Why?

• 
• No dependencies
• Light weighted
• Typescript support
• Works on both server and client
• Works with vanila as well as all js frameworks

🚀 Features

• Reliable Conversion: Safely handles values like null, undefined, objects, arrays, and more.
• Finite Number Guarantee: Ensures that values like Infinity and large numbers beyond JavaScript’s safe integer range (2^53) are handled correctly.
• Cross-Platform: Works seamlessly in both browser environments and Node.js.

✨ Benefits

✅ Input Validation

Ensures that data is valid for calculations and numeric operations, preventing application crashes or errors when dealing with unpredictable inputs.

Example

const value = safeNumber("123");  // Returns 123

🔒 Prevent Crashes

Avoids runtime errors caused by invalid or non-numeric data, ensuring your app doesn’t break due to bad input.

Example

const value = safeNumber(null);  // Returns 0

🎯 Finite Value Handling

Protects your app from issues with very large numbers or Infinity, which can disrupt calculations if not handled properly.

Example

const value = safeNumber(Infinity);  // Returns 0

🔧 Usage

npm install js-safe-number # yarn add js-safe-number

Then use in your project:

const safeNumber = require('js-safe-number').default;

// import safeNumber from 'js-safe-number'; // es6

const num = safeNumber("123abc");  // Returns 0
const safeNum = safeNumber(Infinity);  // Returns 0

// Test cases
console.log(safeNumber(10)); // 10
console.log(safeNumber("-10")); // -10
console.log(safeNumber(Infinity)); // 0
console.log(safeNumber(() => {})); // 0
console.log(safeNumber([])); // 0
console.log(safeNumber({})); // 0
console.log(safeNumber(null)); // 0
console.log(safeNumber(undefined)); // 0
console.log(safeNumber(true)); // 1
console.log(safeNumber(false)); // 0
console.log(safeNumber(Math.pow(2, 53))); // 0 (because it exceeds MAX_SAFE_INTEGER)

⚠️ Why You Need safeNumber:

1. Invalid Input Handling 🤔:- Without this function, passing invalid or unexpected data types into number-based operations can cause unpredictable behavior (e.g., NaN, errors, or application crashes).
2. Infinity and Large Numbers 🔢:- Unbounded numbers like Infinity or values beyond JavaScript’s safe integer range (2^53) can introduce bugs into your calculations if not properly constrained.
3. Cross-Environment Consistency 🌍:- Whether in the browser or on the server (Node.js), safeNumber ensures that all numeric operations are predictable and error-free.

Links

• Github Repository
• NPM Page

📜 License

This module is open-sourced under the MIT License.