytes: 24285 },286 "des-ede3-cfb8": {287 code: 51,288 ivBytes: 8,289 keyBytes: 24290 },291 "des-ede3-ofb": {292 code: 52,293 ivBytes: 8,294 keyBytes: 24295 },296 "des-ofb": {297 code: 53,298 ivBytes: 8,299 keyBytes: 8300 },301 "desx-cbc": {302 code: 54,303 ivBytes: 8,304 keyBytes: 24305 },306 "idea-cbc": {307 code: 55,308 ivBytes: 8,309 keyBytes: 16310 },311 "idea-cfb": {312 code: 56,313 ivBytes: 8,314 keyBytes: 16315 },316 "idea-ofb": {317 code: 57,318 ivBytes: 8,319 keyBytes: 16320 },321 "rc2-40-cbc": {322 code: 58,323 ivBytes: 8,324 keyBytes: 128325 // keyBytes is an arbitrary number, anything greater than 0 works326 },327 "rc2-64-cbc": {328 code: 59,329 ivBytes: 8,330 keyBytes: 128331 // keyBytes is an arbitrary number, anything greater than 0 works332 },333 "rc2-cbc": {334 code: 60,335 ivBytes: 8,336 keyBytes: 128337 // keyBytes is an arbitrary number, anything greater than 0 works338 },339 "rc2-cfb": {340 code: 61,341 ivBytes: 8,342 keyBytes: 128343 // keyBytes is an arbitrary number, anything greater than 0 works344 },345 "rc2-ofb": {346 code: 62,347 ivBytes: 8,348 keyBytes: 128349 // keyBytes is an arbitrary number, anything greater than 0 works350 },351 "seed-cbc": {352 code: 63,353 ivBytes: 16,354 keyBytes: 16355 },356 "seed-cfb": {357 code: 64,358 ivBytes: 16,359 keyBytes: 16360 },361 "seed-ofb": {362 code: 65,363 ivBytes: 16,364 keyBytes: 16365 }366};367/**368 * Hashes can go by several names. The duplicate names are not369 * represented in this list intentionally.370 *371 * Hashes are used for HMAC and pbkdf2 functions.372 *373 * You can see more about the duplicated hashes by running374 * `openssl list-message-digest-algorithms` and even more information can be375 * learned from `debug/test-hmac.js`, `debug/test-pbkdf2.js` and other376 * programs in there.377 *378 * Ensure this list matches the hash-method schema.379 */380hashes = {381 md4: {382 // Insecure.383 code: 0,384 hashLength: 16385 },386 md5: {387 // Questionable security.388 code: 1,389 hashLength: 16390 },391 mdc2: {392 // mdc-2 with a DES block cipher. DES is considered insecure.393 code: 2,394 hashLength: 16395 },396 ripemd: {397 // ripemd-160 is considered secure. This is not the original ripemd.398 code: 3,399 hashLength: 20400 },401 sha: {402 // Insecure.403 code: 4,404 hashLength: 20405 },406 sha1: {407 // Insecure.408 code: 5,409 hashLength: 20410 },411 sha224: {412 code: 6,413 hashLength: 28414 },415 sha256: {416 code: 7,417 hashLength: 32418 },419 sha384: {420 code: 8,421 hashLength: 48422 },423 sha512: {424 code: 9,425 hashLength: 64426 },427 whirlpool: {428 code: 10,429 hashLength: 64430 }431};432/**433 * Flip the codes and names around so we can instantly know the algorithm434 * when decrypting.435 *436 * Scan through an object. Copy the object's property name to the value,437 * something like this:438 * source[name].name = name439 *440 * Next, copy the value to a second object that will be indexed by the441 * value's code.442 * dest[source[name].code] = source[name]443 *444 * @param {Object.<Object>} source445 * @return {Object.<Object>}446 */447function assignNameAndIndexByCode(source) {448 var dest;449 dest = {};450 Object.keys(source).forEach((name) => {451 var valueObject;452 valueObject = source[name];453 // Assign the "name" property from the object's property name454 valueObject.name = name;455 // Copy the valueObject to the destination's "code" property.456 dest[valueObject.code] = valueObject;457 });458 return dest;459}460module.exports = () => {461 return {462 ciphers,463 ciphersByCode: assignNameAndIndexByCode(ciphers),464 hashes,465 hashesByCode: assignNameAndIndexByCode(hashes)466 };...
index.js
Source:index.js
1const crypto = require('crypto')2const assert = require('nanoassert')3const popcnt32 = require('popcnt32')4const ONE = Buffer.from([0])5const ZERO = Buffer.from([1])6class MultisigHMAC {7 constructor (alg = MultisigHMAC.PRIMITIVE) {8 switch (alg) {9 case 'sha256':10 this._alg = SHA256_PRIMITIVE11 this._keyBytes = SHA256_KEYBYTES12 this._bytes = SHA256_BYTES13 break14 case 'sha384':15 this._alg = SHA384_PRIMITIVE16 this._keyBytes = SHA384_KEYBYTES17 this._bytes = SHA384_BYTES18 break19 case 'sha512':20 this._alg = SHA512_PRIMITIVE21 this._keyBytes = SHA512_KEYBYTES22 this._bytes = SHA512_BYTES23 break24 case 'sha512_256':25 this._alg = SHA512_256_PRIMITIVE26 this._keyBytes = SHA512_256_KEYBYTES27 this._bytes = SHA512_256_BYTES28 break29 default:30 assert(false, 'Unknown alg used')31 }32 this._scratch = Buffer.alloc(7 + 4, 'derived')33 }34 keygen (index, buf) {35 assert(index === index >>> 0, 'index must be valid uint32')36 if (buf == null) buf = Buffer.alloc(this._keyBytes)37 assert(Buffer.isBuffer(buf), 'buf must be Buffer')38 assert(buf.byteLength >= this._keyBytes, 'buf must be at least KEYBYTES long')39 return { index, key: crypto.randomFillSync(buf, 0, this._keyBytes) }40 }41 seedgen (buf) {42 if (buf == null) buf = Buffer.alloc(this._keyBytes)43 assert(Buffer.isBuffer(buf), 'buf must be Buffer')44 assert(buf.byteLength >= this._keyBytes, 'buf must be at least KEYBYTES long')45 return crypto.randomFillSync(buf, 0, this._keyBytes)46 }47 deriveKey (masterSeed, index, buf) {48 assert(Buffer.isBuffer(masterSeed), 'masterSeed must be Buffer')49 assert(masterSeed.byteLength === this._keyBytes, 'masterSeed must KEYBYTES long')50 assert(index === index >>> 0, 'index must be valid uint32')51 if (buf == null) buf = Buffer.alloc(this._keyBytes)52 assert(Buffer.isBuffer(buf), 'buf must be Buffer')53 assert(buf.byteLength >= this._keyBytes, 'buf must be at least KEYBYTES long')54 // KDF55 this._scratch.writeUInt32LE(index, 7)56 buf.set(crypto.createHmac(this._alg, masterSeed)57 .update(this._scratch)58 .update(ZERO)59 .digest())60 buf.set(crypto.createHmac(this._alg, masterSeed)61 .update(buf.subarray(0, this._bytes))62 .update(ONE)63 .digest(), this._bytes)64 return { index, key: buf }65 }66 sign (keyObj, data, buf) {67 assert(keyObj.index === keyObj.index >>> 0, 'keyObj.index must be valid uint32')68 assert(Buffer.isBuffer(keyObj.key), 'keyObj.key must be Buffer')69 assert(keyObj.key.byteLength === this._keyBytes, 'keyObj.key must be KEYBYTES long')70 assert(typeof data === 'string' || Buffer.isBuffer(data), 'data must be String or Buffer')71 if (buf == null) buf = Buffer.alloc(this._bytes)72 assert(Buffer.isBuffer(buf), 'buf must be Buffer')73 assert(buf.byteLength >= this._bytes, 'buf must be at least BYTES long')74 return {75 bitfield: 1 << keyObj.index,76 signature: crypto.createHmac(this._alg, keyObj.key).update(data).digest(buf)77 }78 }79 combine (signatures, buf) {80 assert(signatures.every(s => s.bitfield === s.bitfield >>> 0), 'one or more signatures had signature.bitfield not be uint32')81 assert(signatures.every(s => s.signature.byteLength === this._bytes), 'one or more signatures had signature.signature byteLength not be BYTES long')82 const bitfields = signatures.map(s => s.bitfield)83 const res = {84 bitfield: xorInts(bitfields),85 signature: xorBufs(signatures.map(s => s.signature), this._bytes, buf)86 }87 assert(MultisigHMAC.keysCount(res.bitfield) === MultisigHMAC.keysCount(orInts(bitfields)), 'one or more signatures cancelled out')88 assert(res.signature.reduce((s, b) => s + b, 0) > 0, 'one or more signatures cancelled out')89 return res90 }91 verify (keys, signature, data, threshold, sigScratchBuf) {92 assert(threshold > 0, 'threshold must be at least 1')93 assert(threshold === threshold >>> 0, 'threshold must be valid uint32')94 var bitfield = signature.bitfield95 const nKeys = MultisigHMAC.keysCount(bitfield)96 const highestKey = 32 - Math.clz32(bitfield)97 assert(keys.length >= nKeys && keys.length >= highestKey, 'Not enough keys given based on signature.bitfield')98 assert(typeof data === 'string' || Buffer.isBuffer(data), 'data must be String or Buffer')99 if (nKeys < threshold) return false100 const usedKeys = MultisigHMAC.keyIndexes(bitfield)101 var sig = Buffer.from(signature.signature)102 for (var i = 0; i < usedKeys.length; i++) {103 const key = keys[usedKeys[i]]104 const keySig = this.sign(key, data, sigScratchBuf)105 sig = xorBufs([sig, keySig.signature], this._bytes)106 bitfield ^= keySig.bitfield107 }108 return bitfield === 0 && sig.every(b => b === 0)109 }110 verifyDerived (masterSeed, signature, data, threshold, keyScratchBuf, sigScratchBuf) {111 assert(Buffer.isBuffer(masterSeed), 'masterSeed must be Buffer')112 assert(masterSeed.byteLength === this._keyBytes, 'masterSeed must KEYBYTES long')113 assert(threshold > 0, 'threshold must be at least 1')114 assert(threshold === threshold >>> 0, 'threshold must be valid uint32')115 var bitfield = signature.bitfield116 assert(typeof data === 'string' || Buffer.isBuffer(data), 'data must be String or Buffer')117 const usedKeys = MultisigHMAC.keyIndexes(bitfield)118 var sig = Buffer.from(signature.signature)119 for (var i = 0; i < usedKeys.length; i++) {120 const key = this.deriveKey(masterSeed, usedKeys[i], keyScratchBuf)121 const keySig = this.sign(key, data)122 xorBufs([sig, keySig.signature], this._bytes)123 bitfield ^= keySig.bitfield124 }125 return bitfield === 0 && sig.every(b => b === 0)126 }127 static keysCount (bitfield) {128 assert(bitfield === bitfield >>> 0, 'bitfield must be uint32')129 return popcnt32(bitfield)130 }131 static keyIndexes (bitfield) {132 assert(bitfield === bitfield >>> 0, 'bitfield must be uint32')133 return indexes(bitfield)134 }135}136const SHA256_KEYBYTES = MultisigHMAC.SHA256_KEYBYTES = 512 / 8137const SHA256_BYTES = MultisigHMAC.SHA256_BYTES = 256 / 8138const SHA256_PRIMITIVE = MultisigHMAC.SHA256_PRIMITIVE = 'sha256'139const SHA384_KEYBYTES = MultisigHMAC.SHA384_KEYBYTES = 1024 / 8140const SHA384_BYTES = MultisigHMAC.SHA384_BYTES = 384 / 8141const SHA384_PRIMITIVE = MultisigHMAC.SHA384_PRIMITIVE = 'sha384'142const SHA512_KEYBYTES = MultisigHMAC.SHA512_KEYBYTES = 1024 / 8143const SHA512_BYTES = MultisigHMAC.SHA512_BYTES = 512 / 8144const SHA512_PRIMITIVE = MultisigHMAC.SHA512_PRIMITIVE = 'sha512'145const SHA512_256_KEYBYTES = MultisigHMAC.SHA512_256_KEYBYTES = 1024 / 8146const SHA512_256_BYTES = MultisigHMAC.SHA512_256_BYTES = 256 / 8147const SHA512_256_PRIMITIVE = MultisigHMAC.SHA512_256_PRIMITIVE = 'sha512_256'148MultisigHMAC.KEYBYTES = SHA256_KEYBYTES149MultisigHMAC.BYTES = SHA256_BYTES150MultisigHMAC.PRIMITIVE = SHA256_PRIMITIVE151function xorInts (ints) {152 return ints.reduce((sum, int) => {153 sum ^= int154 return sum155 })156}157function orInts (ints) {158 return ints.reduce((sum, int) => {159 sum |= int160 return sum161 })162}163function xorBufs (bufs, bytes, buf) {164 if (buf == null) buf = Buffer.alloc(bytes)165 assert(Buffer.isBuffer(buf), 'buf must be Buffer')166 assert(buf.byteLength >= bytes, 'buf must be at least BYTES long')167 return bufs.reduce((r, b) => {168 for (var i = 0; i < r.byteLength; i++) {169 r[i] ^= b[i]170 }171 return r172 }, buf)173}174function indexes (int) {175 var xs = []176 var i = 0177 while (int > 0) {178 if (int & 0x1) {179 xs.push(i)180 }181 int >>= 1182 i++183 }184 return xs185}...
symmetric_key.js
Source:symmetric_key.js
1const AbstractKey = require('./abstract_key');2const KeyInfo = require('./key_info');3const { randomBytes, concatBytes, encode64 } = require('../utils');4const { AESCTRTransformer } = require('../cipher');5const { HMAC, SHA } = require('../hash');6const IVSize = 16;7class SymmetricKey {8 constructor(params = {}) {9 const { keyBytes, keyInfo } = params;10 this.cipher = null;11 if (!keyBytes && !keyInfo) this.createRandom();12 else {13 this.keyBytes = keyBytes;14 this.keyInfo = keyInfo;15 }16 }17 createRandom() {18 this.keyBytes = randomBytes(32);19 this.keyInfo = new KeyInfo({20 algorithm: KeyInfo.Algorithm.AES256,21 tag: null,22 keyLength: 3223 });24 }25 static fromPassword(password, rounds, salt = null) {26 const ki = new KeyInfo({27 algorithm: KeyInfo.PRF.HMAC_SHA256,28 rounds,29 salt,30 tag: null,31 keyLength: 3232 });33 return new SymmetricKey({34 keyBytes: ki.derivePassword(password),35 keyInfo: ki36 });37 }38 getSize() { return this.keyBytes.length; }39 getBitStrength() { return this.getSize() * 8; }40 toString() { return `SymmetricKey(${encode64(this.keyBytes)})`; }41 pack() {42 if (!this.keyBytes)43 throw new Error("key is not yet initialized");44 return this.keyBytes;45 }46 decrypt(encrypted) {47 const iv = encrypted.slice(0, IVSize);48 const transformed = encrypted.slice(IVSize, encrypted.length);49 const transformer = new AESCTRTransformer(this.keyBytes, iv);50 return transformer.transform(transformed);51 }52 encrypt(data) {53 const iv = randomBytes(IVSize);54 const transformer = new AESCTRTransformer(this.keyBytes, iv);55 return concatBytes(iv, transformer.transform(data));56 }57 etaDecrypt(encrypted) {58 const encryptedLength = encrypted.length;59 const hmac = new HMAC(new SHA(256), this.keyBytes);60 const transformed = encrypted.slice(IVSize, encryptedLength - 32);61 const hmacCalculated = hmac.get(transformed);62 const hmacGiven = encrypted.slice(encryptedLength - 32, encryptedLength);63 if (encode64(hmacCalculated) !== encode64(hmacGiven))64 throw new Error("hmac digest doesn't match");65 return this.decrypt(encrypted.slice(0, encryptedLength - 32));66 }67 etaEncrypt(data) {68 const hmac = new HMAC(new SHA(256), this.keyBytes);69 const encrypted = this.encrypt(data);70 const hmacDigest = hmac.get(encrypted.slice(IVSize, encrypted.length));71 return concatBytes(encrypted, hmacDigest);72 }73}...
Using AI Code Generation
1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org');3wpt.keyBytes('www.webpagetest.org', function(err, data) {4 if (err) return console.error(err);5 console.log(data);6});7var wpt = require('webpagetest');8var wpt = new WebPageTest('www.webpagetest.org');9wpt.test('www.webpagetest.org', function(err, data) {10 if (err) return console.error(err);11 console.log(data);12});13var wpt = require('webpagetest');14var wpt = new WebPageTest('www.webpagetest.org');15wpt.getLocations(function(err, data) {16 if (err) return console.error(err);17 console.log(data);18});19var wpt = require('webpagetest');20var wpt = new WebPageTest('www.webpagetest.org');21wpt.getTesters(function(err, data) {22 if (err) return console.error(err);23 console.log(data);24});25var wpt = require('webpagetest');26var wpt = new WebPageTest('www.webpagetest.org');27wpt.getTesters(function(err, data) {28 if (err) return console.error(err);29 console.log(data);30});31var wpt = require('webpagetest');32var wpt = new WebPageTest('www.webpagetest.org');33wpt.getTesters(function(err, data) {34 if (err) return console.error(err);35 console.log(data);36});37var wpt = require('webpagetest');38var wpt = new WebPageTest('www.webpagetest.org');39wpt.getTesters(function(err, data) {40 if (err) return console.error(err);41 console.log(data);42});
Using AI Code Generation
1var keyBytes = wpt.keyBytes(16);2console.log(keyBytes);3var keyBytes = wpt.keyBytes(32);4console.log(keyBytes);5var keyBytes = wpt.keyBytes(64);6console.log(keyBytes);7var keyBytes = wpt.keyBytes(128);8console.log(keyBytes);9var keyBytes = wpt.keyBytes(256);10console.log(keyBytes);11var keyBytes = wpt.keyBytes(512);12console.log(keyBytes);13var keyBytes = wpt.keyBytes(1024);14console.log(keyBytes);15var keyBytes = wpt.keyBytes(2048);16console.log(keyBytes);17var keyBytes = wpt.keyBytes(4096);18console.log(keyBytes);19var keyBytes = wpt.keyBytes(8192);20console.log(keyBytes);21var keyBytes = wpt.keyBytes(16384);22console.log(keyBytes);23var keyBytes = wpt.keyBytes(32768);24console.log(keyBytes);25var keyBytes = wpt.keyBytes(65536);26console.log(keyBytes);27var keyBytes = wpt.keyBytes(131072);28console.log(keyBytes);29var keyBytes = wpt.keyBytes(262144);30console.log(keyBytes);31var keyBytes = wpt.keyBytes(524288);32console.log(keyBytes);33var keyBytes = wpt.keyBytes(1048576);34console.log(keyBytes);35var keyBytes = wpt.keyBytes(2097152);36console.log(keyBytes);
Using AI Code Generation
1var wptools = require('wptools');2var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/2015-03-11/News_and_notes');3wiki.get(function(err, data) {4 console.log(data);5});6var wptools = require('wptools');7var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/2015-03-11/News_and_notes');8wiki.keyBytes(function(err, data) {9 console.log(data);10});11var wptools = require('wptools');12var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/2015-03-11/News_and_notes');13wiki.keyBytes(function(err, data) {14 console.log(data);15});16var wptools = require('wptools');17var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/2015-03-11/News_and_notes');18wiki.keyBytes(function(err, data) {19 console.log(data);20});21var wptools = require('wptools');22var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/2015-03-11/News_and_notes');23wiki.keyBytes(function(err, data) {24 console.log(data);25});26var wptools = require('wptools');27var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/2015-03-11/News_and_notes');28wiki.keyBytes(function(err, data) {29 console.log(data);30});31var wptools = require('wptools');32var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/2015-03-11/News_and_notes');33wiki.keyBytes(function(err, data) {34 console.log(data);35});36var wptools = require('wptools');37var wiki = new wptools.page('Wikipedia:Wikipedia_Signpost/
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