Simplified Workshop Series
Design Time Governance
in Fuse Service Works
Welcome to the Simplified demo series. I refer to this as a workshop in a box, meaning everything is included to get you started such as the source, instructions, videos, presentations, etc. This demo will walk you through a quick demo of Design Time Governance in Fuse Service Works. It is split into 3 main sections. First is the quick demo which walks you through the quick steps to run a quick, easy demo (The What). The second section gives an overview of the technology and how the demo was created (The Why and How). The third section gives you additional collateral. So let’s get started and as they say so easy a non techie can do it...
Section 1 : Run a quick demo
NOTE: Screen shots and more step by step for creating/running the demo from scratch are in section 2.
Step 1: Clone the repository from https://github.com/kpeeples/simplified-dtgov.git
Step 2: Download Fuse Service Works from http://www.jboss.org/products/fsw.html
Step 3: Place the software in the distros folder
Step 4: Modify the support/InstallationScript.xml file to contain the full path to the installed/fsw directory. Make sure to leave the installed/fsw directory. The script performs the automated install of Fuse Service Works. You will notice in the installation script the components that are being installed. NOTE: This is installing the Switchyard, DTGov, S-RAMP and RTGov components which wouldn’t be the recommended setup as Design Time would be a separate server from the Switchyard/Run Time Server.
Step 5: Modify the post-run.sh file to have the appropriate directory of the fsw-simple-demo for the link for the production server. This allows for the demo to be installed on the server after moving to the prod task in the DTGov workflow.
ln -sv /tmp/prod/jbossas7/standalone/deployments /home/kpeeples/demos/fsw-simple-demo/installed/fsw/jboss-eap-6.1/standalone/deployments
Step 6: Run the install-run.sh script to install FSW and start the server
Step 7: Open another terminal and run the post-run.sh script. This may take a little bit of time to compile and deploy the default DTGov workflow, compile and deploy the switchyard demo to dtgov/s-ramp and create the link for the production server. The build should be created successfully.
Step 8: The demo is now setup. First browse to http://localhost:8080/dtgov-ui and sign on with fswAdmin and redhat1!
Step 9: View Deployments. Click on deployments under deployment life cycle. You should see the switchyard-quickstart-demo-orders-1.1.1-p5-redhat-1.war deployment. Click on the deployment to see the deployment history, deployment contents and browse in S-RAMP options.
Step 10: Move the deployment through the workflow. Click on the DTGov dashboard on the breadcrumbs. Click on task inbox. Select the second TestDev and check the artifact which should be the switchyard war deployment. The first is the source jar. Notice it indicates deployed to target /tmp/dev. The dtgov properties file indicates the deployment targets which default to the file copy. We setup a link in tmp to the deployment folder for the server for testing so that once the task hits prod then the war will be deployed to the server. Click Claim, Start, Pass, Complete. Then click on Task inbox. You will now see Test QA. Click on the task and follow the same process to move the depoyment to stage. Do the same for the Test Stage task. Once in Test Prod the war has been deployed to the server.
Step 11: Test the Orders Demo once deployed to Production. Now that the deployment is in Prod we can test the application. Browse to the Order Service at http://localhost:8080/demo-orders/OrderService?wsdl. Browse to the application screen http://localhost:8080/switchyard-quickstart-demo-orders-1.1.1-p5-redhat-1/home.jsf enter PS-19838-XY for the order ID and BUTTER for the Item Id. Click Create to have the order accepted.
This is a quick demo of an artifact going through the DTGov workflow. More detail of configuration and step by step are below.
Section 2 : Technology Overview and creating the demo step by step
Step by Step
Section 3 : Additional Collateral and demo structure
The root folder of the demo contains:
- install-run.sh to install and run FSW
- pre-run.sh to do any pre-installation setup or compiling
- post-run.sh to do any post-install setup or compiling
- README.MD to briefly descibe the demo
- readme.html to meet the objectives 1) quick and easy demo 2) step by step instructions with collateral
- reset.sh to reset the demo
The collateral folder contains:
- Video for videos or link to video
- Presentation for presentations or link to presentation
- Blog for a blog document or link to blog
- Simulation for a simulation of the demo or link to simulation
The distros folder contain the downloads for the demo
The installed folder contains subfolders for the software to be installed when the script is run
The source folder contains any source projects to be compiled and deployed
The support folder contains any supporting files/directories