How to use createUnknownRecord method in wpt

Best JavaScript code snippet using wpt

nfc.js

Source:nfc.js

...278                                    this._fetchChainData('contractRegistration', externalPublicKeyHash)279                                ]280                            ).then(() => {281                                generateSecureRandom(32).then(randomBytes => Buffer.from(randomBytes).toString('hex')).then(randomNumber => {282                                    function createUnknownRecord(hex) {283                                        return {284                                            tnf: 0x05,285                                            type: [],286                                            id: [],287                                            payload: helpers._hexToBytes(hex)288                                        };289                                    };290                                    // Create records for link to app store and AAR.291                                    var kongDomain = 'https://kong.cash';292                                    var androidAppName = 'kongApp';293                                    var uriRecord = Ndef.uriRecord(kongDomain);294                                    var aarRecord = Ndef.androidApplicationRecord(androidAppName);295                                    // Create padding record.296                                    var shortMessage = Ndef.encodeMessage([uriRecord, aarRecord]);297                                    var paddingLength = 12 * 4 - shortMessage.length - 5; // Revisit this.298                                    var paddingRecord = createUnknownRecord('9'.repeat(paddingLength));299                                    // Create short-hand names for block variables.300                                    var blockHash = this.state.blockchainData.blockHash;301                                    var blockTime = this.state.blockchainData.blockTime;302                                    // Create combined hash for input record.303                                    var combinedHash = crypto.createHash('sha256').update(304                                        '0x' + randomNumber + blockHash305                                    ).digest('hex');306                                    console.log('RANDOM NUM INPUT');307                                    console.log(randomNumber);308                                    console.log('RANDOM HASH INPUT');309                                    console.log(combinedHash);310                                    // Combine all.311                                    var ndefMessage = Ndef.encodeMessage([312                                        // Static Lock Bytes.313                                        uriRecord,              // URI with domain that forwards to iOS app store.314                                        aarRecord,              // Android application record.315                                        paddingRecord,          // Padd.316                                        // Dynamic Lock Bytes.317                                        createUnknownRecord(    // 06 Bytes: Header318                                            '01'.repeat(4) +    // 04 Bytes: Hardware Revision Number319                                            '02'.repeat(4) +    // 04 Bytes: Firmware Number320                                            '03'.repeat(8) +    // 08 Bytes: Serial Number321                                            '04'.repeat(64) +   // 64 Bytes: Public Key 1322                                            '05'.repeat(64) +   // 64 Bytes: Public Key 2323                                            '06'.repeat(20) +   // 20 Bytes: Smart Contract Address324                                            '07'.repeat(7) +    // 06 Bytes: NXP i2c Serial325                                            '08'.repeat(16) +   // 16 Bytes: NXP MCU Serial326                                            '09'.repeat(9) +    // 08 Bytes: ATECC608A Serial327                                            '01'.repeat(128)    // 128 Bytes: Config Zone Bytes328                                        ),329                                        // Output.330                                        createUnknownRecord(    // 06 Bytes: Header331                                            '00' +              // 01 Byte:  Last Command Code.332                                            '01'.repeat(32) +   // 32 Bytes: Last External Random Number.333                                            '02'.repeat(32) +   // 32 Bytes: Last Blockhash.334                                            '03'.repeat(32) +   // 32 Bytes: Last SHA256 (External Random Number + Blockhash).335                                            '04'.repeat(32) +   // 32 Bytes: Last Internal Random SHA256 Hash (Internal Random Number).336                                            '05'.repeat(64) +   // 64 Bytes: Last Signature 1 (SHA256 Hash (External Random Number + Blockhash)).337                                            '06'.repeat(64) +   // 64 Bytes: Last Signature 2 (SHA256 Hash (Internal Random Number)).338                                            '07'.repeat(47)     // 47 Bytes: Padding339                                        ),340                                        // Input.341                                        createUnknownRecord(    // 03 Bytes: Header342                                            '00' +              // 01 Bytes: Command Code.343                                            randomNumber +      // 32 Bytes: External Random Number.344                                            blockHash +         // 32 Bytes: Blockhash.345                                            combinedHash +      // 32 Bytes: SHA256 (External Random Number + Blockhash).346                                            crc16(347                                                helpers._hexToBytes(348                                                    '00' +349                                                    randomNumber +350                                                    blockHash +351                                                    combinedHash352                                                )353                                            ).toString(16)      // 02 Bytes: CRC16354                                        )355                                    ]);356                                    // TLV.357                                    var ndefTLV = [358                                        0x03,                                                   // Field Type (0x03 = NDEF Message)359                                        0xFF,                                                   // Length field360                                        ndefMessage.length >> 8,                                // Length field cont.361                                        ndefMessage.length - (ndefMessage.length >> 8) * 256    // Length field cont.362                                    ];363                                    // Note: Length field in 3 byte version:364                                    // [0xFF, 0xYY, 0xXZ] where 0xYY, 0xZZ are sliced from word 0xYYZZ (!)365                                    // Prepend TLV.366                                    var ndefMessage = ndefTLV.concat(ndefMessage);367                                    // Append terminator and trailing 0x00368                                    ndefMessage = ndefMessage.concat([0xfe]);369                                    while (ndefMessage.length % 4 > 0) ndefMessage = ndefMessage.concat([0x00])370                                    // Determine number of ic blocks.371                                    // var icBlockWithLastNdefRecord = Math.ceil(ndefMessage.length / 16);372                                    // Prepend 16 bytes for first 4 registers.373                                    var completeMemory = helpers._hexToBytes('00'.repeat(16)).concat(ndefMessage);374                                    // Create array with register numbers.375                                    var registers = [...Array(Math.ceil(completeMemory.length / 4)).keys()]376                                    // Remove registers that won't be written; The input record begins at register 0xB0.377                                    registers = registers.filter(register => register >= 0xB0);378                                    // Update state.379                                    this.setState({nfcData: Object.assign({}, this.state.nfcData, {380                                        nfcWrittenInputExternalRandomNumber: randomNumber,381                                        nfcWrittenInputBlockhash: blockHash,382                                        nfcWrittenInputCombinedHash: combinedHash383                                    })});384                                    // Write.385                                    Promise.all(386                                        registers.map(i => {387                                            return NfcManager.sendMifareCommandIOS([0xa2]388                                                .concat(i)                      // Register number.389                                                .concat(completeMemory.slice(390                                                    i * 4,                      // Start position in payload.391                                                    (i + 1) * 4)                // End position in payload.392                                                )393                                            );394                                        })395                                    ).then(() => {396                                        NfcManager.setAlertMessageIOS(strings.textProcessingSendingChallengeIOS);397                                        // Read lastIcBlock to finish input.398                                        NfcManager.sendMifareCommandIOS([0x30, (this.state.nfcData.icBlockWithLastNdefRecord + 1) * 4 - 1]).then(() => {399                                            // DEBUG prints.400                                            console.log(`NFC DATA AFTER WRITE IOS: ${Date.now()}`);401                                            console.log(this.state.nfcData);402                                            /***************************403                                            * Timeout for Calculation. *404                                            ***************************/405                                            console.log(`STARTING TIMEOUT: ${Date.now()}`);406                                            helpers._delay(3000).then(() => {407                                                console.log(`END OF TIMEOUT: ${Date.now()}`);408                                                /****************409                                                * Read Results. *410                                                ****************/411                                                NfcManager.sendMifareCommandIOS([0x3A, 0x64, 0x84]).then((hashByteArray) => {412                                                NfcManager.setAlertMessageIOS(strings.textProcessingReadingResultsIOS);413                                                console.log(`READ HASH BYTE ARRAY CALLED: ${Date.now()}`);414                                                    NfcManager.sendMifareCommandIOS([0x3A, 0x84, 0xA4]).then((signatureByteArray) => {415                                                         console.log(`READ Signature CALLED: ${Date.now()}`);416                                                        // Get external and internal hash.417                                                        var nfcReadOutputExternalRandomNumber = helpers._bytesToHex(hashByteArray.slice(1, 33)).toLowerCase();418                                                        var nfcReadOutputBlockhash = helpers._bytesToHex(hashByteArray.slice(33, 65)).toLowerCase();419                                                        var nfcReadOutputCombinedHash = helpers._bytesToHex(hashByteArray.slice(65, 97)).toLowerCase();420                                                        var nfcReadOutputInternalRandomNumber = helpers._bytesToHex(hashByteArray.slice(97, 129)).toLowerCase();421                                                        // Get signatures.422                                                        var nfcReadOutputExternalSignature = helpers._bytesToHex(signatureByteArray.slice(1, 65)).toLowerCase();423                                                        var nfcReadOutputInternalSignature = helpers._bytesToHex(signatureByteArray.slice(65, 129)).toLowerCase();424                                                        // Counter.425                                                        var nfcReadOutputCounter = helpers._bytesToHex(signatureByteArray.slice(129, 130)).toLowerCase();426                                                        // Update state.427                                                        this.setState({nfcData: Object.assign({}, this.state.nfcData, {428                                                            nfcReadOutputExternalRandomNumber: nfcReadOutputExternalRandomNumber,429                                                            nfcReadOutputBlockhash: nfcReadOutputBlockhash,430                                                            nfcReadOutputCombinedHash: nfcReadOutputCombinedHash,431                                                            nfcReadOutputInternalRandomNumber: nfcReadOutputInternalRandomNumber,432                                                            nfcReadOutputExternalSignature: nfcReadOutputExternalSignature,433                                                            nfcReadOutputInternalSignature: nfcReadOutputInternalSignature,434                                                            nfcReadOutputCounter: nfcReadOutputCounter435                                                        })});436                                                        // DEBUG prints.437                                                        console.log(`NFC DATA AFTER RESULTS READ: ${Date.now()}`);438                                                        console.log(this.state.nfcData);439                                                        /*********************440                                                        * Confirmation Read. *441                                                        *********************/442                                                        NfcManager.sendMifareCommandIOS([0x30, (this.state.nfcData.icBlockWithLastNdefRecord + 1) * 4 - 1]).then(() => {443                                                            /****************444                                                            * Verification. *445                                                            ****************/446                                                            NfcManager.setAlertMessageIOS(strings.textProcessingPreparingResultsIOS);447                                                            console.log(`Starting verification (in ms): ${Date.now()}`)448                                                            this._goToScreen('atProcessing', strings.textProcessingVerificationStartIOS);449                                                            this._nfcStartFullVerification();450                                                        }).catch((err) => {this._goToNfcFailScreen('nfcFailReadLastNdef', err)})451                                                    }).catch((err) => {this._goToNfcFailScreen('nfcFailNfcReadSignatures', err)})452                                                }).catch((err) => {this._goToNfcFailScreen('nfcFailNfcReadHashes', err)})453                                            }).catch((err) => {this._goToNfcFailScreen('nfcFailTimeout', err)})454                                        }).catch((err) => {this._goToNfcFailScreen('nfcFailReadLastNdef', err)})455                                    }).catch((err) => {this._goToNfcFailScreen('nfcFailWriteInput', err)})456                                }).catch((err) => {this._goToNfcFailScreen('nfcFailRng', err)})457                            }).catch((err) => {458                                NfcManager.setAlertMessageIOS(strings.textProcessingPreparingResultsIOS);459                                this._goToFailScreen(460                                    strings.textFailBlockchainGetLatestBlockAndRegistrationWarning,461                                    strings.textFailBlockchainGetLatestBlockAndRegistrationDescription + '\n(' + err + ')');462                                NfcManager.cancelTechnologyRequest().catch(() => 0);463                                NfcManager.unregisterTagEventExIOS().catch(() => 0); 464                            })465                        }).catch((err) => {this._goToNfcFailScreen('nfcFailReadHashesWarning', err)})466                    }).catch((err) => {this._goToNfcFailScreen('nfcFailReadConfigWarning', err)})467                });468            });            469        //})        470    },471    _nfcAndroidScan: async function() {472        // Close technology if it is still running.473        NfcManager.cancelTechnologyRequest().catch((err) => console.warn(err))474        // Start listening to new incoming events.475        if (this.state.fullVerification) {476            NfcManager.registerTagEvent().then(() => this._nfcAndroidProcessFullScan())477        } else {478            NfcManager.registerTagEvent().then(() => this._nfcAndroidProcessQuickScan())479        }    480    },481    _nfcAndroidProcessFullScan: async function() {482        /*********************483        * Start NFC Handler. *484        *********************/485        NfcManager.isSupported(NfcTech.NfcA).then(() => {486            console.log(`CHECK SUPPORT: ${Date.now()}`);487            NfcManager.requestTechnology(NfcTech.NfcA).then(() => {488                console.log(`TECH REQUEST: ${Date.now()}`);489                // Update view.490                this._goToScreen('atProcessing', strings.textProcessingStartAndroid);491                /******************492                * Check Tag Type. *493                ******************/494                NfcManager.transceive([0x3a, 0x11, 0x15]).then((ret) => {495                    console.log(`CHECKING TAG TYPE: ${Date.now()}`);496                    var validTag = (497                        JSON.stringify(ret.slice(2, -2)) == JSON.stringify([1, 1, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3])498                    );499                    // This should be removed once we have settled on an appropriate tag type check...500                    var validTag = true;501                    if (validTag) {502                        /******************************503                        * Get Configuration Register. *504                        ******************************/505                        NfcManager.transceive([0x30, 0xe8]).then((configBytes) => {506                            this.setState({nfcData: Object.assign({}, this.state.nfcData, {507                                icBlockWithLastNdefRecord: configBytes[1]508                            })});509                            console.log('CONFIG');510                            console.log(configBytes);511                            /************512                            * Get Keys. *513                            ************/514                            NfcManager.transceive([0x3a, 0x15, 0x35]).then((ret) => {515                                // Slice keys from response.516                                var externalPublicKey = helpers._bytesToHex(ret.slice(2, 66));517                                var internalPublicKey = helpers._bytesToHex(ret.slice(66, 130));518                                var externalPublicKeyHash = '0x' + crypto.createHash('sha256').update(externalPublicKey, 'hex').digest('hex');519                                // Update state.520                                this.setState({nfcData: Object.assign({}, this.state.nfcData, {521                                    nfcReadInfoPrimaryPublicKey: externalPublicKey,522                                    nfcReadInfoSecondaryPublicKey: internalPublicKey,523                                    nfcReadInfoPrimaryPublicKeyHash: externalPublicKeyHash524                                })});525                                // DEBUG prints.526                                console.log('KEY DATA');527                                console.log(this.state.nfcData);528                                /******************************************529                                * Check Registration and Begin Challenge. *530                                ******************************************/531                                // Combining the two to reduce the overall time needed.532                                Promise.all(533                                    [534                                        this._fetchChainData('latestBlock'),535                                        this._fetchChainData('contractRegistration', externalPublicKeyHash)536                                    ]537                                ).then(() => {538                                    generateSecureRandom(32).then(randomBytes => Buffer.from(randomBytes).toString('hex')).then(randomNumber => {539                                        function createUnknownRecord(hex) {540                                            return {541                                                tnf: 0x05,542                                                type: [],543                                                id: [],544                                                payload: helpers._hexToBytes(hex)545                                            };546                                        };547                                        // Create records for link to app store and AAR.548                                        var kongDomain = 'https://kong.cash';549                                        var androidAppName = 'ch.vrfy';550                                        var uriRecord = Ndef.uriRecord(kongDomain);551                                        var aarRecord = Ndef.androidApplicationRecord(androidAppName);552                                        // Create padding record.553                                        var shortMessage = Ndef.encodeMessage([uriRecord, aarRecord]);554                                        var paddingLength = 12 * 4 - shortMessage.length - 5; // Revisit this.555                                        var paddingRecord = createUnknownRecord('9'.repeat(paddingLength));556                                        // Create short-hand names for block variables.557                                        var blockHash = this.state.blockchainData.blockHash;558                                        var blockTime = this.state.blockchainData.blockTime;559                                        // Create combined hash for input record.560                                        var combinedHash = crypto.createHash('sha256').update(561                                            '0x' + randomNumber + blockHash562                                        ).digest('hex');563                                        // Combine all.564                                        var ndefMessage = Ndef.encodeMessage([565                                            // Static Lock Bytes.566                                            uriRecord,              // URI with domain that forwards to iOS app store.567                                            aarRecord,              // Android application record.568                                            paddingRecord,          // Padd.569                                            // Dynamic Lock Bytes.570                                            createUnknownRecord(571                                                '01'.repeat(4) +572                                                '02'.repeat(4) +573                                                '03'.repeat(8) +574                                                '04'.repeat(64) +   // 64 Bytes: Public Key 1575                                                '05'.repeat(64) +576                                                '06'.repeat(20) +577                                                '07'.repeat(7) +578                                                '08'.repeat(16) +   579                                                '09'.repeat(9) +    // 08 Bytes: ATECC608A Serial580                                                '01'.repeat(128)581                                            ),582                                            // Output.583                                            createUnknownRecord(584                                                '00' +585                                                '01'.repeat(32) +   // 32 Bytes: Last External Random Number.586                                                '02'.repeat(32) +   // 32 Bytes: Last Blockhash.587                                                '03'.repeat(32) +   // 32 Bytes: Last SHA256 (External Random Number + Blockhash).588                                                '04'.repeat(32) +589                                                '05'.repeat(64) +   // 64 Bytes: Last Signature 1 (SHA256 Hash (External Random Number + Blockhash)).590                                                '06'.repeat(64) +591                                                '07'.repeat(47)592                                            ),593                                            // Input.594                                            createUnknownRecord(    // 03 Bytes: Header595                                                '00' +              // 01 Bytes: Command Code.596                                                randomNumber +      // 32 Bytes: External Random Number.597                                                blockHash +         // 32 Bytes: Blockhash.598                                                combinedHash +      // 32 Bytes: SHA256 (External Random Number + Blockhash).599                                                crc16(600                                                    helpers._hexToBytes(601                                                        '00' +602                                                        randomNumber +603                                                        blockHash +604                                                        combinedHash605                                                    )606                                                ).toString(16)      // 02 Bytes: CRC16607                                            )608                                        ]);...

nfc-helpers.js

Source:nfc-helpers.js

...116function createMimeRecord(buffer) {117  return createRecord(118      'mime', buffer, test_record_id, 'application/octet-stream');119}120function createUnknownRecord(buffer) {121  return createRecord('unknown', buffer, test_record_id);122}123function createUrlRecord(url, isAbsUrl) {124  if (isAbsUrl) {125    return createRecord('absolute-url', url, test_record_id);126  }127  return createRecord('url', url, test_record_id);128}129// Compares NDEFMessageSource that was provided to the API130// (e.g. NDEFReader.write), and NDEFMessage that was received by the131// mock NFC service.132function assertNDEFMessagesEqual(providedMessage, receivedMessage) {133  // If simple data type is passed, e.g. String or ArrayBuffer or134  // ArrayBufferView, convert it to NDEFMessage before comparing....

Using AI Code Generation

1var wpt = require('wpt');2var wpt = new WebPageTest('www.webpagetest.org');3  if(err) {4    console.log(err);5  } else {6    console.log(data);7  }8});9### WebPageTest(options)10### WebPageTest#runTest(url, options, callback)11### WebPageTest#getLocations(callback)12### WebPageTest#getTesters(callback)13### WebPageTest#getTestStatus(testId, callback)

Using AI Code Generation

1var wpt=require('wpt');2var wptObj=new wpt();3wptObj.createUnknownRecord(options,function(err,data){4	if(err){5		console.log(err);6	}else{7		console.log(data);8	}9});10var wpt=require('wpt');11var wptObj=new wpt();12wptObj.getLocations(function(err,data){13	if(err){14		console.log(err);15	}else{16		console.log(data);17	}18});19var wpt=require('wpt');20var wptObj=new wpt();21var options={tests:'1,2'};22wptObj.getTests(options,function(err,data){23	if(err){24		console.log(err);25	}else{26		console.log(data);27	}28});29var wpt=require('wpt');30var wptObj=new wpt();31var options={test:'1'};32wptObj.getTestStatus(options,function(err,data){33	if(err){34		console.log(err);35	}else{36		console.log(data);37	}38});39var wpt=require('wpt');40var wptObj=new wpt();41var options={test:'1'};42wptObj.getTestResults(options,function(err,data){43	if(err){44		console.log(err);45	}else{46		console.log(data);47	}48});49var wpt=require('wpt');50var wptObj=new wpt();51var options={test:'1'};52wptObj.getTestResultsByLocation(options,function(err,data){53	if(err){54		console.log(err);55	}else{56		console.log(data);57	}58});

Using AI Code Generation

1var wpt = require('webpagetest');2var options = {3};4var wpt = new WebPageTest(options);5    if (err) return console.error(err);6    console.log(data

Using AI Code Generation

1var wpt = require('webpagetest');2var options = {3};4var wpt = new WebPageTest('www.webpagetest.org');5  if (err) return console.error(err);6  console.log(data);7});8var wpt = require('webpagetest');9var options = {10};11var wpt = new WebPageTest('www.webpagetest.org');

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