How to use extractType method in storybook-root

Best JavaScript code snippet using storybook-root

sqlUdfRepository.test.ts

Source:sqlUdfRepository.test.ts

1// Licensed to Cloudera, Inc. under one2// or more contributor license agreements.  See the NOTICE file3// distributed with this work for additional information4// regarding copyright ownership.  Cloudera, Inc. licenses this file5// to you under the Apache License, Version 2.0 (the6// "License"); you may not use this file except in compliance7// with the License.  You may obtain a copy of the License at8//9//     http://www.apache.org/licenses/LICENSE-2.010//11// Unless required by applicable law or agreed to in writing, software12// distributed under the License is distributed on an "AS IS" BASIS,13// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.14// See the License for the specific language governing permissions and15// limitations under the License.16import { UdfArgument } from 'sql/reference/types';17import { Connector } from 'config/types';18import { getArgumentDetailsForUdf } from './sqlUdfRepository';19import sqlReferenceRepository from './sqlReferenceRepository';20import * as apiUtils from 'sql/reference/apiUtils';21describe('sqlUdfRepository.ts', () => {22  const createTestConnector = (dialect: string, id: string): Connector => ({23    dialect: dialect,24    id: id,25    buttonName: '',26    displayName: '',27    page: '',28    tooltip: '',29    type: ''30  });31  const hiveConn: Connector = createTestConnector('hive', 'hive');32  const impalaConn = createTestConnector('impala', 'impala');33  jest.mock('sql/reference/impala/udfReference', () => ({34    UDF_CATEGORIES: [35      {36        functions: {37          cos: {38            returnTypes: ['DOUBLE'],39            arguments: [[{ type: 'DOUBLE' }]],40            signature: 'cos(DOUBLE a)',41            draggable: 'cos()',42            description: ''43          },44          concat: {45            returnTypes: ['STRING'],46            arguments: [[{ type: 'STRING' }], [{ type: 'STRING', multiple: true }]],47            signature: 'concat(STRING a, STRING b...)',48            draggable: 'concat()',49            description: ''50          },51          strleft: {52            returnTypes: ['STRING'],53            arguments: [[{ type: 'STRING' }], [{ type: 'INT' }]],54            signature: 'strleft(STRING a, INT num_chars)',55            draggable: 'strleft()',56            description: ''57          }58        }59      }60    ]61  }));62  jest.mock('sql/reference/hive/udfReference', () => ({63    UDF_CATEGORIES: [64      {65        functions: {66          cos: {67            returnTypes: ['DOUBLE'],68            arguments: [[{ type: 'DECIMAL' }, { type: 'DOUBLE' }]],69            signature: 'cos(DECIMAL|DOUBLE a)',70            draggable: 'cos()',71            description: ''72          },73          concat: {74            returnTypes: ['STRING'],75            arguments: [76              [77                { type: 'STRING', multiple: true },78                { type: 'BINARY', multiple: true }79              ]80            ],81            signature: 'concat(STRING|BINARY a, STRING|BINARY b...)',82            draggable: 'concat()',83            description: ''84          },85          reflect: {86            returnTypes: ['T'],87            arguments: [88              [{ type: 'STRING' }],89              [{ type: 'STRING' }],90              [{ type: 'T', multiple: true, optional: true }]91            ],92            signature: 'reflect(class, method[, arg1[, arg2..]])',93            draggable: 'reflect()',94            description: ''95          }96        }97      }98    ]99  }));100  jest.spyOn(apiUtils, 'fetchUdfs').mockImplementation(() => Promise.resolve([]));101  const extractType = (details: UdfArgument): string => details.type;102  it('should give the expected argument types at a specific position', async () => {103    expect(104      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'cos', 1)).map(extractType)105    ).toEqual(['DECIMAL', 'DOUBLE']);106    expect(107      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'cos', 2)).map(extractType)108    ).toEqual([]);109    expect(110      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'cos', 1)).map(111        extractType112      )113    ).toEqual(['DOUBLE']);114    expect(115      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'cos', 2)).map(116        extractType117      )118    ).toEqual([]);119    expect(120      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'concat', 10)).map(121        extractType122      )123    ).toEqual(['STRING', 'BINARY']);124    expect(125      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'concat', 10)).map(126        extractType127      )128    ).toEqual(['STRING']);129  });130  it('should handle functions with different type of arguments', async () => {131    expect(132      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'reflect', 1)).map(133        extractType134      )135    ).toEqual(['STRING']);136    expect(137      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'reflect', 2)).map(138        extractType139      )140    ).toEqual(['STRING']);141    expect(142      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'reflect', 3)).map(143        extractType144      )145    ).toEqual(['T']);146    expect(147      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'reflect', 200)).map(148        extractType149      )150    ).toEqual(['T']);151  });152  it('should handle functions with an infinite amount of arguments', async () => {153    expect(154      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'greatest', 1)).map(155        extractType156      )157    ).toEqual(['T']);158    expect(159      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'greatest', 200)).map(160        extractType161      )162    ).toEqual(['T']);163    expect(164      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'strleft', 1)).map(165        extractType166      )167    ).toEqual(['T']);168    expect(169      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'strleft', 2)).map(170        extractType171      )172    ).toEqual(['T']);173    expect(174      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'strleft', 3)).map(175        extractType176      )177    ).toEqual(['T']);178    expect(179      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'strleft', 200)).map(180        extractType181      )182    ).toEqual(['T']);183  });184  it('should not return types for arguments out of bounds', async () => {185    expect(186      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'strleft', 1)).map(187        extractType188      )189    ).toEqual(['STRING']);190    expect(191      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'strleft', 2)).map(192        extractType193      )194    ).toEqual(['INT']);195    expect(196      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'strleft', 3)).map(197        extractType198      )199    ).toEqual([]);200    expect(201      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'strleft', 200)).map(202        extractType203      )204    ).toEqual([]);205  });206  it("should return T for any argument if the udf isn't found", async () => {207    expect(208      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'blabla', 2)).map(209        extractType210      )211    ).toEqual(['T']);212    expect(213      (await getArgumentDetailsForUdf(sqlReferenceRepository, hiveConn, 'blabla', 200)).map(214        extractType215      )216    ).toEqual(['T']);217    expect(218      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'blabla', 2)).map(219        extractType220      )221    ).toEqual(['T']);222    expect(223      (await getArgumentDetailsForUdf(sqlReferenceRepository, impalaConn, 'blabla', 200)).map(224        extractType225      )226    ).toEqual(['T']);227  });...

sqlReferenceRepository.test.ts

Source:sqlReferenceRepository.test.ts

1// Licensed to Cloudera, Inc. under one2// or more contributor license agreements.  See the NOTICE file3// distributed with this work for additional information4// regarding copyright ownership.  Cloudera, Inc. licenses this file5// to you under the Apache License, Version 2.0 (the6// "License"); you may not use this file except in compliance7// with the License.  You may obtain a copy of the License at8//9//     http://www.apache.org/licenses/LICENSE-2.010//11// Unless required by applicable law or agreed to in writing, software12// distributed under the License is distributed on an "AS IS" BASIS,13// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.14// See the License for the specific language governing permissions and15// limitations under the License.16import { UdfArgument } from 'sql/reference/types';17import { Connector } from 'types/config';18import { getArgumentDetailsForUdf } from './sqlReferenceRepository';19import * as apiUtils from 'sql/reference/apiUtils';20describe('sqlReferenceRepository.js', () => {21  const createTestConnector = (dialect: string, id: string): Connector => ({22    dialect: dialect,23    id: id,24    buttonName: '',25    displayName: '',26    page: '',27    tooltip: '',28    type: ''29  });30  const hiveConn: Connector = createTestConnector('hive', 'hive');31  const impalaConn = createTestConnector('impala', 'impala');32  jest.mock('sql/reference/impala/udfReference', () => ({33    UDF_CATEGORIES: [34      {35        functions: {36          cos: {37            returnTypes: ['DOUBLE'],38            arguments: [[{ type: 'DOUBLE' }]],39            signature: 'cos(DOUBLE a)',40            draggable: 'cos()',41            description: ''42          },43          concat: {44            returnTypes: ['STRING'],45            arguments: [[{ type: 'STRING' }], [{ type: 'STRING', multiple: true }]],46            signature: 'concat(STRING a, STRING b...)',47            draggable: 'concat()',48            description: ''49          },50          strleft: {51            returnTypes: ['STRING'],52            arguments: [[{ type: 'STRING' }], [{ type: 'INT' }]],53            signature: 'strleft(STRING a, INT num_chars)',54            draggable: 'strleft()',55            description: ''56          }57        }58      }59    ]60  }));61  jest.mock('sql/reference/hive/udfReference', () => ({62    UDF_CATEGORIES: [63      {64        functions: {65          cos: {66            returnTypes: ['DOUBLE'],67            arguments: [[{ type: 'DECIMAL' }, { type: 'DOUBLE' }]],68            signature: 'cos(DECIMAL|DOUBLE a)',69            draggable: 'cos()',70            description: ''71          },72          concat: {73            returnTypes: ['STRING'],74            arguments: [75              [76                { type: 'STRING', multiple: true },77                { type: 'BINARY', multiple: true }78              ]79            ],80            signature: 'concat(STRING|BINARY a, STRING|BINARY b...)',81            draggable: 'concat()',82            description: ''83          },84          reflect: {85            returnTypes: ['T'],86            arguments: [87              [{ type: 'STRING' }],88              [{ type: 'STRING' }],89              [{ type: 'T', multiple: true, optional: true }]90            ],91            signature: 'reflect(class, method[, arg1[, arg2..]])',92            draggable: 'reflect()',93            description: ''94          }95        }96      }97    ]98  }));99  jest.spyOn(apiUtils, 'fetchUdfs').mockImplementation(() => Promise.resolve([]));100  const extractType = (details: UdfArgument): string => details.type;101  it('should give the expected argument types at a specific position', async () => {102    expect((await getArgumentDetailsForUdf(hiveConn, 'cos', 1)).map(extractType)).toEqual([103      'DECIMAL',104      'DOUBLE'105    ]);106    expect((await getArgumentDetailsForUdf(hiveConn, 'cos', 2)).map(extractType)).toEqual([]);107    expect((await getArgumentDetailsForUdf(impalaConn, 'cos', 1)).map(extractType)).toEqual([108      'DOUBLE'109    ]);110    expect((await getArgumentDetailsForUdf(impalaConn, 'cos', 2)).map(extractType)).toEqual([]);111    expect((await getArgumentDetailsForUdf(hiveConn, 'concat', 10)).map(extractType)).toEqual([112      'STRING',113      'BINARY'114    ]);115    expect((await getArgumentDetailsForUdf(impalaConn, 'concat', 10)).map(extractType)).toEqual([116      'STRING'117    ]);118  });119  it('should handle functions with different type of arguments', async () => {120    expect((await getArgumentDetailsForUdf(hiveConn, 'reflect', 1)).map(extractType)).toEqual([121      'STRING'122    ]);123    expect((await getArgumentDetailsForUdf(hiveConn, 'reflect', 2)).map(extractType)).toEqual([124      'STRING'125    ]);126    expect((await getArgumentDetailsForUdf(hiveConn, 'reflect', 3)).map(extractType)).toEqual([127      'T'128    ]);129    expect((await getArgumentDetailsForUdf(hiveConn, 'reflect', 200)).map(extractType)).toEqual([130      'T'131    ]);132  });133  it('should handle functions with an infinite amount of arguments', async () => {134    expect((await getArgumentDetailsForUdf(impalaConn, 'greatest', 1)).map(extractType)).toEqual([135      'T'136    ]);137    expect((await getArgumentDetailsForUdf(impalaConn, 'greatest', 200)).map(extractType)).toEqual([138      'T'139    ]);140    expect((await getArgumentDetailsForUdf(hiveConn, 'strleft', 1)).map(extractType)).toEqual([141      'T'142    ]);143    expect((await getArgumentDetailsForUdf(hiveConn, 'strleft', 2)).map(extractType)).toEqual([144      'T'145    ]);146    expect((await getArgumentDetailsForUdf(hiveConn, 'strleft', 3)).map(extractType)).toEqual([147      'T'148    ]);149    expect((await getArgumentDetailsForUdf(hiveConn, 'strleft', 200)).map(extractType)).toEqual([150      'T'151    ]);152  });153  it('should not return types for arguments out of bounds', async () => {154    expect((await getArgumentDetailsForUdf(impalaConn, 'strleft', 1)).map(extractType)).toEqual([155      'STRING'156    ]);157    expect((await getArgumentDetailsForUdf(impalaConn, 'strleft', 2)).map(extractType)).toEqual([158      'INT'159    ]);160    expect((await getArgumentDetailsForUdf(impalaConn, 'strleft', 3)).map(extractType)).toEqual([]);161    expect((await getArgumentDetailsForUdf(impalaConn, 'strleft', 200)).map(extractType)).toEqual(162      []163    );164  });165  it("should return T for any argument if the udf isn't found", async () => {166    expect((await getArgumentDetailsForUdf(hiveConn, 'blabla', 2)).map(extractType)).toEqual(['T']);167    expect((await getArgumentDetailsForUdf(hiveConn, 'blabla', 200)).map(extractType)).toEqual([168      'T'169    ]);170    expect((await getArgumentDetailsForUdf(impalaConn, 'blabla', 2)).map(extractType)).toEqual([171      'T'172    ]);173    expect((await getArgumentDetailsForUdf(impalaConn, 'blabla', 200)).map(extractType)).toEqual([174      'T'175    ]);176  });...

Using AI Code Generation

1import { extractType } from 'storybook-root';2const type = extractType('some string');3console.log(type);4import { extractType } from 'storybook-root';5const type = extractType('some string');6console.log(type);7import { extractType } from 'storybook-root';8const type = extractType('some string');9console.log(type);10import { extractType } from 'storybook-root';11const type = extractType('some string');12console.log(type);13import { extractType } from 'storybook-root';14const type = extractType('some string');15console.log(type);16import { extractType } from 'storybook-root';17const type = extractType('some string');18console.log(type);19import { extractType } from 'storybook-root';20const type = extractType('some string');21console.log(type);22import { extractType } from 'storybook-root';23const type = extractType('some string');24console.log(type);25import { extractType } from 'storybook-root';26const type = extractType('some string');27console.log(type);28import { extractType } from 'storybook-root';29const type = extractType('some string');30console.log(type);31import { extractType } from 'storybook-root';32const type = extractType('some string');33console.log(type);34import { extractType } from 'storybook-root';35const type = extractType('some string');36console.log(type);37import { extractType } from '

Using AI Code Generation

1import { extractType } from 'storybook-root';2export default class Test {3  constructor() {4    this.type = extractType();5  }6}7export const extractType = () => {8  return 'someType';9};10{11  "dependencies": {12  }13}14{15  "dependencies": {16  }17}18{19  "dependencies": {20  },21  "scripts": {22  }23}

Using AI Code Generation

1import {extractType} from 'storybook-root';2export default function test() {3  console.log('extractType', extractType);4}5import {configure} from '@storybook/react';6import {extractType} from 'storybook-root';7export default function configureStorybook() {8  console.log('extractType', extractType);9}10const path = require('path');11module.exports = {12  resolve: {13    alias: {14      'storybook-root': path.resolve(__dirname, '../'),15    },16  },17};18{19  "dependencies": {20  },21  "scripts": {22  },23  "eslintConfig": {24  },25  "babel": {26  },27  "jest": {28  },29  "resolutions": {30  },31  "devDependencies": {32  },33  "react-scripts": {34    "webpackAlias": {35    }36  }37}

Using AI Code Generation

1import { extractType } from 'storybook-root';2const type = extractType('test');3console.log(type);4import { extractType } from 'storybook-root';5const type = extractType('test', 'test');6console.log(type);7import { extractType } from 'storybook-root';8const type = extractType('test', 'test', 'test');9console.log(type);10import { extractType } from 'storybook-root';11const type = extractType('test', 'test', 'test', 'test');12console.log(type);13import { extractType } from 'storybook-root';14const type = extractType('test', 'test', 'test', 'test', 'test');15console.log(type);16import { extractType } from 'storybook-root';17const type = extractType('test', 'test', 'test', 'test', 'test', 'test');18console.log(type);19import { extractType } from 'storybook-root';20const type = extractType('test', 'test', 'test', 'test', 'test', 'test', 'test');21console.log(type);22import { extractType } from 'storybook-root';23const type = extractType('test', 'test', 'test', 'test', 'test', 'test', 'test', 'test');24console.log(type);25import { extractType } from 'storybook-root';26const type = extractType('test', 'test', 'test', 'test', 'test', 'test', 'test', 'test', 'test');27console.log(type);

Using AI Code Generation

1import { extractType } from 'storybook-root';2var type = extractType('This is a test string');3var type = extractType(10);4import { extractType } from 'storybook-root';5var type = extractType('This is a test string');6var type = extractType(10);7import { extractType } from 'storybook-root';8var type = extractType('This is a test string');9var type = extractType(10);10import { extractType } from 'storybook-root';11var type = extractType('This is a test string');12var type = extractType(10);13import { extractType } from 'storybook-root';14var type = extractType('This is a test string');15var type = extractType(10);16import { extractType } from 'storybook-root';17var type = extractType('This is a test string');18var type = extractType(10);19import { extractType } from 'storybook-root';20var type = extractType('This is a test string');

Using AI Code Generation

1const { extractType } = require('storybook-root');2const type = extractType('path/to/storybook/index.js');3console.log(type);4"scripts": {5},6module.exports = {7  stories: ['../src/**/*.stories.@(js|jsx|ts|tsx|mdx)'],8};9const { addDecorator } = require('@storybook/react');10const { withRoot } = require('storybook-root');11const type = require('./main').type;12addDecorator(withRoot(type));13const { getWebpackConfig } = require('storybook-root');14const type = require('./main').type;15module.exports = async ({ config }) => {16  return getWebpackConfig(config, type);17};

Using AI Code Generation

1import extractType from 'storybook-root';2const Button = ({ children }) => <button>{children}</button>;3const type = extractType(Button);4import Button from '../test.js';5import { configure } from 'storybook-root';6configure({7});8import { Button } from 'storybook-root';9export const ButtonStory = () => <Button>Click me</Button>;10ButtonStory.story = {11};12export default {13};14import { Button } from 'storybook-root';15export const ButtonStory = () => <Button>Click me</Button>;16ButtonStory.story = {17};18export default {19};20import { Button } from 'storybook-root';21export const ButtonStory = () => <Button>Click me</Button>;22ButtonStory.story = {23};24export default {25};26import { Button } from 'storybook-root';27export const ButtonStory = () => <Button>Click me</Button>;28ButtonStory.story = {29};30export default {31};32import { Button } from 'storybook-root';33export const ButtonStory = () => <Button>Click me</Button>;34ButtonStory.story = {35};36export default {37};38import { Button } from 'storybook-root';39export const ButtonStory = () => <Button>Click me</Button>;40ButtonStory.story = {41};42export default {43};44import { Button } from 'storybook-root';

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