How to use typesToProcess method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

TagTransfer.js

Source:TagTransfer.js Github

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1const { ipcMain } = require("electron");2const axios = require('axios');3const { TagConnection } = require('./TagConnection.js')4const _ = require("underscore")5//dont fetch these types, scary6let { BlackList, getTypeBlacklist } = require('./BlackList')7blacklist = getTypeBlacklist()8/*9How Transferring Works!10 Once a TagTransfer instance has been created, the process begins.11 The new TagTransfer does the following12 1. Validates To and From environment connections13 2. Fetches a list of all types from each of the environments (TagInfoCache.info()) and filters out only the Persistable types[fromTypes, toTypes]14 3. Does an intersection on [fromTypes, toTypes] to get a list of Persistable types valid in both environments15 4. Applies a global blacklist to remove scary types, and unnecessary log types16 5. Apply user defined whitelist and blacklist17 6. Generate a script to be executed on the cluster to get extra info needed to process these types18 6a. Check if the type is Parametric type, (these cannot be fetched on without throwing a 500 error)19 6b. Check if the type is extendable, and if so, get the typeIdent, to avoid issues with Polymorphism20 7. Kick off a TransferManager on the final list of types + the extra info collected on them21 Once the TransferManager is kicked off, it does the following in a loop, 22 I've tried to keep the thread responsive to requests from the UI by using setTimeout, and to prevent stack overflow23 Tick() - Fetch a batch of a type24 1. if there is a hasMore flag on the fetch result, increase batchNum25 2. Else, setup next type and set batch to 026 3. If no more types, callback to TagTransfer27*/28const useTestingWhitelist = false;29let testingWhitelist = []30const batchSize = 10000;31const tickDelay = 50;32class TransferManager {33 constructor(TransferState, startFrom = 0, typesToFetch, typeInfoMap, fromConn, toConn, useDryRun = false, callback) {34 this.TransferState = TransferState;35 this.useDryRun = useDryRun;36 this.callback = callback;37 this.typesToFetch = typesToFetch;38 this.typeInfoMap = typeInfoMap;39 this.fromConn = fromConn;40 this.toConn = toConn;41 this.typeIndex = startFrom;42 this.currentType = this.typesToFetch[this.typeIndex];43 this.done = false || (this.currentType == undefined);44 this.batch = 0;45 setTimeout(() => { this.tick() }, 0)46 }47 getDetails() {48 return {49 "type": this.currentType,50 "batch": this.batch,51 "index": this.typeIndex,52 "numTypes": this.typesToFetch.length,53 "batchSize": batchSize54 }55 }56 setupNextType() {57 this.typeIndex++;//this.typeIndex--;58 if (this.typeIndex < this.typesToFetch.length) {//if(this.typeIndex >= 0){//59 this.currentType = this.typesToFetch[this.typeIndex];60 this.batch = 0;61 }62 else {63 return false;64 }65 return true;66 }67 tick() {68 if (this.done) {69 this.callback();70 return;71 }72 this.TransferState.pushState();73 this.fetchBatch().then((results) => {74 let { objs, hasMore } = results;75 this.mergeBatch(this.useDryRun ? [] : objs).then((res) => {76 console.log("hasMore", hasMore, " count: ", objs ? objs.length : 0)77 if (!hasMore) {78 let hasMoreTypes = this.setupNextType();79 if (!hasMoreTypes) {80 this.callback()81 return;82 }83 else {84 setTimeout(() => { this.tick() }, tickDelay)// long delay between diff types85 }86 }87 else {88 this.batch++;89 setTimeout(() => { this.tick() }, 0) // short/no delay between batches90 }91 }).catch((err) => {92 console.log("Error during batch merge", err)93 //skip current type94 let hasMoreTypes = this.setupNextType();95 if (!hasMoreTypes) {96 this.done = true;97 this.callback()98 return;99 }100 setTimeout(() => { this.tick() }, 0)101 })102 }).catch((err) => {103 console.log("Failed in fetching batch", err)104 })105 }106 fetchBatch() {107 console.log("\nFetch Batch | Type: ", this.currentType, " batchNum: ", this.batch, ` status: ${this.typeIndex + 1} / ${this.typesToFetch.length}`)108 return new Promise((resolve, reject) => {109 this.fromConn.fetch(this.currentType, this.typeInfoMap.get(this.currentType), batchSize, this.batch * batchSize).then((data) => {110 console.log(this.currentType, " : ", data.count)111 let objs = data.objs || []112 this.processFetchedObjs(objs)113 // console.log("more: ", data.hasMore, objs.length)114 resolve({ objs: objs, hasMore: data.hasMore })115 }).catch(reject)116 })117 }118 mergeBatch(objs) {119 return new Promise((resolve, reject) => {120 this.toConn.mergeBatch(this.currentType, objs).then((data) => {121 console.log(this.currentType, " : ", data.stats)122 resolve(data.stats)123 }).catch(reject)124 })125 }126 processFetchedObjs(objs) {127 _.each(objs, (obj) => {128 delete obj.version;129 if (obj.meta) {130 obj.meta.comment = "TT";131 }132 })133 }134}135class TagTransfer {136 constructor(TransferState, data) {137 this.TransferState = TransferState;138 this.config = data;139 //Setup and validate connections140 this.fromConn = TransferState.fromConn;//new TagConnection(data.configs[0])141 this.toConn = TransferState.toConn;//new TagConnection(data.configs[1])142 this.canceled = false;143 this.step = "Initial"144 this.TransferState.pushState()145 // 1. Validates To and From environment connections146 Promise.all([this.fromConn.validateConnection(), this.toConn.validateConnection()]).then(() => { this.letsGo() }).catch((err) => { console.log(err) })147 }148 letsGo() {149 if (this.canceled) {150 return;151 }152 this.step = "Getting Type List"153 this.TransferState.pushState()154 console.log("LETS GO: ", this.config)155 //Compare Persistable types between the two connections156 let requests = []157 requests.push(this.fromConn.performRequest('TagInfoCache', 'info', { "this": {} }))158 requests.push(this.toConn.performRequest('TagInfoCache', 'info', { "this": {} }))159 // 2a. Fetches a list of all types from each of the environments (TagInfoCache.info()) --160 Promise.all(requests).then((results) => {161 this.step = "Filtering Type List"162 this.TransferState.pushState()163 let fromTypes = results[0].data.mixinTypesByType['Persistable'];164 let fromTypeIds = _.pluck(fromTypes, 'typeName')165 let toTypes = results[1].data.mixinTypesByType['Persistable'];166 let toTypeIds = _.pluck(toTypes, 'typeName')167 // 2b. -- and filter out only the Persistable types[fromTypes, toTypes]168 // 3. Does an intersection on [fromTypes, toTypes] to get a list of Persistable types valid in both environments169 let commonEntities = _.intersection(toTypeIds, fromTypeIds);170 // 4. Applies a global blacklist to remove scary types, and unnecessary log types171 let typesToProcess = _.difference(commonEntities, blacklist)172 // 5. Apply user defined whitelist and blacklist173 typesToProcess = _.difference(typesToProcess, this.config.blacklist)174 if (this.config.useWhitelist) {175 typesToProcess = _.intersection(typesToProcess, this.config.whitelist)176 }177 //Need to return these back to the server to check if they are really 178 //6. Generate a script to be executed on the cluster to get extra info needed to process these types179 // 6a. Check if the type is Parametric type, (these cannot be fetched on without throwing a 500 error)180 // 6b. Check if the type is extendable, and if so, get the typeIdent, to avoid issues with Polymorphism181 let typeStr = '['182 _.each(typesToProcess, (type) => {183 typeStr += type + ","184 })185 typeStr = typeStr.substring(0, typeStr.length - 1);//strip last comma186 typeStr += ']'187 let validationCode = `188 function validate(type){189 return !(type.isParametric()); // Parametric types cannot be fetched without a 500 error190 }191 function computeExtraInfo(type){192 var extraInfo = {};193 extraInfo.isExtendable = !!type.getTypeIdent;194 extraInfo.typeIdent = extraInfo.isExtendable ? type.getTypeIdent() : undefined;195 return extraInfo196 }197 var typesToProcess = ${typeStr};198 var out = [];199 for(var i = 0; i < typesToProcess.length; i++){200 var isValid = validate(typesToProcess[i])201 if(isValid){202 out.push(computeExtraInfo(typesToProcess[i]))203 }204 else{205 out.push(false)206 }207 208 }209 out;210 `211 console.log("Sending Validation Request to from server")212 var validationRequest = this.fromConn.performRequest("JS", "exec", { "js": validationCode })213 validationRequest.then((response) => {214 let validationResults = JSON.parse(response.data)215 let typeInfoMap = new Map();216 let typesToFetch = _.filter(typesToProcess, (type, i) => {217 let validationResult = validationResults[i]218 if (validationResult) {219 //save extra info into typeInfoMap220 typeInfoMap.set(type, validationResult);221 return true;222 }223 return false;224 })225 // Was only used for early development226 if (useTestingWhitelist) {227 typesToFetch = _.intersection(typesToFetch, testingWhitelist)228 }229 this.step = "Transferring"230 this.TransferState.pushState()231 // 7. Kick off a TransferManager on the final list of types + the extra info collected on them232 this.manager = new TransferManager(this.TransferState, this.config.startFrom, typesToFetch, typeInfoMap, this.fromConn, this.toConn, this.config.useDryRun, () => {233 this.step = "Complete"234 console.log("Done!")235 this.done = true;236 this.TransferState.pushState()237 })238 }).catch((err) => {239 console.log("Error performing type validation: ", err)240 })241 }).catch((err) => {242 console.log(err)243 })244 }245 fetchTypes(typeList) {246 if (this.canceled) {247 return;248 }249 let delayTime = 50;250 this.fetching = new TransferHelper(this.fromConn, typeList, () => {251 console.log("Done Fetching")252 })253 }254 getState() {255 return {256 "step": this.step,257 "progress": (this.step == "Transferring" && this.manager) ? this.manager.getDetails() : undefined258 }259 }260 static getStateDetails() {261 if (TagTransfer.inProgress()) {262 return TagTransfer.inst.getState()263 }264 else {265 return {}266 }267 }268 static inProgress() {269 if (TagTransfer.inst && !TagTransfer.inst.done) {270 return true271 }272 return false;273 }274 static beginTransfer(TransferState, data) {275 if (TagTransfer.inst) {276 TagTransfer.inst.canceled = true;// Cancel running transfer if still in progress277 }278 TagTransfer.inst = new TagTransfer(TransferState, data)279 }280}281module.exports = {282 TagTransfer...

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config.js

Source:config.js Github

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1const processService = require('../../utils/process/process')(process);2const maximiseParallelRun = require('./maximiseParallel');3const definitelyTyped = require('./definitelyTyped')();4const nodeReader = require('../../utils/dataFileSystem/nodeFileReader')();5const dataFileSystemReader = require('../../utils/dataFileSystem/dataFileSystemReader');6const dataReader = dataFileSystemReader(7 process.env.DEFINITELY_TYPED_DATA_URL,8 nodeReader9);10async function getRunConfig() {11 const types = getTypes();12 const batchConfig = await getBatchConfig(types);13 const typesBatch = getBatchToProcess(types, batchConfig);14 const totalTypesCount = typesBatch.length;15 const processesMaximized = maximiseParallelRun(16 getProcessesCount(),17 totalTypesCount18 );19 const sum = processesMaximized.reduce(20 (previous, current) => previous + current.items,21 022 );23 const avg = sum / processesMaximized.length;24 return {25 totalTypesCount: totalTypesCount,26 processes: processesMaximized,27 averageTypesCountPerProcess: avg,28 types: typesBatch,29 ...batchConfig,30 };31}32function getTypes() {33 const typesArgument = processService.getArgument('TYPES');34 if (typesArgument) {35 const specifiedTypes = typesArgument.toString().split(',');36 const typesMap = {};37 definitelyTyped.getTypes().forEach((t) => (typesMap[t] = true));38 return specifiedTypes.filter((t) => typesMap[t]);39 } else {40 return definitelyTyped.getTypes();41 }42}43async function getBatchConfig(types) {44 if (!processService.getArgument('OUTPUT')) {45 return {46 entryToUpdate: null,47 offsetType: 0,48 };49 }50 const listEntry = await dataReader.getDataIds();51 const latestEntry = getLatestEntry(listEntry);52 const entryToUpdate =53 latestEntry && latestEntry.typesProcessed >= types.length54 ? { id: 'NEW_ENTRY' }55 : latestEntry;56 const offsetType =57 entryToUpdate.id === 'NEW_ENTRY' ? 0 : latestEntry.typesProcessed;58 return {59 entryToUpdate,60 offsetType,61 };62}63function getBatchToProcess(types, config) {64 return types.slice(config.offsetType, config.offsetType + getBatchAmount(types, config));65}66function getBatchAmount(types, config) {67 const typesDirectoriesLength = types.length - config.offsetType;68 const typesToProcess = processService.getArgument('TYPES_COUNT');69 if (typesToProcess) {70 const maybeCount = parseInt(typesToProcess);71 if (!Number.isNaN(maybeCount)) {72 return Math.min(typesDirectoriesLength, maybeCount);73 } else if (typesToProcess.toLowerCase() === 'all') {74 return typesDirectoriesLength;75 }76 }77 return 50;78}79function getLatestEntry(latestListEntry) {80 return latestListEntry.sort((a, b) => {81 return a.lastUpdatedDate > b.lastUpdatedDate ? -1 : 1;82 })[0];83}84function getProcessesCount() {85 return processService.getArgument('PROCESS_COUNT') || 1;86}...

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addReadTime.js

Source:addReadTime.js Github

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1// For local development2require('dotenv/config');3const promiseMap = require('p-map');4const getAllDrops = require('./lib/getAllDrops');5const calculateContent = require('./lib/calculateContent');6const calculateYouTube = require('./lib/calculateYouTube');7const addTag = require('./lib/addTag');8const {9 CONFIG_TAG_PREFIX: tagPrefix = 'time-',10} = process.env;11const hasPrefixedTag = (tags) => tags12 .find((tag) => tag13 .includes(tagPrefix));14module.exports = async () => {15 const drops = await getAllDrops();16 await promiseMap(drops, async (item) => {17 if (hasPrefixedTag(item.tags)) {18 return;19 }20 try {21 if (item.domain.includes('youtube.com')) {22 await calculateYouTube(item);23 return;24 }25 const typesToProcess = ['article', 'link'];26 if (typesToProcess.includes(item.type)) {27 await calculateContent(item);28 return;29 }30 await addTag(item, item.type);31 } catch (error) {32 await addTag(item, 'not-calculated');33 throw error;34 }35 }, {36 stopOnError: false,37 concurrency: 1,38 });...

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Using AI Code Generation

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1import { typesToProcess } from 'ts-auto-mock';2const types = typesToProcess('**/*.ts');3console.log(types);4import { typesToProcess } from 'ts-auto-mock';5const types = typesToProcess('**/*.ts');6console.log(types);7import { mock } from 'ts-auto-mock';8export class Base {9 public prop1: string;10}11import { Base } from './base';12export class Extended extends Base {13 public prop2: string;14}15import { Extended } from './extended';16const mockExtended = mock<Extended>({17});18import { mock } from 'ts-auto-mock';19export class Base {20 public prop1: string;21}22import { Base } from './base';23export class Extended extends Base {24 public prop2: string;25}

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Using AI Code Generation

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1const tsAutoMock = require('ts-auto-mock');2const typesToProcess = tsAutoMock.typesToProcess;3const result = typesToProcess(['./test2.ts']);4console.log(result);5import { typesToProcess } from 'ts-auto-mock';6const result = typesToProcess(['./test3.ts']);7console.log(result);8import { typesToProcess } from 'ts-auto-mock';9const result = typesToProcess(['./test4.ts']);10console.log(result);11import { typesToProcess } from 'ts-auto-mock';12const result = typesToProcess(['./test5.ts']);13console.log(result);14import { typesToProcess } from 'ts-auto-mock';15const result = typesToProcess(['./test6.ts']);16console.log(result);17import { typesToProcess } from 'ts-auto-mock';18const result = typesToProcess(['./test7.ts']);19console.log(result);20import { typesToProcess } from 'ts-auto-mock';21const result = typesToProcess(['./test8.ts']);22console.log(result);23import { typesToProcess } from 'ts-auto-mock';24const result = typesToProcess(['./test9.ts']);25console.log(result);26import { typesToProcess } from 'ts-auto-mock';27const result = typesToProcess(['./test10.ts']);28console.log(result);29import { typesToProcess } from 'ts-auto-mock';30const result = typesToProcess(['./test11.ts']);31console.log(result);

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Using AI Code Generation

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1import { typesToProcess } from 'ts-auto-mock';2const types = typesToProcess('./test2.js');3console.log(types);4import { mock } from 'ts-auto-mock';5export const test = mock<testInterface>();6import { mock } from 'ts-auto-mock';7export const test = mock<testInterface>();8import { mock } from 'ts-auto-mock';9export const test = mock<testInterface>();10import { mock } from 'ts-auto-mock';11export const test = mock<testInterface>();12import { mock } from 'ts-auto-mock';13export const test = mock<testInterface>();14import { mock } from 'ts-auto-mock';15export const test = mock<testInterface>();16import { mock } from 'ts-auto-mock';17export const test = mock<testInterface>();18import { mock } from 'ts-auto-mock';19export const test = mock<testInterface>();20import { mock } from 'ts-auto-mock';21export const test = mock<testInterface>();22import { mock } from 'ts-auto-mock';23export const test = mock<testInterface>();24import { mock } from 'ts-auto-mock';25export const test = mock<testInterface>();26import { mock } from 'ts-auto-mock';27export const test = mock<testInterface>();28import { mock } from 'ts-auto-mock';29export const test = mock<testInterface>();

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Using AI Code Generation

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1import { typesToProcess } from 'ts-auto-mock';2import { MyType } from './myType';3typesToProcess.add(MyType);4import { typesToProcess } from 'ts-auto-mock';5import { MyType } from './myType';6typesToProcess.add(MyType);7import { createMock } from 'ts-auto-mock';8const myMock = createMock<MyType>();9import { createMock } from 'ts-auto-mock';10const myMock = createMock<MyType>();11"compilerOptions": {12 },

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Using AI Code Generation

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1const tsAutoMock = require('ts-auto-mock');2const result = tsAutoMock.typesToProcess(['./test2.ts']);3console.log(result);4export interface Test2 {5 test: string;6}7const tsAutoMock = require('ts-auto-mock');8const result = tsAutoMock.typesToProcess(['./test2.ts', './test3.ts']);9console.log(result);10export interface Test2 {11 test: string;12}13export interface Test3 {14 test: string;15}16const tsconfigPaths = require('tsconfig-paths');17const tsconfig = require('./tsconfig.json');18tsconfigPaths.register({

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Using AI Code Generation

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1const { typesToProcess } = require("ts-auto-mock");2const types = typesToProcess({3});4console.log(types);5const { typesToProcess } = require("ts-auto-mock");6const types = typesToProcess({7});8console.log(types);9const { typesToProcess } = require("ts-auto-mock");10const types = typesToProcess({11 compilerOptions: {12 },13});14console.log(types);15const { typesToProcess } = require("ts-auto-mock");16const types = typesToProcess({17 compilerOptions: {18 },19 tsConfigExtensions: {20 },21});22console.log(types);23const { typesToProcess } = require("ts-auto-mock");24const types = typesToProcess({25 compilerOptions: {26 },27 tsConfigExtensions: {28 },29});30console.log(types);31const { typesToProcess } = require("ts-auto-mock");32const types = typesToProcess({

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Using AI Code Generation

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1import { typesToProcess } from 'ts-auto-mock';2const types = typesToProcess('path/to/file.ts');3import { generateMock } from 'ts-auto-mock';4const myTypeMock = generateMock('MyType');5import { generateMocks } from 'ts-auto-mock';6const mocks = generateMocks('path/to/file.ts');7import { typesToProcess } from 'ts-auto-mock';8const types = typesToProcess('path/to/file.ts');9import { generateMock } from 'ts-auto-mock';10const myTypeMock = generateMock('MyType');11import { generateMocks } from 'ts-auto-mock';12const mocks = generateMocks('path/to/file.ts');13import { typesToProcess } from 'ts-auto-mock';14const types = typesToProcess('path/to/file.ts');15import { generateMock } from 'ts-auto-mock';16const myTypeMock = generateMock('MyType');17import { generateMocks

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Using AI Code Generation

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1var typesToProcess = require('ts-auto-mock').typesToProcess;2var types = typesToProcess(['./test1.ts']);3console.log(types);4export interface ITest1 {5 name: string;6}7var typesToProcess = require('ts-auto-mock').typesToProcess;8var types = typesToProcess(['./test2.ts']);9console.log(types);10import { ITest1 } from './test1';11export interface ITest2 {12 test: ITest1;13}14var typesToProcess = require('ts-auto-mock').typesToProcess;15var types = typesToProcess(['./test3.ts']);16console.log(types);17import { ITest2 } from './test2';18export interface ITest3 {19 test: ITest2;20}21I have a test1.ts file that has an interface in it, I have a test2.ts file that has an interface in it that imports the interface from test1.ts, and I have a test3.ts file that has an interface in it that imports the interface from test2.ts. I want to run typesToProcess on test3.ts, but I want it to also include the interfaces from test1.ts and test2.ts. Is there a way to do this?22I have a test1.ts file that has an interface in it, I have a test2.ts file that has an interface in it that imports the interface from test1.ts, and I have a test3.ts file that has an interface in it that imports the interface from test2.ts. I want to run typesToProcess on test3.ts, but I want it to also include the interfaces from test1.ts and test2.ts. Is there a way to do this?

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