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How to use GetReturnStatement method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

index.js

Source:index.js

1const [DONE_WITH_TREE, DONE_WITH_SUBTREE] = [1, 2];2function traverseTree(node, visitorKeys, callback) {3  const stack = [[node, [], null]];4  while (stack.length > 0) {5    try {6      const current = stack.shift();7      const [currentNode, ancestors] = current;8      callback(...current);9      for (const visitorKey of visitorKeys[currentNode.type] ?? []) {10        const child = currentNode[visitorKey];11        if (Array.isArray(child)) {12          for (const childItem of child) {13            stack.push([childItem, [currentNode, ...ancestors], visitorKey]);14          }15        } else if (Boolean(child)) {16          stack.push([child, [currentNode, ...ancestors], visitorKey]);17        }18      }19    } catch (code) {20      if (code === DONE_WITH_TREE) {21        break;22      } else if (code === DONE_WITH_SUBTREE) {23        continue;24      }25    }26  }27}28function getReturnStatement(node) {29  if (!Boolean(node)) {30    return;31  }32  return node.type === 'VariableDeclaration'33    ? node.declarations?.[0]?.init?.body?.body?.find(34        (statement) => statement.type === 'ReturnStatement',35      ) ?? node.declarations?.[0]?.init?.body36    : node.body?.body?.find(37        (statement) => statement.type === 'ReturnStatement',38      );39}40function isTreeDone(node, excludeComponentNames) {41  return (42    node.type === 'JSXElement' &&43    excludeComponentNames.every(44      (regex) =>45        !regex.test(46          node.openingElement.name.property47            ? node.openingElement.name.property.name48            : node.openingElement.name.name,49        ),50    ) &&51    !node.openingElement.attributes.find(52      (attributeNode) => attributeNode.name?.name === 'data-component',53    )54  );55}56function isSubtreeDone(node) {57  return (58    node.type === 'JSXElement' &&59    node.openingElement.attributes.find(60      (attributeNode) => attributeNode.name?.name === 'data-component',61    )62  );63}64const rules = {65  'data-component': {66    meta: {67      type: 'problem',68      docs: {69        description:70          'Missing data-component attribute for top-level element of component',71        category: 'Instrumentation',72        recommended: true,73      },74      fixable: 'code',75    },76    create(context) {77      const { visitorKeys } = context.getSourceCode();78      const excludeComponentNames =79        context.options?.[0]?.excludeComponentNames?.map(80          (regex) => new RegExp(regex),81        ) ?? [/Provider$/];82      return {83        Program(node) {84          const componentNodes = node.body85            .map((child) => child?.declaration ?? child)86            .filter(87              (child) =>88                child.type === 'VariableDeclaration' ||89                child.type === 'FunctionDeclaration',90            )91            .filter((child) => {92              let flag = false;93              traverseTree(94                getReturnStatement(child),95                visitorKeys,96                (current) => {97                  if (current.type === 'JSXElement') {98                    flag = true;99                    throw DONE_WITH_TREE;100                  }101                },102              );103              return flag;104            })105            .filter((child) => {106              let flag = false;107              traverseTree(108                getReturnStatement(child),109                visitorKeys,110                (current) => {111                  if (isSubtreeDone(current)) {112                    throw DONE_WITH_SUBTREE;113                  } else if (isTreeDone(current, excludeComponentNames)) {114                    flag = true;115                    throw DONE_WITH_TREE;116                  }117                },118              );119              return flag;120            });121          const [componentNode] = componentNodes;122          const componentName =123            componentNode?.id?.name ??124            componentNode?.declarations?.map(125              (declaration) => declaration?.id?.name,126            );127          let fixNode = null;128          traverseTree(129            getReturnStatement(componentNode),130            visitorKeys,131            (current) => {132              if (isSubtreeDone(current)) {133                throw DONE_WITH_SUBTREE;134              } else if (isTreeDone(current, excludeComponentNames)) {135                fixNode = current.openingElement;136                throw DONE_WITH_TREE;137              }138            },139          );140          if (Boolean(componentName)) {141            context.report({142              node: fixNode,143              message: `${144                Array.isArray(componentName) ? componentName[0] : componentName145              } is missing the data-component attribute for the top-level element.`,146              fix: (fixer) =>147                fixer.insertTextAfterRange(148                  Boolean(fixNode.typeParameters)149                    ? fixNode.typeParameters.range150                    : fixNode.name.range,151                  `\ndata-component="${152                    Array.isArray(componentName)153                      ? componentName[0]154                      : componentName155                  }"`,156                ),157            });158          }159        },160      };161    },162  },163};...

jsx-key.js

Source:jsx-key.js

1/**2 * @fileoverview Report missing `key` props in iterators/collection literals.3 * @author Ben Mosher4 */5'use strict';6// var Components = require('../util/Components');7const hasProp = require('jsx-ast-utils/hasProp');8// ------------------------------------------------------------------------------9// Rule Definition10// ------------------------------------------------------------------------------11module.exports = {12  meta: {13    docs: {14      description: 'Report missing `key` props in iterators/collection literals',15      category: 'Possible Errors',16      recommended: true17    },18    schema: []19  },20  create: function(context) {21    function checkIteratorElement(node) {22      if (node.type === 'JSXElement' && !hasProp(node.openingElement.attributes, 'key')) {23        context.report({24          node: node,25          message: 'Missing "key" prop for element in iterator'26        });27      }28    }29    function getReturnStatement(body) {30      return body.filter(item => item.type === 'ReturnStatement')[0];31    }32    return {33      JSXElement: function(node) {34        if (hasProp(node.openingElement.attributes, 'key')) {35          return;36        }37        if (node.parent.type === 'ArrayExpression') {38          context.report({39            node: node,40            message: 'Missing "key" prop for element in array'41          });42        }43      },44      // Array.prototype.map45      CallExpression: function (node) {46        if (node.callee && node.callee.type !== 'MemberExpression') {47          return;48        }49        if (node.callee && node.callee.property && node.callee.property.name !== 'map') {50          return;51        }52        const fn = node.arguments[0];53        const isFn = fn && fn.type === 'FunctionExpression';54        const isArrFn = fn && fn.type === 'ArrowFunctionExpression';55        if (isArrFn && fn.body.type === 'JSXElement') {56          checkIteratorElement(fn.body);57        }58        if (isFn || isArrFn) {59          if (fn.body.type === 'BlockStatement') {60            const returnStatement = getReturnStatement(fn.body.body);61            if (returnStatement && returnStatement.argument) {62              checkIteratorElement(returnStatement.argument);63            }64          }65        }66      }67    };68  }...

static-func-to-static-property.js

Source:static-func-to-static-property.js

1export default function transformer(file, api, options) {2  const j = api.jscodeshift;3  const printOptions = options.printOptions || {4    quote: 'single',5    trailingComma: true,6    lineTerminator: '\n',7  };8  const isStaticGet = path => (9    path.node.static && path.node.kind === 'get'10  );11  const getReturnStatement = path => {12    const out = j.classProperty(13      j.identifier(path.node.key.name),14      path.node.value.body.body[0].argument,15      null,16      true17    );18    return out;19  };20  return j(file.source)21    .find(j.MethodDefinition)22    .filter(isStaticGet)23    .replaceWith(getReturnStatement)24    .toSource(printOptions);...

Using AI Code Generation

1import { GetReturnStatement } from "ts-auto-mock";2import { Test1 } from "./test1";3type Test1Return = GetReturnStatement<Test1>;4import { GetReturnStatement } from "ts-auto-mock";5import { Test2 } from "./test2";6type Test2Return = GetReturnStatement<Test2>;7import { GetReturnStatement } from "ts-auto-mock";8import { Test3 } from "./test3";9type Test3Return = GetReturnStatement<Test3>;10import { GetReturnStatement } from "ts-auto-mock";11import { Test4 } from "./test4";12type Test4Return = GetReturnStatement<Test4>;13import { GetReturnStatement } from "ts-auto-mock";14import { Test5 } from "./test5";15type Test5Return = GetReturnStatement<Test5>;16import { GetReturnStatement } from "ts-auto-mock";17import { Test6 } from "./test6";18type Test6Return = GetReturnStatement<Test6>;19import { GetReturnStatement } from "ts-auto-mock";20import { Test7 } from "./test7";21type Test7Return = GetReturnStatement<Test7>;22import { GetReturnStatement } from "ts-auto-mock";23import { Test8 } from "./test8";24type Test8Return = GetReturnStatement<Test8>;25import { GetReturnStatement } from "ts-auto-mock";26import { Test9 } from "./test9";27type Test9Return = GetReturnStatement<Test9>;28import { Get

Using AI Code Generation

1const { GetReturnStatement } = require('ts-auto-mock');2const result = GetReturnStatement('export type Test1 = number;');3console.log(result);4const { GetReturnStatement } = require('ts-auto-mock');5const result = GetReturnStatement('export type Test2 = { test: number; };');6console.log(result);7const { GetReturnStatement } = require('ts-auto-mock');8const result = GetReturnStatement('export type Test3 = { test: { test: number; }; };');9console.log(result);10const { GetReturnStatement } = require('ts-auto-mock');11const result = GetReturnStatement('export type Test4 = { test: { test: () => number; }; };');12console.log(result);13const { GetReturnStatement } = require('ts-auto-mock');14const result = GetReturnStatement('export type Test5 = { test: { test: () => { test: number; }; }; };');15console.log(result);16const { GetReturnStatement } = require('ts-auto-mock');17const result = GetReturnStatement('export type Test6 = { test: { test: () => { test: number; }; }; } | { test: { test: () => { test: string; }; }; };');18console.log(result);19const { GetReturnStatement } = require('ts-auto

Using AI Code Generation

1import { GetReturnStatement } from 'ts-auto-mock';2import { MyType } from './test2';3const result: MyType = GetReturnStatement<MyType>();4console.log(result);5export type MyType = {6  prop1: string;7  prop2: number;8};9import { MyType } from './myType';10export function myFunction(input: MyType): MyType {11  return {12  };13}14export type MyType = {15  prop1: string;16  prop2: number;17};18import { myFunction } from './myFunction';19import { MyType } from './myType';20describe('myFunction', () => {21  it('should return the same input', () => {22    const input: MyType = {23    };24    const result = myFunction(input);25    expect(result).toEqual(input);26  });27});28import { GetReturnStatement } from 'ts-auto-mock';29const result: MyType = GetReturnStatement<MyType>();

Using AI Code Generation

1import { GetReturnStatement } from 'ts-auto-mock';2type MyType = {3  prop1: string;4  prop2: number;5};6type MyType1 = GetReturnStatement<MyType, 'prop1'>;7type MyType2 = GetReturnStatement<MyType, 'prop2'>;8type MyType3 = GetReturnStatement<MyType, 'prop3'>;9type MyType4 = GetReturnStatement<MyType, 'prop1' | 'prop2'>;10type MyType5 = GetReturnStatement<MyType, 'prop1' | 'prop2' | 'prop3'>;11type MyType6 = GetReturnStatement<MyType, 'prop1' | 'prop2' | 'prop3' | 'prop4'>;12type MyType7 = GetReturnStatement<MyType, 'prop1' | 'prop2' | 'prop3' | 'prop4' | 'prop5'>;13type MyType8 = GetReturnStatement<MyType, 'prop1' | 'prop2' | 'prop3' | 'prop4' | 'prop5' | 'prop6'>;14type MyType9 = GetReturnStatement<MyType, 'prop1' | 'prop2' | 'prop3' | 'prop4' | 'prop5' | 'prop6' | 'prop7'>;15type MyType10 = GetReturnStatement<MyType, 'prop1' | 'prop2' | 'prop3' | 'prop4' | 'prop5' | 'prop6' | 'prop7' | 'prop8'>;16type MyType11 = GetReturnStatement<MyType, 'prop1' | 'prop2' | 'prop3' | 'prop4' | 'prop5' | 'prop6' | 'prop7' | 'prop8' | 'prop9'>;

Using AI Code Generation

1export function test1(): string {2 return 'test1';3}4export function test1(): string {5 return 'test1';6}

Using AI Code Generation

1const { GetReturnStatement } = require('ts-auto-mock');2const returnStatement = GetReturnStatement('functionName', 'fileName');3console.log(returnStatement);4const { GetReturnStatement } = require('ts-auto-mock');5const returnStatement = GetReturnStatement('functionName', 'fileName');6console.log(returnStatement);7const { GetReturnStatement } = require('ts-auto-mock');8const returnStatement = GetReturnStatement('functionName', 'fileName');9console.log(returnStatement);10const { GetReturnStatement } = require('ts-auto-mock');11const returnStatement = GetReturnStatement('functionName', 'fileName');12console.log(returnStatement);13const { GetReturnStatement } = require('ts-auto-mock');14const returnStatement = GetReturnStatement('functionName', 'fileName');15console.log(returnStatement);16const { GetReturnStatement } = require('ts-auto-mock');17const returnStatement = GetReturnStatement('functionName', 'fileName');18console.log(returnStatement);19const { GetReturnStatement } = require('ts-auto-mock');20const returnStatement = GetReturnStatement('functionName', 'fileName');21console.log(returnStatement);22const { GetReturnStatement } =

Using AI Code Generation

1const { GetReturnStatement } = require('ts-auto-mock');2const result = GetReturnStatement('const x: string = "hello"');3console.log(result);4const obj = {5    a: {6    }7};8const result = obj?.a?.b;9console.log(result);

Using AI Code Generation

1import { GetReturnStatement } from "ts-auto-mock";2const mockedReturnType = GetReturnStatement<typeof import('./test2').test2>;3export function test2() {4    return {5    };6}7import { GetReturnStatement } from "ts-auto-mock";8const mockedReturnType = GetReturnStatement<typeof import('./test2').test2>;9import { GetReturnStatement } from "ts-auto-mock";10const mockedReturnType = GetReturnStatement<typeof import('./test2').test2>;11{ a: string; b: string; }12{ a: string; b: string; }13{ a: string; b: string; }14The import() function is asynchronous and it returns a promise. The import() function is used to import a module

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