*Working With Menu Data Structures (Using Popeyes as an Example)
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Developers often work with menu data while building food-ordering apps, delivery services, or simple restaurant dashboards. A structured menu format makes it easier to render items, manage prices, and keep categories consistent across the front end and back end.
One way to understand menu layout is by looking at how real restaurants organize their items. For example, the Popeyes menu clearly separates fried chicken, sandwiches, seafood, sides, and drinks. This kind of structure helps when converting real-world menus into a clean data format.
**Below is a simple illustration of how such a menu can be represented programmatically.
**Example Data Structure (JavaScript)
const menu = {
friedChicken: [
{ name: "Classic Chicken", price: 5.99 },
{ name: "Spicy Chicken", price: 6.49 }
],
sandwiches: [
{ name: "Chicken Sandwich", price: 4.99 }
],
sides: [
{ name: "Fries", price: 2.49 },
{ name: "Biscuits", price: 1.29 }
]
};
Fetching Menu Data (Mock API Example)
async function fetchMenu() {
const response = await fetch("/api/menu");
return await response.json();
}
*Why This Matters
*
Easy to update prices
Simple categorization for UI
Search and filtering become efficient
*Works well with APIs and database mapping
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Understanding real menu formats (like the one mentioned above) helps developers build more maintainable and scalable food-related applications.
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