Vegeta VS ddosify

Vegeta worth a look if you want something a bit more sophisticated: https://github.com/tsenart/vegeta

There are tons of tools to do this, I'll use Vegeta

To install vegeta, grab the right download url from https://github.com/tsenart/vegeta/releases/tag/v12.11.1 and download using the below command.

One of the easiest ways to send lots of fabricated requests at the same time is to use the Vegeta load testing tool. Being a load testing tool, it can send lots of requests consistently, every second, to the given target URL. You can read more about Vegeta on GitHub. The binary can be downloaded and used without installation.

Good morning what tool do you use to test your infra in terms of http load ? A tool that works, I tested : - https://github.com/tsenart/vegeta but it returns 0 errors or a http_net error from Golang - LOIC (Low Orbit Ion Canon) https://github.com/NewEraCracker/LOIC but the requests do not appear in my nginx logs and I feel no slowdown - Apache Jmeter https://jmeter.apache.org/ but I can't drop my infra and I have Java socket closed errors - K6 https://k6.io/ but I can't bring down my infra with - wrk https://github.com/wg/wrk no matter what parameter I put it doesn't make enough requests per second, I put the same parameters as on a tutorial and I don't get the same result...

I use tools like vegeta and wrk2 to answer those questions.

A module can be an executable and a library at the same time. For example, https://github.com/tsenart/vegeta

Some tools to investigate: * https://prometheus.io/ * https://github.com/tsenart/vegeta

No, not at all. You just need a tool like Vegeta.

vegeta v12.8.4

DDosify: https://github.com/ddosify/ddosify

We are thrilled to announce the release of Ddosify Self-Hosted on GitHub today. Unlike the Ddosify Engine, this version features a No-code UI and supports distributed traffic generation.

Ddosify is built with ease of use and flexibility in mind, and it supports popular web protocols. It allows you to define and customize test scenarios, generate realistic loads, and monitor performance metrics in real time.

We have organized this write-up into two parts to demonstrate two different features of Ddosify. In the first part, we will perform a load test on a GET endpoint that accepts base and target currency and returns their exchange rate of them. The rand() utility method is used to send different currencies on each request. In the second part, we will test a POST endpoint that performs exchange operations. We will use a CSV file that contains test data stored on our Test App's Database. Then we import this CSV file into Ddosify to replay the same transactions stored on DB, but in high concurrency. In both parts, we will gain insights into the reliability of our exchange API across high traffic.