run-benchmarks

Runs Kotlin, Rust, and Haskell benchmarks for the same income computation via Gradle.

8|2|Updated Sep 12, 2020

Search Tags:#performance #rust #benchmark #kotlin #gradle #haskell

Ready to run

npx skills add https://github.com/techatspree/GcRustVsJvm --skill run-benchmarks

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Please help me install this Agent Skill.
Skill: run-benchmarks
Source: https://github.com/techatspree/GcRustVsJvm/tree/main
Command: npx skills add https://github.com/techatspree/GcRustVsJvm --skill run-benchmarks

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill automates the execution of performance benchmarks for different programming languages, allowing for direct comparison of their execution speeds and resource usage.

Core Features & Use Cases

Cross-Language Benchmarking: Run pre-configured benchmarks for Kotlin, Rust, and Haskell.
Performance Comparison: Easily compare the performance characteristics of different language implementations under identical test conditions.
Use Case: You are a software architect evaluating which language is best suited for a new high-performance microservice. Use this skill to run the provided benchmarks and analyze the results to make an informed decision.

Quick Start

Execute all language benchmarks by running the command ./gradlew computeAverageIncome.

Frequently Asked Questions about run-benchmarks

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I compare Kotlin, Rust, and Haskell performance for a microservice?▼

To compare Kotlin, Rust, and Haskell performance, you can run cross-language benchmarks measuring execution speeds and resource usage under identical test conditions. This skill automates benchmarking an average income computation to analyze language performance characteristics.

What environment do I need to run Rust, Kotlin, and Haskell benchmarks?▼

Running these language benchmarks requires Java 23, GraalVM, and specific versions of Rust and Haskell toolchains to be installed and configured on your system. Ensure these dependencies are set up before executing the performance comparisons.

How do I execute cross-language performance benchmarks using Gradle?▼

You can execute cross-language performance benchmarks by running the `./gradlew computeAverageIncome` command. This automates the performance comparison across Kotlin, Rust, and Haskell implementations for the provided average income computation task.

When do I need to run programming language benchmarks?▼

You need to run programming language benchmarks when evaluating which language is best suited for a new high-performance microservice. It allows software architects to analyze direct execution speed and resource usage comparisons to make informed development decisions.

Does this benchmarking approach compare execution speed or memory usage?▼

This benchmarking approach compares both execution speeds and resource usage across Kotlin, Rust, and Haskell implementations. It runs identical average income computation test conditions to measure the distinct performance characteristics of each language.