How to use splitLine method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

seed.js

Source:seed.js Github

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1var model = require("./model")2var Sequelize = require('sequelize')3var fs = require("fs")4// database connection:5db = model.sequelize;6//catch changes to tables:7model.syncUp();8// model.createTables();9db.authenticate().complete(function(err) {10 if (!!err) {11 console.log('Unable to connect to the database:', err)12 } else {13 console.log('Connection has been established successfully in seed.js')14 getAthletes();15 getCoaches();16 getExercises();17 getTeams();18 getWorkouts();19 getWorkoutSchedules();20 getRouteGrades();21 getWorkoutExerciseAssociations();22 }23 });24//For now, functions to test that we can retrieve data.25function getWorkoutSchedules(){26 fs.readFileSync('./seedData/WorkoutSchedule.txt').toString().split('\n').forEach(function (line) { 27 splitline = line.split("|"); 28 console.log(splitline);29 model.WorkoutSchedule30 .create({31 athleteId: parseInt(splitline[0]),32 teamId: parseInt(splitline[1]),33 workoutId: parseInt(splitline[2]),34 scheduledDate: new Date(Date.parse(splitline[3])),35 coachNotes: splitline[4]36 })37 .complete(function(err) {38 if (!!err) {39 console.log('workout not saved', err)40 } else {41 console.log('We have a persisted '+splitline[4]+' instance now')42 }43 })44 });45}46function getCoaches(){47 fs.readFileSync('./seedData/Coaches.txt').toString().split('\n').forEach(function (line) { 48 splitline = line.split("|"); 49 // console.log(splitline);50 model.Coach51 .create({52 coachId: parseInt(splitline[0]),53 username: splitline[1],54 password: splitline[2],55 spokenName: splitline[3]56 })57 .complete(function(err) {58 if (!!err) {59 console.log('The '+splitline[1]+' instance has not been saved:', err)60 } else {61 console.log('We have a persisted '+splitline[1]+' instance now')62 // findThatCoach(splitline[0]);63 }64 })65 });66}67function getExercises(){68 fs.readFileSync('./seedData/Exercises.txt').toString().split('\n').forEach(function (line) { 69 splitline = line.split("|"); 70 model.Exercise71 .create({72 exerciseId: parseInt(splitline[0]),73 exerciseCode: splitline[1],74 exerciseName: splitline[2],75 compareToPar: splitline[3],76 relativeToPar: parseInt(splitline[4]),77 exerciseDescription: splitline[5]78 })79 .complete(function(err) {80 if (!!err) {81 console.log('The '+splitline[2]+' instance has not been saved:', err)82 } else {83 console.log('We have a persisted '+splitline[2]+' instance now')84 }85 })86 });87}88function getTeams(){89 fs.readFileSync('./seedData/Teams.txt').toString().split('\n').forEach(function (line) { 90 splitline = line.split("|"); 91 model.Team92 .create({93 teamId: parseInt(splitline[0]),94 coachId: parseInt(splitline[1]),95 teamName: splitline[2],96 teamGoal: splitline[3]97 })98 .complete(function(err) {99 if (!!err) {100 console.log('The '+splitline[2]+' instance has not been saved:', err)101 } else {102 console.log('We have a persisted '+splitline[2]+' instance now')103 }104 })105 });106}107function getWorkouts(){108 fs.readFileSync('./seedData/Workouts.txt').toString().split('\n').forEach(function (line) { 109 splitline = line.split("|"); 110 model.Workout111 .create({112 workoutId: parseInt(splitline[0]),113 createdBy: parseInt(splitline[1]),114 workoutName: splitline[2],115 workoutTheme: splitline[3],116 workoutDescription: splitline[4],117 targetTime: parseInt(splitline[5])118 })119 .complete(function(err) {120 if (!!err) {121 console.log('The '+splitline[2]+' instance has not been saved:', err)122 } else {123 console.log('We have a persisted '+splitline[2]+' instance now')124 }125 })126 });127}128function getWorkoutExerciseAssociations(){129 fs.readFileSync('./seedData/WorkoutExerciseAssociations.txt').toString().split('\n').forEach(function (line) { 130 splitline = line.split("|"); 131 console.log(splitline);132 model.WorkExAssoc133 .create({134 workoutId: parseInt(splitline[0]),135 exerciseId: parseInt(splitline[1]),136 exerciseReps: parseInt(splitline[2]),137 exerciseOrder: parseInt(splitline[3])138 })139 .complete(function(err) {140 if (!!err) {141 console.log('The '+splitline[1]+' instance has not been saved:', err)142 } else {143 console.log('We have a persisted '+splitline[2]+' instance now')144 }145 })146 });147}148function getAthletes(){149fs.readFileSync('./seedData/Athletes.txt').toString().split('\n').forEach(function (line) { 150 splitline = line.split("|");151 console.log(splitline);152 model.Athlete153 .create({154 athleteId: parseInt(splitline[0]),155 username: splitline[1],156 password: splitline[2],157 age: parseInt(splitline[3]),158 teamId: parseInt(splitline[4]),159 goal: splitline[5],160 goalDate: new Date(Date.parse(splitline[6])),161 boulderPar: parseInt(splitline[7]),162 boulderBest: parseInt(splitline[8]),163 routePar: parseInt(splitline[9]),164 routeBest: parseInt(splitline[10]),165 spokenName: splitline[11]166 }) 167 .complete(function(err) {168 if (!!err) {169 console.log('The user instance '+splitline[1]+' has not been saved:', err)170 } else {171 console.log('We have a persisted '+splitline[1]+' instance now')172 findThatAthlete(splitline[0]);173 }174 })175 });176}177function getRouteGrades(){178 fs.readFileSync('./seedData/RouteGrades.txt').toString().split('\n').forEach(function (line) { 179 splitline = line.split("|"); 180 console.log(splitline[0],splitline[1]);181 model.RouteGrade182 .create({183 gradeNumber: parseInt(splitline[0]),184 gradeString: splitline[1]185 })186 .complete(function(err) {187 if (!!err) {188 console.log('The '+splitline[1]+' instance has not been saved:', err)189 } else {190 console.log('We have a persisted '+splitline[1]+' instance now')191 }192 })193 });194}195function findThatAthlete(uname){196 db197 .authenticate()198 .complete(function(err) {199 if (!!err) {200 console.log('An error occurred while authenticating:', err)201 } else {202 203 model.Athlete204 .find({ where: { username: uname} })205 .complete(function(err, athlete) {206 if (!!err) {207 console.log('An error occurred while searching for uname:', err)208 } else if (!athlete) {209 console.log('No user with the username uname has been found.')210 } else {211 console.log('Hello ' + athlete.spokenName + '!')212 }213 })214 }215})216}217function findThatCoach(cname){218 db219 .authenticate()220 .complete(function(err) {221 if (!!err) {222 console.log('An error occurred while authenticating:', err)223 } else {224 model.Coach225 .find({ where: { username: cname } })226 .complete(function(err, coach) {227 if (!!err) {228 console.log('An error occurred while searching for: ' +cname, err)229 } else if (!coach) {230 console.log('No user with the username '+cname+' has been found.')231 } else {232 console.log('Hello ' + coach.spokenName + '!')233 }234 })235 236 }237})...

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parse.js

Source:parse.js Github

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1const validCharacters = [' ', 'a', 'b', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'j.', 'k', 'k.', 'l', 'm', 'n', 'n.', 'o', 'r', 's', 's.', 't', 't.', 'v'];2function clean(rawInput) {3 // convert to lowercase4 let input = rawInput.toLowerCase();5 // convert to only consonants and syllable-intiial vowels6 // (ie remove any vowel following a consonant)7 let regex = /(?<=[bcdfghjklmnpqrstvwxyz:])[aeiou]/gm;8 input = input.replaceAll(regex, '');9 // remove any punctuation characters10 input = input.replaceAll('-', '');11 input = input.replaceAll(',', '');12 // TODO: accept some character aliases13 // accept y as an alias for j:14 input = input.replaceAll('y', 'j:');15 // decide whether c & c: or k & k: is canonical, and accept one as alias for the other16 return input;17}18function parse(cleanInput) {19 let input = cleanInput;20 // split into lines to return in array21 const lines = input.split('\n');22 return lines.map(line => {23 // split each line into characters24 const splitLine = line.split('');25 // check for soft characters26 splitLine.forEach((char, i) => {27 if (char === ':') {28 splitLine[i-1] += '.';29 splitLine.splice(i, 1);30 }31 });32 splitLine.forEach((char, i) => {33 // set initial and terminal34 if (i === 0) {35 splitLine[i] += "/initial";36 }37 if (i === splitLine.length-1) {38 splitLine[i] += "/terminal";39 }40 // check for invalid characters41 if (!validCharacters.includes(char)) {42 splitLine[i] += " ! invalid character";43 }44 });45 // check for word boundaries and remove whitespace46 splitLine.forEach((char, i) => {47 if (char === ' ') {48 splitLine[i-1] += '/wordend';49 splitLine.splice(i, 1);50 }51 });52 // possible codes to parse53 // /initial: add initial loop54 // /terminal: add terminal loop & no character break line55 // no /wordend: regular character break line56 // /wordend: word break line instead of character break line57 return splitLine;58 });59}60export {61 clean,62 parse...

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fileContent.js

Source:fileContent.js Github

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1const fs = require('fs');2class FileContent {3 readActivitiesFromFile() {4 let result = [];5 let data = fs.readFileSync('aktivnosti.txt', 'utf8');6 let splitted = data.toString().split("\n");7 for (let i = 0; i<splitted.length -1; i++) { //dodala sam ovdje -18 let splitLine = splitted[i].split(",");9 result.push({naziv:splitLine[0], tip:splitLine[1],pocetak:splitLine[2], kraj:splitLine[3], dan:splitLine[4]});10 }11 return result;12 }13 readSubjectsFromFile() {14 let result = [];15 let data = fs.readFileSync('predmeti.txt', 'utf8');16 let splitted = data.toString().split("\n");17 for (let i = 0; i<splitted.length -1; i++) { //dodala sam ovdje -118 result.push(splitted[i]);19 }20 return result;21 }22 readTestsFromFile() {23 let result = [];24 let data = fs.readFileSync('testniPodaci.txt', 'utf8');25 let splitted = data.toString().split("\n");26 let join = false;27 let act = "";28 for (let i = 0; i<splitted.length; i++) { //dodala sam ovdje -129 let splitLine = splitted[i].split(",");30 if(splitLine[1].toString().substring(1,10) === "aktivnost" && splitLine[2].toString() !== "null" && splitLine[0].toString()!=="DELETE") {31 join = true;32 act += splitLine[2] + ",";33 }34 if(join && splitLine[0].toString()!=="DELETE") {35 act += splitLine[3] + ","+splitLine[4] + ","+splitLine[5] + ","+splitLine[6];36 result.push({metod:splitLine[0], path:splitLine[1], in:act, out:splitLine[7]});37 act = "";38 join = false;39 }40 else result.push({metod:splitLine[0], path:splitLine[1], in:splitLine[2], out:splitLine[3]});41 }42 return result;43 }44}45module.exports = {46 FileContent: FileContent...

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Using AI Code Generation

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1import {splitLine} from 'ts-auto-mock/extension';2import {createMock} from 'ts-auto-mock/extension';3const myMock = createMock<MyInterface>();4import {createMock} from 'ts-auto-mock/extension';5const myMock = createMock<MyInterface>();6import {createMock} from 'ts-auto-mock/extension';7const myMock = createMock<MyInterface>();8import {createMock} from 'ts-auto-mock/extension';9const myMock = createMock<MyInterface>();10import {createMock} from 'ts-auto-mock/extension';11const myMock = createMock<MyInterface>();12import {createMock} from 'ts-auto-mock/extension';13const myMock = createMock<MyInterface>();14import {createMock} from 'ts-auto-mock/extension';15const myMock = createMock<MyInterface>();16import {createMock} from 'ts-auto-mock/extension';17const myMock = createMock<MyInterface>();18import {createMock} from 'ts-auto-mock/extension';19const myMock = createMock<MyInterface>();20import {createMock} from 'ts-auto-mock/extension';21const myMock = createMock<MyInterface>();22import {createMock} from 'ts-auto-mock/extension';23const myMock = createMock<MyInterface>();24import {createMock} from 'ts-auto-mock/extension';25const myMock = createMock<MyInterface>();26import {createMock} from 'ts-auto-mock/extension';27const myMock = createMock<MyInterface>();28import {create

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Using AI Code Generation

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1import { splitLine } from 'ts-auto-mock';2describe('splitLine', () => {3 it('should split the line', () => {4 const result = splitLine('some text');5 expect(result).toEqual(['some', 'text']);6 });7});8import { splitLine } from 'ts-auto-mock';9describe('splitLine', () => {10 it('should split the line', () => {11 const result = splitLine('some text');12 expect(result).toEqual(['some', 'text']);13 });14});15import { splitLine } from 'ts-auto-mock';16describe('splitLine', () => {17 it('should split the line', () => {18 const result = splitLine('some text');19 expect(result).toEqual(['some', 'text']);20 });21});22import { splitLine } from 'ts-auto-mock';23describe('splitLine', () => {24 it('should split the line', () => {25 const result = splitLine('some text');26 expect(result).toEqual(['some', 'text']);27 });28});29import { splitLine } from 'ts-auto-mock';30describe('splitLine', () => {31 it('should split the line', () => {32 const result = splitLine('some text');33 expect(result).toEqual(['some', 'text']);34 });35});36import { splitLine } from 'ts-auto-mock';37describe('splitLine', () => {38 it('should split the line', () => {39 const result = splitLine('some text');40 expect(result).toEqual(['some', 'text']);41 });42});43import { splitLine } from 'ts-auto-mock';44describe('splitLine', () => {45 it('should split the line', () => {46 const result = splitLine('some text');47 expect(result).toEqual(['some

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Using AI Code Generation

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1import {splitLine} from 'ts-auto-mock';2const code = 'interface Person { name: string; }';3const result = splitLine(code);4import {createMock} from 'ts-auto-mock';5const result = createMock<Person>();6import {createMock} from 'ts-auto-mock';7const result = createMock<Person>({8});9import {createMock} from 'ts-auto-mock';10const result = createMock<Person>({11}, {12});

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Using AI Code Generation

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1const {splitLine} = require('ts-auto-mock');2const line = 'import {splitLine} from "ts-auto-mock"';3const result = splitLine(line);4console.log(result);5const {splitLine} = require('ts-auto-mock');6const line = 'import {splitLine} from "ts-auto-mock"';7const result = splitLine(line, {ignoreBrackets: true});8console.log(result);9const {splitLine} = require('ts-auto-mock');10const line = 'import {splitLine} from "ts-auto-mock"';11const result = splitLine(line, {ignoreBrackets: false});12console.log(result);13const {splitLine} = require('ts-auto-mock');14const line = 'import {splitLine} from "ts-auto-mock"';15const result = splitLine(line, {ignoreBrackets: false, ignoreQuotes: true});16console.log(result);17const {splitLine} = require('ts-auto-mock');18const line = 'import {splitLine} from "ts-auto-mock"';19const result = splitLine(line, {ignoreBrackets: false, ignoreQuotes: false});20console.log(result);21const {splitLine} = require('ts-auto-mock');22const line = 'import {splitLine} from "ts-auto-mock"';23const result = splitLine(line, {ignoreBrackets: false, ignoreQuotes: false, ignoreSemicolon: true});

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Using AI Code Generation

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1import {splitLine} from "ts-auto-mock";2const splitLineResult = splitLine('export class Test1 { }');3import {splitLine} from "ts-auto-mock";4const splitLineResult = splitLine('export class Test2 { }');5import {splitLine} from "ts-auto-mock";6const splitLineResult = splitLine('export class Test3 { }');7import {splitLine} from "ts-auto-mock";8const splitLineResult = splitLine('export class Test4 { }');9import {splitLine} from "ts-auto-mock";10const splitLineResult = splitLine('export class Test5 { }');11import {splitLine} from "ts-auto-mock";12const splitLineResult = splitLine('export class Test6 { }');13import {splitLine} from "ts-auto-mock";14const splitLineResult = splitLine('export class Test7 { }');15import {splitLine} from "ts-auto-mock";16const splitLineResult = splitLine('export class Test8 { }');17import {

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Using AI Code Generation

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1const { splitLine } = require('ts-auto-mock');2 export interface ITest {3 test: string;4 }5`;6const split = splitLine(line);7console.log(split);8const { splitLine } = require('ts-auto-mock');9 export interface ITest {10 test: string;11 }12`;13const split = splitLine(line, 1);14console.log(split);15const { splitLine } = require('ts-auto-mock');16 export interface ITest {17 test: string;18 }19`;20const split = splitLine(line, 2);21console.log(split);22const { splitLine } = require('ts-auto-mock');23 export interface ITest {24 test: string;25 }26`;27const split = splitLine(line, 3);28console.log(split);29const { splitLine } = require('ts-auto-mock');30 export interface ITest {31 test: string;32 }33`;34const split = splitLine(line, 4);35console.log(split);36const { splitLine } = require('ts-auto-mock');37 export interface ITest {38 test: string;39 }40`;41const split = splitLine(line, 5);42console.log(split);

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