This is a short description of the scenario we will be working throughout the labs
It’s going to be a fake home appliance IOT management app, where we will be able to regulate the temperature in different rooms at our home. The application is composed of a set of microservices:
-
The homeplan - this is a service which allows home owners to register and review their homeplan providing the temperature in each of the rooms in their house and the heat regulating applicances in each room.
-
The device management - this is a component which receives registration and update requests on the devices.
-
The sensor generator - this is a ficticious service emitting every 20 secs an event indicating the room temperature dependent on the state of the heating device (ON/OFF and INCREASING/DECREASING temperature)
-
The homeplan regulator - this is a service which reads our current homeplan and based on the emmitted temperature in the room it regulates the action a device has to take to enforece the plan ie. INCREASE, DECREASE temperature of TURNOFF the device.
-
BYOD Preperation
-
Hard Disk: 20 Gb,
-
Mem: 8 Gb,
-
CPU: Good one
-
Note: Mac OSX users checkout this issue on binding to localhost
-
Software
-
JDK 1.8 (test java -version)
-
MAVEN 3.3+ (mvn --version)
-
Openshift Official Supported (requires subscription) oc tools https://access.redhat.com/downloads/content/290/ver=3.6/rhel---7/3.6.173.0.21/x86_64/product-software
-
oc tools https://github.com/openshift/origin/releases (download for your environment from the bottom of the page)
-
docker installed
-
IDE (eg. JBDS, Eclipse, iDEA)
-
-
Openshift Origin 'oc cluster up'
The following commands will give you a local Openshift Origin environment to deploy the microservices on
oc cluster up
oc new-project 'you-project-name'
oc policy add-role-to-user view system:serviceaccount:$(oc project -q):default -n $(oc project -q)-
CDK
TBD
-
AWS Openshift Setup
-
Option 1: See README_AWS.adoc
-
Option 2: See README_AWS_ALTERNATIVE.adoc
-