Friday , 20 October 2017

How To Deploy Continuous Delivery For Mobile Apps Production

Deploying code for any software takes time and testing. In large-scale systems or production environments, a continuous delivery system streamlines the code deployment. Compared to testing code before release, the process automates building and testing software faster. Interesting to app developers, continuous delivery for mobile apps allows quicker software releases. These are incremental releases that are much more easily managed by developers and users across mobile platforms. Below, we explore how to implement continuous delivery in apps.

Plan The Continuous Delivery Model

Typically, the continuous delivery process follows a series of steps. Your model should include the automated testing, triggers for failed tests and simulation environments. These activities can run in parallel or one after the other. To ensure the best speed, plan your delivery model carefully. By eliminating redundancies, you will be able to automate the build and tests for a software release.

Start With Source Control

After planning stages, the continuous delivery process starts with source control. Any changes that are made are sent to the source control distros system. These can include multiple branches of software versions. From the source control, the automation process takes over to run building and staging the software changes. An organized source control will setup your delivery process for quicker mobile app releases.

Install Continuous Integration

For successful mobile app releases, install a continuous integration software. There are both open source and proprietary options. Many of the systems automate the building of the app and monitors the jobs run externally. Your continuous integration configuration should fit accordingly within your planning models. When executed successfully, the building and testing phases of mobile apps should be completely automated.

Deploy Across Machine Networks

Then, continuous delivery is almost complete. If everything goes well in the automatic building and testing phases, you can deploy the release across your network of machines. In effect, your instantiation code release will become more stable and secure across multiple machines. The performance will increase too as the server load is lower per machine. When ready, the release should be made available to app users.

Adopt A Kanban Methodology

Prior to continuous development, mobile apps had longer delays between updates. Now, you can increase the velocity of mobile app updates. The Kanban methodology for mobile apps defines the scope explicitly. It lowers the amount of deliverables and reduces the times to push new software. On top of that, mobile users can download the latest updates more frequently. Consequently, you can release better software, more frequently for mobile apps.

A strong continuous delivery strategy for mobile apps works. It reduces the time need build, test and deploy software. Thus, in a world where companies have over 1,000 developers in their vertica network, it is a scalable way to release new updates. Especially with multiple operating systems, a continuous delivery system should streamline your software release process significantly. The impact on your mobile apps creates better user experience and quicker updates that ever before. Remember to plan, test with the appropriate tools and deploy across your networks for a complete continuous delivery process.

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