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Setup Your Instance

1.  Set up database if you plan to use one.

It is important that you capture the following information related to your setup: 

(Perhaps we might want to think about a yaml config file in case we want to build some tooling)

Prerequisites

1.  Download and install jmeter: http://jmeter.apache.org

   1. Ubuntu 16.04 LTS: installjmeter.sh

      Code Block

      #!/bin/bash # get source from an apache mirror wget http://supergsego.com/apache//jmeter/binaries/apache-jmeter-3.2.tgz # verify the md5 local_md5=`md5sum apache-jmeter-3.2.tgz | cut -f 1 -d ' '` remote_md5=`curl https://www.apache.org/dist/jmeter/binaries/apache-jmeter-3.2.tgz.md5 | cut -f 1 -d ' '` if [ "$local_md5" != "$remote_md5" ] then echo "md5's do not match" exit else echo "congratulations md5s match" fi # untar it. tar xvfz apache-jmeter-3.2.tgz # move it sudo mv apache-jmeter-3.2 /usr/local/apache-jmeter-3.2 # link it sudo ln -s /usr/local/apache-jmeter-3.2/bin/jmeter /usr/bin/jmeter

      
      

Instance setup and documentation 

1. Fedora 4 Specs

   1. AWS

      OS	Instance Type	vCPU	Memory	Storage (EBS or SSD)	Java	Fedora 4	Java configuration options (e.g. -Xmx 2G)	Binary Configuration (local, network, S3)
      					Java 8	4.7.3

      
      

   2. On-premises

      OS	Processor Speed	Cores	Memory	Storage

   Instance Specs
   1. OS (type and version)
   2. Processor Speed
   3. Number of Cores
   4. Disk Type

      (SSD or Hard Disk)

   5. RAM
   6. IOPS (if applicable)

   7. Java	Fedora 4	Java

      any java

      configuration options (e.g. -Xmx 2G)

   8. binary configuration:  local,  network,  S3
   9. is virtual?
   10. is test runner on the same machine? 

   11. Binary Configuration (local, network, S3)
       					Java 8	4.7.3

       
       

2. Database Specs (Using JDBC object store)Database Specs
   
   1. type (mysql, postgresql, aurora, etc)
   2. deployment: local or remote
   3. if using a remote databaseif remote
      1. processor speed
      2. processor count
      3. RAM
      4. if RDS,  RDS type (e.g. db1.small)
3. JMeter client specs:

   1. AWS:

      OS	Instance Type	vCPU	Memory	Storage (EBS or SSD)	Java	JMeter
      Ubuntu 16.04 LTS	t2.small	1	2GB	EBS	Java 8	v3.1

      
      

   2. On-premises

      OS	Processor Speed	Cores	Memory	Storage (SSD or Hard Disk)	Java	JMeter

      
      

Fedora 4 

1. Installation: 
   1. Fedora 4 Quick Start
   2. Deploying Fedora 4 Complete Guide
   3. Database: Configuring JDBC Object Store 
   4. Fedora 4 Ansible script: https://github.com/VTUL/fcrepo4-ansible
   5. Fedora version (Start from 4.7.3)
   6. Using database? (local or remote) 

Generate Test Data 

1. Download the test scripts and read the README (https://github.com/fcrepo4-labs/fcrepo4-jmeter)

   Code Block
   git clone https://github.com/fcrepo4-labs/fcrepo4-jmeter.git

    

2. Run a test. See each test JMeter command in README.  For example, below code block is Test 4 JMeter command: 

   Code Block
   jmeter -Dfedora_4_server=SERVERIP -Dfedora_4_port=PORT -Dfedora_4_context=fcrepo/rest -Dcontainer_threads=1 -n -t /path/to/fcrepo4-jmeter/fedora.jmx

   
   

Generate Graphs Based  on Your Test Data

1. Clone the Performance Analysis Project

   Code Block
   git clone https://github.com/fcrepo4-labs/fcrepo_perf_analysis.git

   
   

2. Download and install the latest version of R https://www.r-project.org/

   1. Ubuntu 16.04 LTS: installr.sh

   2. Start R shell

      Code Block
      R

      
      

   3. Install R Packages: ggplot2, knitr, rmarkdown, svglite

      Code Block
      language text
      install.packages("ggplot2") install.packages("knitr") install.packages("rmarkdown") install.packages("svglite")

      
      

3. Follow steps outlined in https://github.com/fcrepo4-labs/fcrepo_perf_analysis

   1. Run all steps in one command using createreport.sh:

      Code Block
      language bash
      ./createreport.sh perf.log report

      
      

Share Your Results with the Community

•       Performance Test Result template