Welcome to the JavaScript Benchmark Testing repository! This collection of benchmarks aims to provide in-depth insights into the performance characteristics of various JavaScript operations. Whether you're optimizing code for speed or simply curious about the efficiency of different approaches, these benchmarks offer valuable information.
Note
The testing results may vary based on your device. I conducted a series of tests on my own device, a Lenovo X1 Yoga with a Core i7 8th gen processor, 512 GB SSD, and 16 GB RAM, and have included the corresponding screenshots of the results for your reference. Keep in mind that different device configurations could yield different outcomes, so it's advisable to run the tests on your specific hardware for accurate comparisons.
To run the benchmarks locally, follow these steps:
- Clone this repository:
git clone https://github.com/tajnur007/js-benchmark-testing.git - Navigate to the repository:
cd js-benchmark-testing - Run the benchmark tests:
npm run benchmark
- Object Deep Clone Comparison
- Loops Comparison
- Condition Check Comparison
- Odd-Even Comparison
- If-Else-If Ladder vs Switch-Case
- N * 2 vs N + N Comparison
This section compares two prevalent methods for deep cloning objects in JavaScript: utilizing JSON.parse and employing the structuredClone approach. Explore the benchmarks to understand the performance trade-offs and choose the optimal method for your use case. Check code
Delve into the world of loops with benchmarks comparing for-of, for-each, and a cached for loop. Uncover the nuances of each loop construct and discover the most efficient solution for your iteration needs. Check code
Compare the performance of the ternary operator against if-else statements in this section. Gain insights into the impact on execution speed, helping you make informed decisions when structuring your conditional logic. Check code
Dive into the realm of bitwise operations with benchmarks comparing the % (modulo) operator and the & (bitwise AND) operator for determining odd and even numbers. Explore the performance characteristics of each method and optimize your numeric checks. Check code
Explore benchmarks comparing the performance of if-else-if ladders against switch-case constructs. Uncover the efficiency of each approach, empowering you to choose the best construct for your complex branching logic. Check code
Discover the performance nuances between multiplying a number by 2 (N * 2) and adding the number to itself (N + N). Gain insights into the arithmetic operations that suit your numerical manipulations best. Check code
- Include additional benchmark comparisons.
- Allow users to customize the benchmarks.
- Add detailed explanations of the benchmarks.
- Integrate with continuous integration tools.
This repository provides a valuable resource for understanding the performance of common JavaScript operations. The benchmark results can help developers make informed decisions about which methods to use for optimal performance in their applications.
Thanks for joining the JavaScript Benchmark Testing Repository journey! Your involvement and contributions are appreciated. If you found this repository useful, consider giving it a star. Let's keep in touch as the project evolves—share your thoughts via email at tajnur007@gmail.com. Your enthusiasm and support make a difference in the open-source community. Happy coding!
Your contributions are highly welcome! If you discover additional comparisons or want to enhance existing benchmarks, please follow the contribution guidelines.
This repository is licensed under the MIT License - see the LICENSE file for details.