The Continuous Deployment Lab provided by Enea and Arm. In Enea lab, there are two ThunderX1 servers on which we do nightly virtual deploys of IEC Type 2, run validation, and install SEBA usecase. In Arm internal lab, the Ampere server and MACCHIATObin board are used for validating the IEC Type 2 & Type 1.

Continuous Integration → Continuous Deployment Flow

Enea Lab

Enea's CI/CD validation lab is ran using Jenkins and it's connected to the Akraino Linux foundation Jenkins master.

The current hardware

The Jenkins jobs are configured via JJB in the Akraino ci-management project: https://gerrit.akraino.org/r/gitweb?p=ci-management.git;a=tree;f=jjb/iec

These jobs are loaded in the LF Jenkins master and triggered periodically: https://jenkins.akraino.org/view/iec/

Each job's has a master job that calls four subsequent jobs (e.g.: https://jenkins.akraino.org/view/iec/job/iec-type2-fuel-virtual-centos7-daily-master/)

• Deploy IEC
  • The Installer will create the cluster VMs (using KVM), will clone the IEC repo and it will install the IEC platform on them (e.g.: https://jenkins.akraino.org/view/iec/job/iec-type2-deploy-fuel-virtual-centos7-daily-master/)
• Run validation k8s conformance tests
  • The k8s conformance tests are ran against the cluster using the validation project (e.g.: https://jenkins.akraino.org/view/iec/job/validation-enea-daily-master/)
• Install SEBA use-case
  
  • The scripts that install the SEBA usecase are ran (e.g.: https://jenkins.akraino.org/view/iec/job/iec-type2-install-seba_on_arm-fuel-virtual-centos7-daily-master/)
• Cleanup
  • Destroy the setup (e.g.: https://jenkins.akraino.org/view/iec/job/iec-type2-destroy-fuel-virtual-centos7-daily-master/)

                          Enea Lab for Akraino IEC CI/CD

For IEC Type1, the jobs are running in an emulation way with the limited resources(memory, CPUs) of VMs and it uses Compass as the installer because we lack a bare-metal environment with public access for devices of IEC Type1 in this lab. The master job of IEC Type1 is given at https://jenkins.akraino.org/view/iec/job/iec-type1-compass-virtual-ubuntu1604-daily-master/

• Deploy IEC
  • The Installer will create the cluster VMs (using KVM), will clone the IEC repo and it will install the IEC platform on them (e.g.: https://jenkins.akraino.org/view/iec/job/iec-type1-deploy-compass-virtual-ubuntu1604-daily-master/)
• Run validation k8s conformance tests
  • The k8s conformance tests are ran against the cluster using the validation project (e.g.: https://jenkins.akraino.org/view/iec/job/validation-enea-daily-master/)
• Install SEBA use-case
  
  • The scripts that install the SEBA usecase are ran (e.g.: https://jenkins.akraino.org/view/iec/job/iec-type1-install-seba_on_arm-compass-virtual-ubuntu1604-daily-master/)
• Cleanup
  • Destroy the setup (e.g.: https://jenkins.akraino.org/view/iec/job/iec-type1-destroy-compass-virtual-ubuntu1604-daily-master/)

Logs from the CD installation of Integrated Edge Cloud (IEC) are available at: https://nexus.akraino.org/content/sites/logs/production/vex-yul-akraino-jenkins-prod-1/

Arm Lab

In Arm CI/CD lab, since the network reasons, we have to decide that only push log into community Nexus server. There are 6 jobs in Arm internal CI/CD. 

For IEC Type1:

iec-type1-deploy-compass-virtual-ubuntu1604-daily-master: Deploy the Kubernetes on Mcbin board

iec-type1-install-seba_on_arm-compass-virtual-ubuntu1604-daily-master: Install SEBA applications

iec-type1-destroy-compass-virtual-ubuntu1604-daily-master: Destroy environments

For IEC Type2:

iec-type2-deploy-compass-virtual-ubuntu1604-daily-master:

1. Deploy VMs by compass
2. Deploy Kubernetes on VMs

iec-type2-install-seba_on_arm-compass-virtual-ubuntu1604-daily-master: Install SEBA applications

iec-type2-destroy-compass-virtual-ubuntu1604-daily-master: Destroy environments

                                      Arm Lab for Akraino IEC CI/CD

Akraino Continuous Deployment Hardware

Enea Lab:

Sales Item	Description	QTY
cn8890	Gigabyte ThunderX R120-T32 (1U)	2

 Arm Lab:

Sales Item	Description	QTY
	Ampere Server	1
	MACCHIATObin Double Shot	2

Chassis Level Specification

Total Physical Compute Cores: 48

Total Physical Compute Memory: 256GB

Total SSD-based OS Storage: 480G

Networking per Server: 2x1G and 2x10G