PartsUnlimitedMRP DevOps Hands On Labs

• Welcome
• DevOps Practices and Principles
• Create CI Infrastructure Using Python, GitHub, and Travis CI
• Set Up Parts Unlimited MRP with VSTS
• Create a Simple REST API and Perform Load Tests Using Locust
• Infrastructure as Code
• Deploy app with Chef on Azure
• Azure Orchestration with SaltStack
• Deploy app with Puppet on Azure
• Ansible with Azure
• Configure Azure DevTest Lab VMs using Chef
• Continuous Integration and Continuous Deployment
• Setup Jenkins in Azure
• Continuous Integration with Jenkins
• Continuous Integration with Visual Studio Team Services
• Continuous Deployment with VSTS and Local Agent on a Linux VM
• Continuous Deployment with Jenkins
• Continuous Deployment with VSTS and VSTS Hosted Agent
• Testing
• Automated Testing with VSTS and Eclipse
• Auto-Scale and Load Testing against a Website endpoint
• Application Performance Monitoring with Application Insights
• Application Monitoring and Feedback Loops
• Fault Injection for Azure IaaS with OMS
• App Perf Mon with App Insights
• Architecting Distributed Cloud Applications
• Create a Container Image and Run the Container
• DevOps with Azure Stack
• Continuous Deployment with Chef
• Setup Continuous Deployment with Chef
• Continuous Deployment with Puppet
• Setup Continuous Deployment with Puppet
• Continuous Deployment with Jenkins
• Continuous Integration with Jenkins
• Setup Parts Unlimited MRP with Jenkins
• Getting Started with Parts Unlimited MRP
• Adding a Marketplace Item to Azure Stack
• Adding VM Images to Azure Stack
• Connecting to Azure Stack
• Getting Started with DevOps on Azure Stack
• Advanced - Miscellaneous
• Fault Injection for Azure IaaS with OMS
• Fault injection in Azure Container Services
• Deploy and use a Private Docker Registry
• Security Framework integration into VSTS
• Deploying Parts Unlimited MRP on DCOS
• Dockerizing Parts Unlimited MRP

With your Azure Stack deployed, you should be logged in to the Azure Stack Development Kit host, ready to use the environment. Now, in order to use the environment correctly, you will need to log into the Azure Stack Development Kit host itself. This machine is your primary machine for administering, deploying and managing the Azure Stack.

Connect with Remote Desktop

With a Remote Desktop connection, up to two concurrent (different) users can work with the portal to manage resources. You can also use tools on the MAS-CON01 virtual machine.

1. Log in to the Azure Stack Development Kit physical machine. Enter AzureStack\AzureStackAdmin as the username, and the administrative password you provided during Azure Stack setup
2. Open Server Manager, click Local Server, turn off Internet Explorer Enhanced Security, and then close Server Manager.
3. Open a browser and navigate to https://adminportal.local.azurestack.external/ to open the administrative portal
4. Log in using the Azure Active Directory credentials specified during installation.

Once you’ve successfully connected, you’re free to explore the Azure Stack environment.

Connect with a VPN

Virtual Private Network connections let multiple concurrent users connect from clients outside of the Azure Stack infrastructure. You can use the portal to manage resoures. You can also use tools, such as Visual Studio and PowerShell, on your local client. If you require a VPN connection to connect to your Azure Stack, please refer to the documentation.

Update Internet Explorer Enhanced Security Configuration

It’s easier if you do this now, rather than later. It’ll make things easier when accessing Azure Stack both programmatically, and via the Portal.

1. Open Server Manager, then click Local Server.
2. On the right-hand side, next to IE Enhanced Security Configuration, click On.
3. In the Internet Explorer Enhanced Security Configuration window, for Administrators, select Off and click OK.
4. Close Server Manager.

Next Step

In the next step, we’ll add a new VM image, that we’ll use for our ongoing tasks to evaluate key DevOps tooling on Azure Stack.