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How to use processesOutput method in ts-auto-mock
Best JavaScript code snippet using ts-auto-mock
db.js
Source:db.js 
1const AWS = require('aws-sdk');2const ddb = new AWS.DynamoDB.DocumentClient({ region: 'eu-west-1', apiVersion: '2012-08-10', convertEmptyValues: true });3const vehicleListTable = process.env.VEHICLE_LIST_TABLE;4const vehicleRecordsTable = process.env.VEHICLE_RECORDS_TABLE;5const scrapLogTable = process.env.SCRAP_LOG_TABLE;6//==================================7//===== Vehicle List Table =====8//==================================9const getVehicleList = async function () {10 let params = {11 TableName: vehicleListTable12 };13 try {14 let rawResponse = await ddb.scan(params).promise();15 vehicleList = rawResponse.Items;16 return vehicleList;17 } catch (err) {18 throw new Error('Error getting vehicle list: ' + err.message);19 }20};21const updateVehicle = async function (vehicle) {22 let vehicleWithoutRecords = JSON.parse(JSON.stringify(vehicle));23 delete vehicleWithoutRecords.records;24 let params = {25 TableName: vehicleListTable,26 Item: vehicleWithoutRecords27 };28 try {29 await ddb.put(params).promise();30 return;31 } catch (err) {32 throw new Error(`Error updating vehicle "${vehicleWithoutRecords.title}": ${err.message}`);33 }34};35//=====================================36//===== Vehicle Records Table =====37//=====================================38const putVehicleRecords = async vehicle => {39 let { err, res } = await batchWriteItems(vehicle.records);40 if (err) {41 throw new Error(`Error saving records for vehicle "${vehicle.title}": ${err}`);42 } else {43 return res;44 }45};46const batchWriteItems = async data => {47 // Split the data into the number of concurrent processes48 // Only do it if there are at least 1000 records49 // if (data.length >= 500) {50 // let nbConcurrentProcesses = 10;51 // let nbItemsPerProcess = Math.ceil(data.length / nbConcurrentProcesses);52 // let processPromises = [];53 // for (let i = 0; i < nbConcurrentProcesses; i++) {54 // let currentProcessItems = data.slice(i * nbItemsPerProcess, (i + 1) * nbItemsPerProcess);55 // let currentProcessPromise = batchWriteItems_process(currentProcessItems);56 // processPromises.push(currentProcessPromise);57 // }58 // let processesOutput = await Promise.all(processPromises);59 // // if at least 1 error return then error for the whole batch60 // let { err, res } = processesOutput.reduce(61 // (acc, val) => {62 // if (acc.err) {63 // return acc;64 // } else if (val.err) {65 // return val;66 // } else {67 // return {68 // err: null,69 // res: {70 // success: true,71 // nbItemsInserted: acc.res.nbItemsInserted + val.res.nbItemsInserted,72 // nbRetries: acc.res.nbRetries + val.res.nbRetries73 // }74 // };75 // }76 // },77 // { err: null, res: { success: true, nbItemsInserted: 0, nbRetries: 0 } }78 // );79 // return { err, res };80 // } else {81 let { err, res } = await batchWriteItems_process(data);82 return { err, res };83 // }84};85const batchWriteItems_process = async data => {86 // console.log(JSON.stringify(data));87 // split data in batches of 25 items88 let batchSize = 25;89 let nbBatches = Math.ceil(data.length / batchSize);90 let totalRetries = 0;91 for (let i = 0; i < nbBatches; i++) {92 let currentBatch = data.slice(i * batchSize, (i + 1) * batchSize);93 let currentBatchItems = currentBatch.map(el => {94 return {95 PutRequest: {96 // Item: stripEmptyStringAttributes(stripEmptyAttributes(el))97 Item: el98 }99 };100 });101 // console.log(JSON.stringify(currentBatchItems));102 let reqParams = {103 RequestItems: {104 [vehicleRecordsTable]: currentBatchItems105 }106 };107 let res;108 let nbRetries = -1;109 // console.log(JSON.stringify(reqParams));110 do {111 res = await ddb.batchWrite(reqParams).promise();112 // if (Object.entries(res.UnprocessedItems).length > 0) {113 // console.log(JSON.stringify(res));114 // }115 nbRetries++;116 // Pause 0.5s if too many retries117 if (nbRetries > 0 && nbRetries % 10 === 0) {118 await sleep(500);119 }120 } while (Object.entries(res.UnprocessedItems).length !== 0 && nbRetries <= 10);121 totalRetries += nbRetries;122 if (nbRetries > 0) console.log(`Batch #${i + 1}: ${nbRetries} retries.`);123 if (Object.entries(res.UnprocessedItems).length !== 0) {124 return { err: `Error writing batch of data: still some UnprocessedItems after ${nbRetries} retries` };125 }126 }127 return { err: null, res: { success: true, nbItemsInserted: data.length, nbRetries: totalRetries } };128};129//================================130//===== Scrap Logs Table =====131//================================132const getScrapLogs = async countHours => {133 const timestampNow = new Date().getTime();134 const millisecondsInCountHours = (countHours + 1) * 60 * 60 * 1000; // adding 1hr to include the log of exactly countHours ago135 const timestampBefore = timestampNow - millisecondsInCountHours;136 let params = {137 TableName: scrapLogTable138 };139 try {140 let rawResponse = await ddb.scan(params).promise();141 logs = rawResponse.Items;142 logs = logs.filter(el => el.scrapDate > timestampBefore);143 logs = logs.sort((a, b) => a.scrapDate - b.scrapDate);144 return logs;145 } catch (err) {146 throw new Error('Error getting scrap logs: ' + err.message);147 }148};149const writeToScrapLog = async (title, scrapDetails) => {150 let params = {151 TableName: scrapLogTable,152 Item: { title, scrapDate: new Date().getTime(), log: scrapDetails }153 };154 try {155 await ddb.put(params).promise();156 return;157 } catch (err) {158 throw new Error(`Error writing to Scrap Log for vehicle "${title}": ${err.message}`);159 }160};161const sleep = waitTimeInMs => new Promise(resolve => setTimeout(resolve, waitTimeInMs));162const deleteVehicleRecords = async function (vehicleTitle, month) {163 let URL = baseURL + '/vehiclerecord';164 try {165 let options = {166 method: 'DELETE',167 headers: {168 Accept: 'application/json',169 'Content-Type': 'application/json'170 },171 body: JSON.stringify({ vehicleTitle, month })172 };173 let raw_response = await fetch(URL, options);174 let res = await raw_response.json();175 if (res.success) {176 return { err: null, res };177 } else {178 return { err: res.message, res: null };179 }180 } catch (err) {181 console.log('err: ' + err);182 return { err, res: null };183 }184};185module.exports = {186 getVehicleList,187 updateVehicle,188 putVehicleRecords,189 getScrapLogs,190 writeToScrapLog,191 deleteVehicleRecords...
index.js
Source:index.js
1const imageSize = 256;2const modelPath = "./twingan_js.onnx";3async function getSession() {4 if (window.session) {5 return window.session;6 }7 const session = new onnx.InferenceSession({ backendHint: 'webgl' });8 await session.loadModel(modelPath);9 10 window.session = session;11 return session;12}13async function animefaction(imageUrl) {14 showMessage('Loading image...');15 const imageLoader = new ImageLoader(imageSize, imageSize);16 const imageData = await imageLoader.getImageData(imageUrl);17 18 drawInput(imageData.data, imageSize, imageSize);19 const outputImage = putOutputPlaceholder();20 showMessage('Preparing image...');21 const preprocessedData = preprocess(imageData.data, imageSize, imageSize);22 showMessage('Loading model...');23 const session = await getSession();24 showMessage('Animefication!...');25 const inputTensor = new onnx.Tensor(preprocessedData, 'float32', [1, imageSize, imageSize, 3]);26 const outputMap = await session.run([inputTensor]);27 const outputData = outputMap.values().next().value.data;28 showMessage('Postprocessing...');29 const processesOutput = postprocess(outputData, imageSize, imageSize);30 const outputImageData = toImageDataURL(processesOutput, imageSize, imageSize);31 outputImage.src = outputImageData;32 showMessage('Success! Select next selfie.');33}34function preprocess(data, width, height) {35 const dataFromImage = ndarray(new Float32Array(data), [height, width, 4]);36 const dataProcessed = ndarray(new Float32Array(width * height * 3), [1, height, width, 3]);37 // Normalize 0-255 to (-1)-138 ndarray.ops.divseq(dataFromImage, 256.0);39 // Realign imageData from [H*W*4] to the correct dimension [1*H*W*3].40 ndarray.ops.assign(dataProcessed.pick(0, null, null, 0), dataFromImage.pick(null, null, 0));41 ndarray.ops.assign(dataProcessed.pick(0, null, null, 1), dataFromImage.pick(null, null, 1));42 ndarray.ops.assign(dataProcessed.pick(0, null, null, 2), dataFromImage.pick(null, null, 2));43 return dataProcessed.data;44}45function postprocess(data, width, height) {46 const dataRaw = ndarray(new Float32Array(data), [1, height, width, 3]);47 const dataImage = ndarray(new Uint8ClampedArray(width * height * 4), [height, width, 4]);48 dataImage.data.fill(255);49 // form 0..1 to 0..25550 ndarray.ops.mulseq(dataRaw, 256.0);51 // from [H*W*3] to [H*W*4]52 ndarray.ops.assign(dataImage.pick(null, null, 2), dataRaw.pick(0, null, null, 2));53 ndarray.ops.assign(dataImage.pick(null, null, 1), dataRaw.pick(0, null, null, 1));54 ndarray.ops.assign(dataImage.pick(null, null, 0), dataRaw.pick(0, null, null, 0));55 return dataImage.data;56}57function drawInput(imageData, width, height) {58 const image = new Image();59 image.src = toImageDataURL(imageData, width, height);60 document.body.appendChild(image);61}62function putOutputPlaceholder() {63 const image = new Image();64 image.src = 'spinner.gif';65 document.body.appendChild(image);66 return image;67}68function toImageDataURL(buffer, width, height) {69 const canvas = document.createElement('canvas');70 const ctx = canvas.getContext('2d');71 canvas.width = width;72 canvas.height = height;73 const idata = ctx.createImageData(width, height);74 idata.data.set(buffer);75 ctx.putImageData(idata, 0, 0);76 return canvas.toDataURL();77}78function showMessage(text) {79 console.log(text);80 const messageArea = document.getElementById('message_area');81 message_area.textContent = text;...
multiProcessOutput.js
Source:multiProcessOutput.js
1function multiProcessOutput() {2 const outputData = {};3 return {4 generateOutput() {5 const realOutput = [];6 const processesOutput = Object.keys(outputData);7 for(let i = 0; i < processesOutput.length; i++) {8 const processOutput = outputData[processesOutput[i]];9 const itemsProcessed = Object.keys(processOutput);10 for(let j = 0; j < itemsProcessed.length; j++) {11 const itemOutput = processOutput[itemsProcessed[j]];12 realOutput.push({ item: itemsProcessed[j], ...itemOutput });13 }14 }15 return realOutput;16 },17 addData(processId, itemId, itemData) {18 outputData[processId] = outputData[processId] || {};19 outputData[processId][itemId] = itemData;20 }21 };22}23module.exports = {24 createNew() {25 return multiProcessOutput();26 }...
Using AI Code Generation
1import {processesOutput} from 'ts-auto-mock';2import {process} from 'ts-auto-mock';3import * as tsAutoMock from 'ts-auto-mock';4import {createMock} from 'ts-auto-mock';5import {createMocks} from 'ts-auto-mock';6import {createMockFactory} from 'ts-auto-mock';7import {createMockFactoryWithInterface} from 'ts-auto-mock';8import {createMockFactoryWithInterfaceAndName} from 'ts-auto-mock';9import {createMockFactoryWithInterfaceAndNameAndCall} from 'ts-auto-mock';10import {createMockFactoryWithInterfaceAndCall} from 'ts-auto-mock';11import {createMockFactoryWithCall} from 'ts-auto-mock';12import {createMockFactoryWithName} from 'ts-auto-mock';13import {createMockFactoryWithNameAndCall} from 'ts-auto-mock';14import {createMockFactoryWithNameAndCallAndOptional} from 'ts-auto-mock';15import {createMockFactoryWithCallAndOptional} from 'ts-auto-mock';16import {createMockFactoryWithOptional} from 'ts-auto-mock';17import {createMockFactoryWithNameAndOptional} from 'ts-auto-mock';18import {createMockFactoryWithInterfaceAndOptional} from 'ts-auto-mock';19import {createMockFactoryWithInterfaceAndNameAndOptional} from 'ts-auto-mock';20import {createMockFactoryWithInterfaceAndNameAndCallAndOptional} from 'ts-auto-mock';21import {createMockFactory
Using AI Code Generation
1import { createMock } from 'ts-auto-mock';2import { MyType } from './MyType';3const myType = createMock<MyType>();4export interface MyType {5 id: number;6 name: string;7}8import { createMock } from 'ts-auto-mock';9import { MyType } from './MyType';10const myType = createMock<MyType>();11export interface MyType {12 id: number;13 name: string;14}15import { createMock } from 'ts-auto-mock';16import { MyType } from './MyType';17const myType = createMock<MyType>();18export interface MyType {19 id: number;20 name: string;21}22import { createMock } from 'ts-auto-mock';23import { MyType } from './MyType';24const myType = createMock<MyType>();25export interface MyType {26 id: number;27 name: string;28}
Using AI Code Generation
1import { processesOutput } from 'ts-auto-mock';2import { Interface1 } from './interface1';3const output = processesOutput('interface1.ts', 'Interface1');4const mock: Interface1 = output.mock;5export interface Interface1 {6 prop1: {7 prop2: string;8 };9}10import { processesOutput } from 'ts-auto-mock';11import { Interface2 } from './interface2';12const output = processesOutput('interface2.ts', 'Interface2');13const mock: Interface2 = output.mock;14export interface Interface2 {15 prop1: {16 prop2: string;17 };18}19export interface IResponse {20 data: IResponseData;21}22export interface IResponseData {23 data: IResponseDataItem;24}25export interface IResponseDataItem {26 data: IResponseDataItemItem;27}28export interface IResponseDataItemItem {29 data: IResponseDataItemItemItem;30}31export interface IResponseDataItemItemItem {32 data: IResponseDataItemItemItemItem;33}34export interface IResponseDataItemItemItemItem {35 data: IResponseDataItemItemItemItemItem;36}37export interface IResponseDataItemItemItemItemItem {38 data: IResponseDataItemItemItemItemItemItem;39}40export interface IResponseDataItemItemItemItemItemItem {41 data: IResponseDataItemItemItemItemItemItemItem;42}43export interface IResponseDataItemItemItemItemItemItemItem {44 data: IResponseDataItemItemItemItemItemItemItemItem;45}46export interface IResponseDataItemItemItemItemItemItemItemItem {47 data: IResponseDataItemItemItemItemItemItemItemItemItem;48}49export interface IResponseDataItemItemItemItemItemItemItemItemItem {
Using AI Code Generation
1import { processesOutput } from 'ts-auto-mock';2processesOutput({3});4import { processesOutput } from 'ts-auto-mock';5processesOutput({6});7import { processesOutput } from 'ts-auto-mock';8processesOutput({9});10import { processesOutput } from 'ts-auto-mock';11processesOutput({12});13import { processesOutput } from 'ts-auto-mock';14processesOutput({15});16import { processesOutput } from 'ts-auto-mock';17processesOutput({18});19import { processesOutput } from 'ts-auto-mock';20processesOutput({21});22import { processesOutput } from 'ts-auto-mock';23processesOutput({24});
Using AI Code Generation
1const { processesOutput } = require('ts-auto-mock');2const path = require('path');3const { mock } = processesOutput({4 path: path.resolve(__dirname, 'test2.ts'),5});6console.log(mock);7export interface Test2 {8 name: string;9}10{11}12export interface Test2 {13 name: string;14}
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