Accepting DevOps in mobile application development can be a game changer. DevOps makes sure that all various teams become more efficient in terms of implementation. Accepting DevOps is not a simple process as it needs a lot of technical and business verdicts, but once executed effectively, it can bring value to the company in terms of client satisfaction, enlarged efficiency, and improved revenue. To accept a constant mobile DevOps workflow, all the blocks and potential issues have to be identified first.
Challenges of Adopting DevOps for Mobile App Development
While the elementary principles of accepting DevOps for web applications and mobile applications are the same, there are specific problems for adopting DevOps in mobile application development.
Multi-Platform Support: Mobile applications have multiple target environments. many mobile applications target various devices, OS, hardware features, and more.
Apple App Store and Google Play Store: Basically, a mobile application cannot be deployed straight to a mobile device. It has to go through the Google Play Store for Android and App Store for iOS. The application then goes through a submission and review procedure.
Pull Deployment Model: Past deployments function on a push model where the latest form of the application can be pushed, whether it is a web application or a cloud-based application. However, the procedure of upgrading a mobile app is a pull procedure, as it is up to the customer to select whether or not they need to update the app.
Mobile App Testing: Nothing is poorer than a 1-star rating for your mobile application. Unhappy users can publically damage your brand through the intermediate of the App Store or Play Store. It becomes extremely important for you to do rigorous testing using functional, usability, and performance testing techniques.
How to Adopt Mobile DevOps
Accepting mobile DevOps in your company need three rules of thumb which have to be followed.
Rule #1 – Continuous Integration and Continuous Delivery
- The mobile application development team have to make sure the traceability of all the development resources, containing code, configurations, scripts, documents, text files, etc. CI must be used, which makes sure that the code delivered by one team works with the code delivered by the other team. Regular builds must be completed and new code must be combined with the lastly developed code. iOS and Android are totally dominating the mobile app landscape, and both are very much disjointed.
- There are various variants of Android for almost every brand, and Apple has also pronged iOS to support the iPad. Because of the fragmentation, developers should keep a separate build for every one of the variants and platforms targeted.
- Mobile application developers are adapted to using an IDE to manually generate builds. Different builds are generated for different platforms manually. As the number of builds increases, developers can use scripts to generate automated builds. Developers can manage those scripts by assigning versions to them, thereby ensuring that any build can be reproduced at any time.
Suggested Read: 7 steps to adopt continuous testing
Rule #2 – Testing and Monitoring
- Mobile application development pauses behind enterprise web applications in test automation. Many mobile app testing is completed on simulators rather than on real physical devices, and testing on simulators is a totally manual process. Assumed the number of ways and form factors, it is not even likely to do manual testing. The only choice is to test your application is using automated testing tools.
- Each mobile app requires to interact with the backend application and services. Mobile apps trail a faster development process which results in more releases as likened to the backend application.
- This faster development results in new functionality in the application which is not yet supported by the production atmosphere. To resolve this problem, the whole ecosystem can be made available on virtual instances. It is very common that the app performs well in the test environment but fails in the live environment.
Read also: The top DevOps testing tools of 2019
Rule #3 – Quality and Delivery
- The developers must nearly monitor the feedback and ratings on the App Store for future improvements and updates, which results in incessantly refining mobile apps.