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How to use typesArgument method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

directives.ts

Source:directives.ts

1import { ImportedDefinition } from "../typeInfo";2import {3  visit,4  DirectiveNode,5  DocumentNode,6  ASTNode,7  ObjectTypeDefinitionNode,8} from "graphql";9export function supportedDirectives(astNode: DocumentNode): void {10  const supportedDirectives = ["imported", "imports"];11  const unsupportedUsages: string[] = [];12  visit(astNode, {13    enter: {14      Directive: (node: DirectiveNode) => {15        const name = node.name.value;16        if (!supportedDirectives.includes(name)) {17          unsupportedUsages.push(name);18        }19      },20    },21  });22  if (unsupportedUsages.length) {23    throw new Error(24      `Found the following usages of unsupported directives:${unsupportedUsages.map(25        (u) => `\n@${u}`26      )}`27    );28  }29}30export function importsDirective(astNode: DocumentNode): void {31  let lastNodeVisited = "";32  const ObjectTypeDefinition = (node: ObjectTypeDefinitionNode) => {33    lastNodeVisited = node.kind;34    const badUsageLocations: string[] = [];35    const importsAllowedObjectTypes = ["Query", "Mutation"];36    const directives =37      node.directives &&38      node.directives.map((directive) => directive.name.value);39    if (40      directives &&41      directives.includes("imports") &&42      !importsAllowedObjectTypes.includes(node.name.value)43    ) {44      badUsageLocations.push(node.name.value);45    }46    if (badUsageLocations.length) {47      throw new Error(48        `@imports directive should only be used on QUERY or MUTATION type definitions, ` +49          `but it is being used on the following ObjectTypeDefinitions:${badUsageLocations.map(50            (b) => `\n${b}`51          )}`52      );53    }54  };55  const Directive = (56    node: DirectiveNode,57    key: string | number | undefined,58    parent: ASTNode | undefined,59    path: ReadonlyArray<string | number>60  ) => {61    if (node.name.value !== "imports") {62      return;63    }64    if (lastNodeVisited !== "ObjectTypeDefinition") {65      throw new Error(66        `@imports directive should only be used on QUERY or MUTATION type definitions, ` +67          `but it is being used in the following location: ${path.join(" -> ")}`68      );69    }70    const args = node.arguments || [];71    const typesArgument = args.find((arg) => arg.name.value === "types");72    if (!args.length || !typesArgument) {73      throw new Error(74        `@imports directive requires argument 'types' of type [String!]!`75      );76    }77    if (args.length > 1) {78      throw new Error(79        `@imports directive takes only one argument 'types', but found: ${args80          .filter((arg) => arg.name.value !== "types")81          .map((arg) => `\n- ${arg.name.value}`)}`82      );83    }84    if (typesArgument.value.kind === "ListValue") {85      const values = typesArgument.value.values;86      if (!values.length) {87        throw new Error(88          `@imports directive's 'types' argument of type [String!]! requires at least one value`89        );90      }91      const nonStringValues = values.filter(92        (value) => value.kind !== "StringValue"93      );94      if (nonStringValues.length) {95        throw new Error(96          `@imports directive's 'types' List values must be of type String, but found: \n${nonStringValues.map(97            (nonStringValue) => `\n -${nonStringValue.kind}`98          )}`99        );100      }101    }102  };103  visit(astNode, {104    enter: (105      node: ASTNode,106      key: string | number | undefined,107      parent: ASTNode | undefined,108      path: ReadonlyArray<string | number>109    ) => {110      if (node.kind === "ObjectTypeDefinition") {111        ObjectTypeDefinition(node as ObjectTypeDefinitionNode);112      } else if (node.kind === "Directive") {113        Directive(node as DirectiveNode, key, parent, path);114      }115      if (node.kind !== "Name") {116        lastNodeVisited = node.kind;117      }118    },119  });120}121export function importedDirective(astNode: ASTNode): void {122  let lastNodeVisited = "";123  const Directive = (124    node: DirectiveNode,125    key: string | number | undefined,126    parent: ASTNode | undefined,127    path: ReadonlyArray<string | number>128  ) => {129    if (node.name.value !== "imported") {130      return;131    }132    if (133      lastNodeVisited !== "ObjectTypeDefinition" &&134      lastNodeVisited !== "EnumTypeDefinition"135    ) {136      throw new Error(137        `@imported directive should only be used on object or enum type definitions, ` +138          `but it is being used in the following location: ${path.join(" -> ")}`139      );140    }141    const imported: ImportedDefinition = {142      uri: "",143      namespace: "",144      nativeType: "",145    };146    const args = node.arguments || [];147    const expectedArguments = Object.keys(imported);148    const actualArguments = args.map((arg) => arg.name.value);149    const missingArguments = expectedArguments.filter(150      (expected) => !actualArguments.includes(expected)151    );152    if (missingArguments.length) {153      throw new Error(154        `@imported directive is missing the following arguments:${missingArguments.map(155          (arg) => `\n- ${arg}`156        )}`157      );158    }159    const extraArguments = actualArguments.filter(160      (actual) => !expectedArguments.includes(actual)161    );162    if (extraArguments.length) {163      throw new Error(164        `@imported directive takes only 3 arguments: ${expectedArguments.join(165          ", "166        )}. But found:${extraArguments.map((arg) => `\n- ${arg}`)}`167      );168    }169  };170  visit(astNode, {171    enter: (172      node: ASTNode,173      key: string | number | undefined,174      parent: ASTNode | undefined,175      path: ReadonlyArray<string | number>176    ) => {177      if (node.kind === "Directive") {178        Directive(node as DirectiveNode, key, parent, path);179      }180      if (node.kind !== "Name") {181        lastNodeVisited = node.kind;182      }183    },184  });...

config.js

Source:config.js

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}...

Using AI Code Generation

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

Using AI Code Generation

1import { typesArgument, TypesArgument } from 'ts-auto-mock';2export function test1(): TypesArgument {3    return typesArgument();4}5import { typesArgument, TypesArgument } from 'ts-auto-mock';6export function test2(): TypesArgument {7    return typesArgument();8}9import { typesArgument, TypesArgument } from 'ts-auto-mock';10export function test3(): TypesArgument {11    return typesArgument();12}13import { typesArgument, TypesArgument } from 'ts-auto-mock';14export function test4(): TypesArgument {15    return typesArgument();16}17import { typesArgument, TypesArgument } from 'ts-auto-mock';18export function test5(): TypesArgument {19    return typesArgument();20}21import { typesArgument, TypesArgument } from 'ts-auto-mock';22export function test6(): TypesArgument {23    return typesArgument();24}25import { typesArgument, TypesArgument } from 'ts-auto-mock';26export function test7(): TypesArgument {27    return typesArgument();28}29import { typesArgument, TypesArgument } from 'ts-auto-mock';30export function test8(): TypesArgument {31    return typesArgument();32}33import { typesArgument, TypesArgument } from 'ts-auto-mock';34export function test9(): TypesArgument {35    return typesArgument();36}37import { typesArgument, TypesArgument } from 'ts-auto-mock';38export function test10(): TypesArgument {39    return typesArgument();40}41import { typesArgument, TypesArgument }

Using AI Code Generation

1import { typesArgument } from 'ts-auto-mock';2import { Person } from './test2';3const person = typesArgument<Person>();4console.log(person);5console.log(person.name);6console.log(person.age);7console.log(person.address);8export type Person = {9  name: string;10  age: number;11  address: string;12};13{ name: '', age: 0, address: '' }14import { typesArgument } from 'ts-auto-mock';15import { Person } from './test2';16function test(person: Person) {17  console.log(person.name);18  console.log(person.age);19  console.log(person.address);20}21const person = typesArgument<Person>();22test(person);23export type Person = {24  name: string;25  age: number;26  address: string;27};

Using AI Code Generation

1import {typesArgument} from 'ts-auto-mock';2const typeArg = typesArgument();3typeArg.array();4typeArg.boolean();5typeArg.function();6typeArg.number();7typeArg.object();8typeArg.string();9typeArg.symbol();10typeArg.void();11typeArg.null();12typeArg.undefined();13typeArg.any();14typeArg.never();15typeArg.unknown();16typeArg.literal('test');17typeArg.literal(1);18typeArg.literal(true);19typeArg.literal(Symbol());20typeArg.literal(null);21typeArg.literal(undefined);22typeArg.literal(Never);23typeArg.literal(unknown);24typeArg.literal(any);25typeArg.literal(void);26typeArg.literal(symbol);27typeArg.literal(string);28typeArg.literal(number);

Using AI Code Generation

1import { typesArgument } from 'ts-auto-mock';2const myFunction = (argument: string) => {};3myFunction(typesArgument<string>());4import { typesArgument } from 'ts-auto-mock';5const myFunction = (argument: string) => {};6myFunction(typesArgument<string>());7import { typesArgument } from 'ts-auto-mock';8const myFunction = (argument: string) => {};9myFunction(typesArgument<string>());10import { typesArgument } from 'ts-auto-mock';11const myFunction = (argument: string) => {};12myFunction(typesArgument<string>());

Using AI Code Generation

1import { typesArgument } from 'ts-auto-mock';2import { Mocked } from 'ts-auto-mock/extension';3import { MyInterface } from './test2';4import { Mocked } from 'ts-auto-mock/extension';5import { createMock } from 'ts-auto-mock';6import { Mocked } from 'ts-auto-mock/extension';7import { createMock } from 'ts-auto-mock';8import { Mocked } from 'ts-auto-mock/extension';9import { createMock } from 'ts-auto-mock';10import { Mocked } from 'ts-auto-mock/extension';11import { createMock } from 'ts-auto-mock';12import { Mocked } from 'ts-auto-mock/extension';13import { createMock } from 'ts-auto-mock';14import { Mocked } from 'ts-auto-mock/extension';15import { createMock } from 'ts-auto-mock';16import { Mocked } from 'ts-auto-mock/extension';17import { createMock } from 'ts-auto-mock';18import { Mocked } from 'ts-auto-mock/extension';19import { createMock } from 'ts-auto-mock';20import { Mocked } from 'ts-auto-mock/extension';21import { createMock } from 'ts-auto-mock';22import { Mocked } from 'ts-auto-mock/extension';23import { createMock } from 'ts-auto-mock';24import { Mocked } from 'ts-auto-mock/extension';25import { createMock }

Using AI Code Generation

1import { typesArgument } from 'ts-auto-mock';2import { MyInterface } from 'test2';3const myInterface: MyInterface = typesArgument<MyInterface>();4export interface MyInterface {5  a: string;6  b: number;7  c: boolean;8  d: Array<string>;9  e: Array<number>;10  f: Array<boolean>;11  g: Array<Array<string>>;12  h: Array<Array<number>>;13  i: Array<Array<boolean>>;14}15import { MyInterface } from 'test2';16export const myInterface: MyInterface = {17};18import { MyInterface } from 'test2';19import { myInterface } from 'test3';20export const myInterface2: MyInterface = {21};22import { MyInterface } from 'test2';23import { myInterface2 } from 'test4';24export const myInterface3: MyInterface = {25};26import { MyInterface } from 'test2';27import { myInterface3 } from 'test5';28export const myInterface4: MyInterface = {29};30import { MyInterface } from 'test2';31import { myInterface4 } from 'test6';32export const myInterface5: MyInterface = {33};34import { MyInterface } from 'test2';35import { myInterface5 } from 'test7';36export const myInterface6: MyInterface = {37};38import { MyInterface } from 'test2';39import { my

Using AI Code Generation

1import { typesArgument } from 'ts-auto-mock';2import { MyInterface } from './myInterface';3const type = typesArgument<MyInterface>();4export const mock = createMock<MyInterface>(type);5import { typesArgument } from 'ts-auto-mock';6import { MyInterface } from './myInterface';7const type = typesArgument<MyInterface>();8export const mock = createMock<MyInterface>(type);9export interface MyInterface {10  myProperty: string;11}12{13  "compilerOptions": {14  },15}16{17  "scripts": {18  },19  "dependencies": {20  },21  "devDependencies": {22  }23}24module.exports = {25};26import { mock } from '../test1';27import { MyInterface } from '../myInterface';28describe('test1', () => {

Using AI Code Generation

1import { typesArgument } from 'ts-auto-mock';2jest.mock('your-module', () => ({3}));4import { typesArgument } from 'ts-auto-mock';5jest.mock('your-module', () => ({6}));7import { typesArgument } from 'ts-auto-mock';8export const mockTypes = () => ({9});10import { mockTypes } from './helper';11jest.mock('your-module', mockTypes);12import { mockTypes } from './helper';13jest.mock('your-module', mockTypes);

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