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JenkinsWorld 2017: It’s all about the Community

Posted by Pascal Joly September 8, 2017
JenkinsWorld 2017: It’s all about the Community

Who said trade shows have to be boring? That was certainly not the case at the 2017 Jenkins World conference held in San Francisco last week and organized by CloudBees. Quali's booth was in a groovy mood and so was the crowd around us (not mentioning the excellent wine served for happy hours and the 70's band playing on the stage right next to us).

The colorful layout of the booth certainly didn't deter from very interesting conversations with show attendees around how to make DevOps real and solving real business challenges their companies are facing.

This was the third Jenkins conference we were sponsoring this summer (after Paris and Tel Aviv) and we could see many familiar faces from other DevOps leaders such as Atlassian, Jfrog and CA Blazemeter that have partnered with us to build end to end integrations to provide comprehensive CI/CD solutions for application release automation.

This really felt like a true community that collaborate together effectively to benefit a wide range of software developers, release manager and devOps engineers and empower them with choices to meet their business needs.

To illustrate these integrations, we showed a number of short demos around some the main use cases that we support (Feel free to browse these videos at your own pace):

  • CI/CD with Jenkins, JFrog, Ansible: Significantly increase speed and quality by allowing a developer and tester to automatically check the status of an application build, retrieve it from a repository, and install it on the target host.
  • Performance automation with CA Blazemeter: Provide a single control pane of glass to the application tester by dynamically configuring and automatically running performance load tests against the load balanced web application defined in the sandbox.
  • Cloud Sandbox troubleshooting with Atlassian Jira: Remove friction points between end user and support engineer by automatically creates a JIRA trouble ticket when faulty or failing components are detected in a sandbox.

As you would expect at a tech conference, there was the typical schwag, such as our popular TShirts (although we can't just claim the fame of the legendary Splunk outfit). In case you did not get your preferred size at the show, we apologize for that and invite you to sign up for a 14 day free trial of newly released CloudShell VE.

Couldn't make it at Jenkins World? No worries: Quali will be at Delivery of Things in San Diego in October, and DevOps Enterprise Summit in San Francisco in November. Hope to see you there!

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Now Available: Video of CloudShell integration with CA Service Virtualization, Automic, and Blazemeter

Posted by Pascal Joly May 15, 2017
Now Available: Video of CloudShell integration with CA Service Virtualization, Automic, and Blazemeter

3 in 1! we recently integrated CloudShell with 3 products from CA into one end to end demo, showcasing our ability to deploy applications in cloud sandboxes triggered by an Automic workflow and dynamically configure CA Service Virtualization and Blazemeter end points to test the performance of the application.

Using Service Virtualization to simulate backend SaaS transactions

Financial and HR SaaS services, such as Salesforce and Workday have become de-facto standards in the last few years. Many ERP enterprise applications while still hosted on premises (Oracle, SAP…) are now highly dependent on connectivity to these external back end services. For any software update, they need to consider the impact on such back end application service that they have no control on. Developer accounts may be available but they are limited in functionalities and may not reflect accurately the actual transaction.  One alternative is to use a simulated end point known as service virtualization that records all the API calls and responds as if it was the real SaaS service call.

Modeling a blueprint with CA service Virtualization and Blazemeter

cloudshell blueprint

We've discussed earlier on this year in a webinar about the benefits of using Cloud Sandboxes to automate your application infrastructure deployment using devOps processes. The complete application stack is modeled into a blueprint and publish to a self service catalog. Once ready for deployment, the end user or API provides any required input to the blueprint and deploys it to create a sandbox. This sandbox can then be used for completing some testing against its components. A Service virtualization component is yet a new type of resource that you can model into a blueprint, connected to the Application server template, to make this process even faster. The Blazemeter virtual traffic generator, also a SaaS application, is represented as well in the blueprint and connected to the target resource (the web server load balancer).

As an example let's consider a web ERP application using Salesforce  as one of its end point. We'll use CA Service Virtualization product to mimic the registration of new Leads into Salesforce. The scenario is to stress test the scalability of this application with a virtualized Salesforce in the back end to simulate a large number of users creating leads through that application. For the stress test we used Blazemeter SaaS application to run simultaneous user transactions originating from various end points at the desired scale.

Running an End to End workflow with CA Automic

automic workflow

We used the Automic ARA (Application Release Automation) tool to create a continuous integration workflow to automatically validate and release end to end a new application built on dynamic infrastructure from QA stage all the way to production. CloudShell components are pulled into the workflow project as action packs and include the create sandbox, delete sandbox and execute test capabilities.

Connecting everything end to end with Sandbox Orchestration

The way everything gets connected together is by using CloudShell setup orchestration to configure the linkage between application components and service end points within the sandbox based on the blueprint diagram. On the front end, the Blazemeter test is updated with the load balancer web IP address of our application. On the back end, the application server is updated with the service virtualization IP address.

Once the test is complete, the orchestration tear down process cleans up all the elements: resources get reset to the initial state and the application is deleted.

Want to learn more? Watch the 8 min demo!

Want to try it out? Download the plugins from our community or contact us to schedule a 30 min demo with one of our expert.

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