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How to use processIndex method in backstopjs

Best JavaScript code snippet using backstopjs

summary.js

Source:summary.js

1const express = require('express');2const router = express.Router();3const dbConst = require('../../lib/db');4router.get('/overview/:RefID', (req, res) => {5    let RefID = req.params.RefID;6    let SelectProcess = `/****** Script for SelectTopNRows command from SSMS  ******/7    DECLARE @SearchRefID bigint;8    -- Initialize the variable.9    SET @SearchRefID = ${RefID};10    (SELECT11			row_number() over(order by b.ProcessIndex) as 'index',12			CASE13                WHEN b.InsertMold = 1 THEN 'Insert Mold'14                ELSE 'Injection'15            END AS Process,16            CASE17                WHEN b.InsertMold = 1 THEN 'Ins_' + LTRIM(STR(b.InjectionID,10))18                ELSE 'Inj_' + LTRIM(STR(b.InjectionID,10))19            END AS ProcessID,20            b.ProcessIndex,21            'Material : ' + (22            SELECT d.Code + ' , '23              FROM [dbo].[InjectionMaterial] c Left Join [dbo].[MasterInjectionMaterial] d on c.MaterialID = d.MaterialID24              WHERE c.InjectionID = b.InjectionID GROUP BY d.Code25              FOR XML PATH('')26            ) AS Detail27      FROM [TSMolymer_F].[dbo].[MasterReferenceNo] a Inner Join [dbo].[ProcessInjection] b on a.RefID = b.RefID WHERE a.RefID = @SearchRefID)28    UNION ALL29    (30    SELECT31			row_number() over(order by b.ProcessIndex) as 'index',32			CASE33            WHEN b.PrintingID IS NULL THEN NULL34            else 'Printing'35            END AS Process,36            'Prt_' + LTRIM(STR(b.PrintingID,10)) AS ProcessID,37            b.ProcessIndex,38            'MFG : ' + ISNULL(b.MFG, 'NaN') +39            ', Color : ' + ISNULL(c.ColorName, 'NaN') +40            ', Pcs/Hr : ' + LTRIM(STR(ISNULL(b.PcsHr, 0),10)) AS Detail41      FROM [TSMolymer_F].[dbo].[MasterReferenceNo] a Inner Join [dbo].[ProcessPrinting] b on a.RefID = b.RefID Left Join [dbo].[MasterColorMaterial] c on b.ColorID = c.ColorID WHERE a.RefID = @SearchRefID)42    UNION ALL43    (44    SELECT45			row_number() over(order by b.ProcessIndex) as 'index',46			CASE47            WHEN b.HSID IS NULL THEN NULL48            ELSE 'Hot Stamp'49            END AS Process,50            'HotStamp_' + LTRIM(STR(b.HSID,10)) AS ProcessID,51            b.ProcessIndex,52            'Code : ' + ISNULL(c.FoilCode , 'NaN') + ', Foil Size : ' + ISNULL(b.FoilSize, 10) AS Detail53      FROM [TSMolymer_F].[dbo].[MasterReferenceNo] a Inner Join [dbo].[ProcessHotStamp] b on a.RefID = b.RefID Left Join [dbo].[MasterHotStampMaterial] c on b.HSMID = c.HSMID WHERE a.RefID = @SearchRefID)54    UNION ALL55    (56    SELECT57			row_number() over(order by b.ProcessIndex) as 'index',58			CASE59            WHEN b.AssyProcID IS NULL THEN NULL60            ELSE 'Assembly'61            END AS Process,62            'Assy_' + LTRIM(STR(b.AssyProcID,10)) AS ProcessID,63            b.ProcessIndex,64            'Process Name : ' + ISNULL(b.ProcessName, '') AS Detail65      FROM [TSMolymer_F].[dbo].[MasterReferenceNo] a Inner Join [dbo].[ProcessAssembly] b on a.RefID = b.RefID WHERE a.RefID = @SearchRefID)66    UNION ALL67    (68    SELECT69			row_number() over(order by b.ProcessIndex) as 'index',70			CASE71            WHEN b.SprayID IS NULL THEN NULL72            ELSE 'Spray'73            END AS Process,74            'Spray_' + LTRIM(STR(b.SprayID,10)) AS ProcessID,75            b.ProcessIndex,76            'MFG : ' + ISNULL(b.MFG, 'NaN') +77            ', Color : ' + ISNULL(c.ColorName, 'NaN') +78            ', Pcs/Hr : ' + LTRIM(STR(ISNULL(b.PcsHr, 0),10))79      FROM [TSMolymer_F].[dbo].[MasterReferenceNo] a Inner Join [dbo].[ProcessSpray] b on a.RefID = b.RefID Left Join [dbo].[MasterColorMaterial] c on b.ColorID = c.ColorID WHERE a.RefID = @SearchRefID)80    UNION ALL81    (82    SELECT83			row_number() over(order by b.ProcessIndex) as 'index',84			CASE85            WHEN b.WeldingID IS NULL THEN NULL86            ELSE 'Welding'87            END AS Process,88            'Weld_' + LTRIM(STR(b.WeldingID,10)) AS ProcessID,89            b.ProcessIndex,90            'Part : ' + ISNULL(c.PartCode, 'NaN')91      FROM [TSMolymer_F].[dbo].[MasterReferenceNo] a Inner Join [dbo].[ProcessWelding] b on a.RefID = b.RefID Left Join [dbo].[MasterPart] c on b.PartID_OUT = c.PartID WHERE a.RefID = @SearchRefID)92    Order By ProcessIndex93    `;94    dbConst.query(SelectProcess, (err, rows) => {95        if(err){96            res.status(500).send({message: `${err}`})97        } else{98            res.status(200).send(JSON.stringify(rows.recordset))99        }100    })101})...

index.js

Source:index.js

1const cluster = require('cluster');2const log = require('@jbowwww/log');3const { inspect } = require('util');4const { event } = require('@jbowwww/promise');5module.exports = clusterProcesses;6async function clusterProcesses(...processes) {7	const isNumber = value => typeof value === 'number' || /^[-+]?(\d+|Infinity)(\.\d*)?$/.test(value);const workerPromises = [];8	if (cluster.isMaster) {9		for (let processIndex in processes) {10			// log.verbose(`Master forking worker for processIndex='${processIndex}'`);11			const worker = cluster.fork({ processIndex });12			log.verbose(`Master forked worker #${worker.id} for processIndex=${processIndex}`);13			workerPromises.push(event(worker, 'exit'));14		}15		log.verbose(`Master awaiting ${workerPromises.length} promises: ${inspect(workerPromises)}`);16		const ret = await Promise.all(workerPromises);17		log.verbose(`Master received fulfilment array of: ${inspect(ret)}`);18		cluster.disconnect();19		20	}21	else if (cluster.isWorker) {22		const id = cluster.worker.id;23		const processIndex = process.env.processIndex;24		const processFn = processes[processIndex] || processes[id];25		const name = isNumber(processIndex) ? (processFn.name || `Worker #${processIndex}`) : processIndex;26		Object.defineProperty(cluster.worker, 'name', { value: name });27		log.verbose(`Worker #${id} has processes=${inspect(processes)}`);28		log.verbose(`Worker #${id} has processIndex=${processIndex}`);29		log.verbose(`Worker #${id} has processFn: ${inspect(processFn)}`);30		log.verbose(`Worker #${id} has name='${name}'`);31		let ret, exitCode = 1;32		try {33			ret = await processFn();34			log.verbose(`worker process #${id} '${name}' returned: ${inspect(ret)}`);35			exitCode = 0;36		} catch(e) {37			log.verbose(`worker #${id} '${name}' exception: ${e.stack||e}`);38			exitCode = 1;			39		}40		log.verbose(`worker #${id} '${name}' exiting with exitCode=${exitCode}`);41		process.exit(exitCode);42	}...

MaxProfitMinFlowRateAlgo.ts

Source:MaxProfitMinFlowRateAlgo.ts

1import { Point } from "./optimization";2let ansMaxFlow: number;3let ansMaxProfitPoints: Point[];4// Question Variables5let points: Point[][];6let rows: number;7let cols: number;8export function solve(pointList: Point[][], targetSum: number): Point[] {9    rows = pointList.length;10    cols = pointList[0].length;11    points = pointList;12    ansMaxFlow = Number.MIN_VALUE;13    backtrack(-1, 0, 0, targetSum, []);14    console.log("Max Flow Possible" + ansMaxFlow);15    return ansMaxProfitPoints;16}17export function backtrack(processIndex: number, pointIndex: number, profit: number, currSum: number, path: Point[]) {18    if (processIndex >= rows || pointIndex >= cols) return;19    if (currSum < 0) return;20    if (processIndex === rows - 1) {21        if (profit > ansMaxFlow) {22            ansMaxFlow = profit;23            let newPath: Point[] = Object.assign([], path);24            ansMaxProfitPoints = newPath;25        }26        return;27    }28    for (let c = 0; c < cols; c++) {29        if (processIndex + 1 < rows) {30            path.push(points[processIndex + 1][c]);31            backtrack(32                    processIndex + 1, c, profit + points[processIndex + 1][c].dollarsPerDay, currSum - points[processIndex + 1][c].flowPerDay, path);33            path.pop();34        }35    }...

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs('test', {config: './backstop.json'});3{4    {5    },6    {7    },8    {9    },10    {11    },12    {13    }14    {15    }16  "paths": {17  },18  "engineOptions": {19  },20}

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs('test', {config: './backstop.json'}).then(function (result) {3    console.log(result);4}).catch(function (err) {5    console.log(err);6});7{8    {9    },10    {11    },12    {13    },14    {15    }16    {17    }18  "paths": {19  },20  "engineOptions": {21  },22}23module.exports = async (page, scenario) => {

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs('reference')3  .then(function () {4    console.log('Reference Complete!');5    backstopjs('test')6      .then(function () {7        console.log('Test Complete!');8      })9      .catch(function (error) {10        console.log(error);11      });12  })13  .catch(function (error) {14    console.log(error);15  });

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs('test', {config: './backstop.json'});3{4    {5    },6    {7    }8    {9    }10  "paths": {11  },12}13module.exports = async (page, scenario) => {14  console.log('onBefore.js');15};16module.exports = async (page, scenario) => {17  console.log('onReady.js');18};

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs(processIndex, {config: './backstop.json'});3{4    {5    },6    {7    },8    {9    }10    {11    }12  "paths": {13  },14}15module.exports = function (chromy, scenario) {16  console.log('onBefore.js');17};18module.exports = function (chromy, scenario) {19  console.log('onReady.js');20};21module.exports = function (page, scenario) {22  console.log('onBefore.js');

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs('reference', {config: './backstop.json'})3.then(function () {4  console.log('Reference Complete!');5  backstopjs('test', {config: './backstop.json'})6  .then(function () {7    console.log('Test Complete!');8  })9  .catch(function (error) {10    console.error(error);11  });12})13.catch(function (error) {14  console.error(error);15});

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs('test', {3}).then(function () {4  console.log('Done');5}).catch(function (error) {6  console.log(error);7});8module.exports = {9    {10    },11    {12    }13    {14    }15  "paths": {16  },17  "engineOptions": {18  },19}

Using AI Code Generation

1var backstopjs = require('backstopjs');2backstopjs('test', {config: 'backstop.json'})3  .then(function () {4    console.log('done!');5    process.exit(0);6  })7  .catch(function (err) {8    console.log(err);9    process.exit(1);10  });11{12    {13    },14    {15    },16    {17    },18    {19    }20    {21    }22  "paths": {23  },24  "engineOptions": {

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