Fork of Cars Report

100%

Fork of Cars Report

✓ Published0🌍 Public

Last edited Sep 24, 2023

Created on Sep 24, 2023

This example demonstrates a JavaScript tutorial for generating a text-based car report from a JSON dataset. It shows a list of cars filtered by a maximum price, displaying each car's year, make, model, and price. The code uses JavaScript objects, arrays, and promises, with `JSON.parse` to load the car data, a `setTimeout` to simulate an asynchronous fetch via `getCars`, and the `filter`, `map`, and `join` array methods to transform the data into a formatted message, which is then rendered in the HTML `<pre>` element.

AI-generated description

An example tutorial of how to use JavaScript objects, arrays, and modules.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Cars Report

This example demonstrates how JavaScript objects, arrays, and modules can build a simple text-based car report. It filters a hardcoded JSON dataset of five cars by price, formats each qualifying entry with the `formatCar` function, and displays the results in a large HTML `<pre>` element. The code uses `Promise` and `setTimeout` in `getCars.js` to simulate an asynchronous data fetch, while `generateReport.js` chains array methods like `filter`, `map`, and `join`. The visualization is purely textual, updating the page from "Loading..." to the final list after a two-second delay.

WWeiyiDeng

93% match

Loading thumbnail…

Fork of Cars Report

This example demonstrates how to generate a text-based car report from a JSON dataset. It uses JavaScript promises with `setTimeout` to simulate asynchronous data loading, then filters and formats car entries using array methods like `.filter()` and `.map()`. The code imports and exports functions across ES6 modules, displaying the final report in an HTML `<pre>` element while also showing the first car’s make in a separate paragraph.

BBrooney222

92% match

Loading thumbnail…

Fork of Cars Report

This example demonstrates how to generate a text-based car report using JavaScript modules and asynchronous data loading. It defines car objects in a JSON array and uses functions to filter cars below a specified price (2000) and format them into readable lines. The code initializes a “Loading...” message, fetches data via a Promise-based `getCars` function with a two-second delay, then displays the filtered report. It relies on ES6 modules (`import`/`export`), `JSON.parse`, and DOM manipulation through `document.getElementById` and `textContent`.

Mmp7090

92% match

Loading thumbnail…

Fork of Cars Report

This example demonstrates a simple car-report generator using JavaScript objects, arrays, and asynchronous modules. It loads a hardcoded list of five car records via a `getCars()` promise, filters them by a maximum price of $2000, and displays the formatted results in an HTML `<pre>` element. The code uses ES6 modules (`import`/`export`), `JSON.parse`, and `setTimeout` to simulate a delayed data fetch. The final output lists matching cars with their year, make, model, and price.

JJuyeonee

92% match

Loading thumbnail…

Fork of Cars Report

This example demonstrates a car report generated from a JavaScript array of car objects, filtering and formatting entries to display those priced under $2,000. The code uses native JavaScript features like `JSON.parse`, array filtering with `filter`, and `map` to transform data, along with modular exports and imports. It simulates an asynchronous data fetch using a `Promise` with a `setTimeout` delay. The output is rendered into an HTML `<pre>` element, with a "Loading..." message shown initially before the report appears. The visualization relies on standard JavaScript object manipulation and DOM text selection via `document.getElementById`.

IiXilef

92% match

Loading thumbnail…

Fork of Cars Report

This example demonstrates a JavaScript data-processing pipeline that reads a car inventory from an embedded JSON array, filters the cars by price, and formats the results into a text report. The interface shows a clear output panel, initially displaying a loading message. The code uses a custom `getCars` function, which simulates an asynchronous API call with a two-second delay, and a `generateReport` module that filters and maps car objects. The final formatted list is rendered into the HTML page using the `textContent` property of a designated `<pre>` element.

IiXilef

91% match

Loading thumbnail…

Fork of Cars Report

This example demonstrates how to generate a text-based car report by filtering a JSON dataset of vehicles based on price. It uses the `getCars` function with a simulated asynchronous delay to load car data, then the `generateReport` function filters cars below a price threshold and formats each entry using the `formatCar` function. The report is displayed in a `<pre>` element on the page via plain DOM manipulation in `index.js`. JavaScript modules and Promises are used to structure the data flow and rendering.

GGodspower Wodi

91% match

Loading thumbnail…

Fork of Cars Report

This example demonstrates how to generate a text-based car report by filtering a built-in JavaScript array of car objects based on a maximum price threshold. It uses asynchronous data loading via a custom `getCars()` function that returns a Promise, simulating a delay before rendering the filtered list. The report is composed through modular functions, `formatCar` and `generateReport`, which utilize array methods like `filter` and `map` to produce formatted strings. The final output is displayed in an HTML `<pre>` element, updated after the Promise resolves.

Ssaulzmtz

91% match