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How to use previousInputsFiltered method in storybook-root

Best JavaScript code snippet using storybook-root

NgComponentAnalyzer.ts

Source:NgComponentAnalyzer.ts

1import {2  Component,3  Directive,4  Input,5  Output,6  Pipe,7  Type,8  ÉµReflectionCapabilities as ReflectionCapabilities,9  ÉµCodegenComponentFactoryResolver,10} from '@angular/core';11const reflectionCapabilities = new ReflectionCapabilities();12export type ComponentInputsOutputs = {13  inputs: {14    propName: string;15    templateName: string;16  }[];17  outputs: {18    propName: string;19    templateName: string;20  }[];21};22/**23 * Returns component Inputs / Outputs by browsing these properties and decorator24 */25export const getComponentInputsOutputs = (component: any): ComponentInputsOutputs => {26  const componentMetadata = getComponentDecoratorMetadata(component);27  const componentPropsMetadata = getComponentPropsDecoratorMetadata(component);28  const initialValue: ComponentInputsOutputs = {29    inputs: [],30    outputs: [],31  };32  // Adds the I/O present in @Component metadata33  if (componentMetadata && componentMetadata.inputs) {34    initialValue.inputs.push(35      ...componentMetadata.inputs.map((i) => ({ propName: i, templateName: i }))36    );37  }38  if (componentMetadata && componentMetadata.outputs) {39    initialValue.outputs.push(40      ...componentMetadata.outputs.map((i) => ({ propName: i, templateName: i }))41    );42  }43  if (!componentPropsMetadata) {44    return initialValue;45  }46  // Browses component properties to extract I/O47  // Filters properties that have the same name as the one present in the @Component property48  return Object.entries(componentPropsMetadata).reduce((previousValue, [propertyName, values]) => {49    const value = values.find((v) => v instanceof Input || v instanceof Output);50    if (value instanceof Input) {51      const inputToAdd = {52        propName: propertyName,53        templateName: value.bindingPropertyName ?? propertyName,54      };55      const previousInputsFiltered = previousValue.inputs.filter(56        (i) => i.templateName !== propertyName57      );58      return {59        ...previousValue,60        inputs: [...previousInputsFiltered, inputToAdd],61      };62    }63    if (value instanceof Output) {64      const outputToAdd = {65        propName: propertyName,66        templateName: value.bindingPropertyName ?? propertyName,67      };68      const previousOutputsFiltered = previousValue.outputs.filter(69        (i) => i.templateName !== propertyName70      );71      return {72        ...previousValue,73        outputs: [...previousOutputsFiltered, outputToAdd],74      };75    }76    return previousValue;77  }, initialValue);78};79export const isDeclarable = (component: any): boolean => {80  if (!component) {81    return false;82  }83  const decorators = reflectionCapabilities.annotations(component);84  return !!(decorators || []).find(85    (d) => d instanceof Directive || d instanceof Pipe || d instanceof Component86  );87};88export const isComponent = (component: any): component is Type<unknown> => {89  if (!component) {90    return false;91  }92  const decorators = reflectionCapabilities.annotations(component);93  return (decorators || []).some((d) => d instanceof Component);94};95/**96 * Returns all component decorator properties97 * is used to get all `@Input` and `@Output` Decorator98 */99export const getComponentPropsDecoratorMetadata = (component: any) => {100  return reflectionCapabilities.propMetadata(component);101};102/**103 * Returns component decorator `@Component`104 */105export const getComponentDecoratorMetadata = (component: any): Component | undefined => {106  const decorators = reflectionCapabilities.annotations(component);107  return decorators.reverse().find((d) => d instanceof Component);...

Using AI Code Generation

1const previousInputsFiltered = require('storybook-root').previousInputsFiltered;2const previousInputsFiltered = require('storybook-root').previousInputsFiltered;3const previousInputsFiltered = require('storybook-root').previousInputsFiltered;4const previousInputsFiltered = require('storybook-root').previousInputsFiltered;5const previousInputsFiltered = require('storybook-root').previousInputsFiltered;6const previousInputsFiltered = require('storybook-root').previousInputsFiltered;

Using AI Code Generation

1  const { previousInputsFiltered } = useStorybookRoot();2  const [inputs, setInputs] = useState([]);3  useEffect(() => {4    setInputs(previousInputsFiltered("test"));5  }, []);6  return (7      {inputs.map((input, index) => (8        <p key={index}>{input}</p>9      ))}10  );11}12export default Test;13const { previousInputsFiltered } = useStorybookRoot();14const [inputs, setInputs] = useState([]);15useEffect(() => {16  setInputs(previousInputsFiltered("test"));17}, []);18return (19    {inputs.includes("test") ? <p>Input is present</p> : <p>Input is not present</p>}20);

Using AI Code Generation

1const { previousInputsFiltered } = require('storybook-root');2const inputs = ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h'];3const filterFunction = (input) => input === 'a' || input === 'b' || input === 'c';4const result = previousInputsFiltered(inputs, filterFunction);5console.log(result);6const { previousInputsFiltered } = require('storybook-root');7const inputs = ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h'];8const filterFunction = (input) => input === 'a' || input === 'b' || input === 'c';9const result = previousInputsFiltered(inputs, filterFunction, true);10console.log(result);11const { previousInputsFiltered } = require('storybook-root');12const inputs = ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h'];13const filterFunction = (input) => input === 'a' || input === 'b' || input === 'c';14const result = previousInputsFiltered(inputs, filterFunction, false);15console.log(result);16const { previousInputsFiltered } = require('storybook-root');17const inputs = ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h'];18const filterFunction = (input) => input === 'a' || input === 'b' || input === 'c';19const result = previousInputsFiltered(inputs, filterFunction, 2);20console.log(result);21const { previousInputsFiltered } = require('storybook-root');

Using AI Code Generation

1import { previousInputsFiltered } from 'storybook-root'2const myStory = () => {3  const [input, setInput] = useState()4  const [filtered, setFiltered] = useState()5  useEffect(() => {6    setFiltered(previousInputsFiltered(input))7  }, [input])8  return (9      <Input onChange={e => setInput(e.target.value)} />10      <div>{filtered}</div>11}12import { usePrevious } from 'storybook-root'13const myStory = () => {14  const [input, setInput] = useState()15  const [filtered, setFiltered] = useState()16  const prevInput = usePrevious(input)17  useEffect(() => {18    setFiltered(previousInputsFiltered(input))19  }, [input])20  return (21      <Input onChange={e => setInput(e.target.value)} />22      <div>{filtered}</div>23}24import { usePreviousInputs } from 'storybook-root'25const myStory = () => {26  const [input, setInput] = useState()27  const [filtered, setFiltered] = useState()28  const [prevInput] = usePreviousInputs(input)29  useEffect(() => {30    setFiltered(previousInputsFiltered(input))31  }, [input])32  return (33      <Input onChange={e => setInput(e.target.value)} />34      <div>{filtered}</div>35}36import { usePreviousInputsFiltered } from 'storybook-root'37const myStory = () => {38  const [input, setInput] = useState()39  const [filtered] = usePreviousInputsFiltered(input)40  return (41      <Input onChange={e => setInput(e.target.value)} />42      <div>{filtered}</div>43}

Using AI Code Generation

1import { previousInputsFiltered } from 'storybook-root';2const { inputs } = previousInputsFiltered();3import { previousInputsFiltered } from './utils';4export { previousInputsFiltered };5import { previousInputsFiltered } from './utils';6export { previousInputsFiltered };7import { previousInputsFiltered } from './utils';8export { previousInputsFiltered };9import { previousInputsFiltered } from './utils';10export { previousInputsFiltered };11import { previousInputsFiltered } from './utils';12export { previousInputsFiltered };13import { previousInputsFiltered } from './utils';14export { previousInputsFiltered };15import { previousInputsFiltered } from './utils';16export { previousInputsFiltered };17import { previousInputsFiltered } from './utils';18export { previousInputsFiltered };19import { previousInputsFiltered } from './utils';20export { previousInputsFiltered };21import { previousInputsFiltered } from './utils';22export { previousInputsFiltered };23import { previousInputsFiltered } from './utils';24export { previousInputsFiltered };25import { previousInputsFiltered } from './utils';26export { previousInputsFiltered };27import { previousInputsFiltered } from './utils';28export { previousInputsFiltered };

Using AI Code Generation

1const previousInputsFiltered = require('storybook-root').previousInputsFiltered;2const previousInputs = require('storybook-root').previousInputs;3const inputs = previousInputs('test');4const inputsFiltered = previousInputsFiltered('test', (input) => {5  return input.a === 2;6});7console.log('inputs', inputs);8console.log('inputsFiltered', inputsFiltered);9const previousInputs = require('./previousInputs');10module.exports = {11  previousInputsFiltered: (name, filter) => {12    const inputs = previousInputs(name);13    return inputs.filter(filter);14  },15  previousInputs: (name) => {16  },17};18module.exports = (name) => {19};20inputs [ { a: 1 }, { a: 2 }, { a: 3 } ]21inputsFiltered [ { a: 2 } ]

Using AI Code Generation

1import { root } from "storybook-root";2import { getStorybook } from "@storybook/react";3import { testStory } from "./testStory";4const stories = getStorybook();5const story = stories.find(story => story.kind === testStory.title);6const storyFn = story.stories[0].render;7const context = { kind: testStory.title, story: story.stories[0].name };8const prevInputs = root.previousInputsFiltered(storyFn, context);9console.log(prevInputs);10import React from "react";11export const testStory = {12};13export const TestStory = () => {14  return <div>Test Story</div>;15};16TestStory.story = {17  parameters: {18    storybookRoot: {19      inputs: {20      }21    }22  }23};24TestStory.storyName = "Test Story";

Using AI Code Generation

1var inputs = storybookRoot.previousInputsFiltered();2var inputsEmpty = storybookRoot.previousInputs();3if (inputs.length == inputsEmpty.length) {4    console.log("The arrays are equal");5} else {6    console.log("The arrays are not equal");7}8if (inputs.length == 5) {9    console.log("The number of inputs is equal to the number of inputs that are not empty");10} else {11    console.log("The number of inputs is not equal to the number of inputs that are not empty");12}

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