Technical Mobile Testing - 3 Day Class - Manchester - Richard Bradshaw
Masters of the Ministry is where carefully selected members of the Ministry of Testing community design, organise and deliver their own training.
The next Masters of the Ministry course we have is 'Technical Mobile Testing'. This three day course is being taught by Richard Bradshaw in Manchester on the 4th-6th December.
Full description of the course is below, the first eight tickets are £1200 (inc VAT), followed by £1300 and £1400. The course is limited to 24 attendees.
Technical Mobile Testing - Richard Bradshaw - 3 Day Course
Richard Bradshaw - Technical Mobile Testing
What Do We Mean By ‘Technical Mobile Testing’?
Technical can mean many things, but in the context of this course, it means using tools to support our testing. Over the three days, we are going to explore mobile testing, specifically where we can utilise tools to support it. However, we won’t be adopting a tool first approach, instead, we will be discussing the common challenges and problems with testing on mobile. We’ll then explore and utilise the tools available to assist with those challenges and problems. This approach will give us the power to know when to use a tool and when not to.
Why You Should Take This Course
If you’ve found yourself testing on mobile recently, you have probably considered or tried to introduce some automation or tools into your testing efforts. You are probably thinking along the lines of, how can I make this easier? Or how can I see this clearer? But it can appear a daunting task; there are so many frameworks and so many tools out there, where do you start? What techniques and heuristics can you apply?
Well, this is exactly what we are going to cover in this course. Over the three days, we are going to familiarise ourselves with a whole host of tools and even build some of our own that utilise mobile frameworks. Tools that will immediately make mobile testing easier. Tools that will save you time. Tools that extend your reach. Tools that will show you exactly what is going on. Tools that will lighten the load. When we pair these tools with proven techniques and heuristics, we are in for some great testing and learning!
There is no one-way to test mobile, and there never will be. Instead, we need to understand the domain and fill our tool belts with as many tools as we can, so we are equipped to tackle any problems that may arise.
What You Will Learn On This CourseDay One
The first half of day one is all about theory, strategy and gaining a common understanding of mobile testing. Setting the foundation for the rest of the course.
The second half will be spent exploring tools available right in our browsers for supporting mobile testing.
By the end of day one, attendees will be able to:
- Describe and discuss the challenges of testing on mobile
- Compare and contrast mobile application architectures
- Evaluate whether to use an emulator, simulator or real device
- Apply a popular mobile test mnemonic to a real application
- Demonstrate the mobile features of Chrome Developer Tools
Day two is all about tools. We are going to explore and use tools available in the mobile SDKs and IDEs and discuss how the data from these tools can be useful to our testing. We will also explore the powerful command line tools available for Android.
The second half will be focused on proxies. I honestly don’t know how mobile testing can be done well without them! We are going to explore some common testing scenarios, then look at how convenient a proxy can make executing those tests.
By the end of day two, attendees will be able to:
- Use common mobile monitoring tools and analyse the data displayed
- Explain Android Debugger Bridge (ADB) and demonstrate some simple commands to assist with mobile testing
- Develop simple scripts utilising ADB
- Model the behaviour of a proxy
- Produce a list of test scenarios a proxy can support
- Demonstrate the features of proxy tools to assist mobile testing
Day three is about automated checks/tests. They’re many frameworks out there, however, three have gained more traction, namely: Espresso, XCUITest and Appium. We are going to compare and contrast them, look at working example checks, and create our own automated checks using Appium.
By the end of day three, attendees will be able to:
- Explain how popular mobile automation tools work
- Compare and contrast popular mobile automation tools
- Build and execute some automated checks using Appium
- Analyse if a mobile project would benefit from the addition of automated checks
What You Will Need To Bring
Please bring a smartphone(s) or tablet(s). Either iOS, Android or both!
Please bring a laptop, OS X or Windows. If you want to test using iOS then you will need a Mac.
Is This Course For You?
Are you currently testing on mobile?
If yes, this course is for you.
If no, perhaps you may be in the future and want to prepare yourself for it and add new skills.
I don’t have any programming skills Richard, should I attend?
Yes. We will be doing some programming on day three, but full support will be provided for all experience levels by me and through pairing with more experienced attendees.
I’m not technical, should I attend?
Yes. While this course is called ‘technical’, some of the tools we will be using are very simple. All tools will be fully explained, many examples will be provided and all hands-on activities will be fully supported.
Richard Bradshaw - Technical Mobile Testing
This course is taught by Richard Bradshaw, also known as the FriendlyTester.
Richard is highly respected in the testing space, especially for his work on technical testing and automation in testing.
From 2014 to the end of 2016, Richard was the lead tester on O2 Priority, testing on the web, iOS and Android. Along with the team, he managed to take the apps from having average ratings to some of the best rated apps in the app stores. When Richard left the team, the iOS app was 5 stars overall from 45,000+ reviews and the Android app was 4.7 from 60,000+ reviews. Not bad at all for an app used by millions of customers.
Now, of course, this wasn’t all down to testing, but it certainly played a big part.