samsung remote test lab android studio debug

#SAMSUNG REMOTE TEST LAB ANDROID STUDIO DEBUG UPDATE#
#SAMSUNG REMOTE TEST LAB ANDROID STUDIO DEBUG ANDROID#
#SAMSUNG REMOTE TEST LAB ANDROID STUDIO DEBUG CODE#

Using MVP, means avoiding having our view embedded with business logic and a clearer understanding of what we’re trying to achieve within that component. Whilst the internet is awash with information on the Model View Presenter (MVP) pattern, I’m going to give a quick overview of how it works so we can better understand why it makes sense using it. Let’s take a quick look at each one to get a better understanding about how this might all play out.

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That’s why at ustwo we decided an Android architecture should take into consideration the Model View Presenter pattern, dependency injection, packaging by features and tests.

Nonetheless, we could try to come up with an easier scaffolding solution to enable us to apply a more decoupled structure where you can apply tests to different components.

That’s why we need to adapt to the project at hand, understand the constraints and caveats and, from there, define the best possible scenario. There’s always some trade-offs that we’ll need to make. How does ustwo develop for Android?Īs we all know, there’s no such thing as the perfect architecture. On the off-chance anything happens, the build breaks or the tests fails, then a quick report – email, Slack message or any other medium – will give us the alert that something needs fixing.

#SAMSUNG REMOTE TEST LAB ANDROID STUDIO DEBUG CODE#

Since we’re building our application then why not just apply some tests to validate our components and logic? Each time we push new code into our repositories, we test the build – improving the resilience of our project. We could easily achieve that by implementing a continuous integration process to bridge the flow between committing code and the building process. Process FlowĮvery time we commit new code into our version controls tools we should be assured that everything's working as it should – we need to know that nothing broke in previous developments. This was something which I was able to present at GDG Porto – watch my talk or read on for a more in-depth exploration. We have captured this process in an open-source Android boilerplate – a tool which allows us to kickstart our own projects as well as share knowledge with the community and gather feedback. In particular, how the Model View Presenter pattern allows us to get our application ready for testing and how continuous integration anchors play nicely with Firebase Test Lab – testing in real devices with multiple different configurations. In this blog post, I will go into the details of ustwo’s Android strategy when it comes to these foundational elements. So, that’s three key concepts to consider in every project: architecture, continuous integration and testing.

Plus, in the off chance of breaking anything whilst pushing a commit we want to be aware of it asap. We also want to reassure ourselves that every time we add more features to our applications they behave as expected and that’s why we apply tests to it.

#SAMSUNG REMOTE TEST LAB ANDROID STUDIO DEBUG UPDATE#

That’s why it’s important to set up a well thought-out architecture for our project so we could easily get access to every component and update it. To achieve that we want to be sure our app is ready for change. Mobile developers, more than ever, need to create applications ready for a savvy marketplace – users expect responsiveness, good content and a coherent experience throughout the app.

Samsung remote test lab android studio debug