Tag: LoadTest

[RFC] Performance Testing K6

Monitoring Dashboard

  • Monitoring Dashboard URL

Logging

  • Logging Dashboard URL

Operations (Executors)

PIC Name Department
DevOps Engineer – 1 DevOps
DevOps Engineer – 2
QA Engineer – 1 QA
QA Engineer – 2
Software Engineer – 1 Engineering
Software Engineer – 2

Supervisors

Supervisor Name Department Remark
@zeroc0d3-devops DevOps  
@zeroc0d3-engineer Engineering  
@zeroc0d3-iot IoT  
@zeroc0d3-data Data  

HelmChart

Deployments Request Limit
CPI (mi) Mem (mb) CPU (mi) Mem (mb)
         

Performance Test Report

Cycle Virtual User (vus) Duration (seconds) Date / Time Service Component Before Inprogress After Jenkins
Link		 Monitoring Link Remark (Logs)
Start End CPU (mi) Mem (mb) CPU (mi) Mem (mb) CPU (mi) Mem (mb) Performance Test Process After Performance Test Process
1         EKS <deployment-name>                    
RDS <rds-name>/<db-name>             N/A     N/A

References:

K6 Website:    https://k6.io/
K6 SourceCode: https://github.com/grafana/k6

[RFC] Load Testing

A. Overview

Load Testing / Stress Test is a mechanism for flooding the network with a certain requests during some period time.

To have successfully loadtest we need:

  • Preparation
  • How many request will be use ?
  • How much time execute this loadtesting ?
  • How many microservices involved ?
  • Where is the environment from this loadtest will be impact (onprem, staging, production) ?
  • Cost effective estimation for this loadtesting event ?

B. Technical Documentation

Define your technical documentation for this loadtest (estimation and after loadtesting event)

  • Environment
  • Number of Microservices
  • Number of Request
  • Period Time (Begin – End Snapshot Datetime)
  • Target Metrics
  • Snapshot Result (Metrics Dashboard & Logs)