There is no doubt about the importance of automated frameworks in the Agile environment and as part of the day-to-day testing process. These are some insights to guide any automation project.

1. http://www.AgileQualityMadeEasy.com
Best Practices for Test Automation
David Tzemach

2. Write Clear and Efficient Code

3. Code For People
Just like any other development project, you must
write clear and efficient code that you can run in a
reasonable time. The number of tests run even on
the smallest automation project is often hundreds
and sometimes thousands tests that need to run
over and over again. Therefore, if the code is not
efficient it will affect the timelines and reduce the
number of executions.

4. Tips To Write Clean And Better Code
One place for all functionality
if there’s a large amount of functionality
you’re keeping all in one place, Separate it
using an additional classes
Use Meaningful Names
The name that you specify in your code
should reveal it’s intent
Write Readable Code For People
Don’t waste another developer time by
writing messy code
Conventions
It keeps things clear and let you know
exactly what you’re working with
Commenting just enough
Comments should be used only when they
are needed
Don’t automate duplicate code
Lines and lines of duplicate code are not
only harder to read than a concise and
elegant solution, but also increase the
chance for error

5. Uncertainty Is Automation’s Worst Enemy

6. One of the main criteria to determine the quality of a good automation
project is the ability to provide consistent results every time we run it. If
automation passes successfully in the first run and fails in the second run
without any changes made, we cannot be certain if the failure is due to a
real product bug or a bug in the automation itself.
Uncertainty Is Automation’s Worst Enemy
Make sure that you run on stable environments
How can we reduce uncertainty in an automated environment?
Make sure that new code is approved before releasing it to the main branch
Remove unstable tests
Do not automate unstable functionality
Make sure that each test is verified manually
Make sure that your code is up to date base on functionality changes
Make sure that each test case and code implementation is reviewed
Make sure that you use reliable builds of the application
Make sure that you change the test data when requirements change

7. Determining Failure Gates

8. Test fail, what happens now…?
The automation code is designed to find bugs in the
tested application. For that, we must make sure that
in the case of a failure, it is easy to understand the
root cause of the failed test without spending a lot of
time diagnosing the failure.
Therefore, when writing automation, we must think
about different ways to reduce the debugging time,
such as automated bug reporting, logs and any other
information that improves the debugging process.

9. Automation Reports

10. Test Automation Reports
After every test execution, generate a report that explains
the test results. These guidelines help keep it efficient:
 In case of failure, provide a link to the debugging information
collected during the execution.
 The report shows the execution start and end times.
 The report shows who the automation owner is.
 The report should be clear to the reader.
 The report contains a link to the labs used to run the tests.
 The report is sent automatically to the relevant people.
 The report contains details about the tests that failed and
passed.

11. “Automate or Not, that is the question”

12. Know Which Test Cases to Automate
There are endless test cases that we can run during a
testing cycle, but in reality, we just cannot afford to write
and execute them. Just like in manual testing, we need to
determine which test cases should be automated based on
a few simple factors:
 Automate the test cases that increase the automation ROI.
 Automate any test case that requires high precision.
 Automate any test that is part of the regression cycle.
 Automate test cases that you cannot perform manually.
 Automate any test case that is executed repeatedly.
 Automate any test case that is time-consuming.
 Automate any test case that runs per build.
 Automate high-risk scenarios.

13. And the test cases that you should not automate
 Do not automate test cases for which the requirements are still changing.
The maintainability of such cases will reduce the automation ROI.
 Do not automate test cases that are part of usability testing.
 Do not automate the application GUI if its objects are frequently modified.
 Do not automate test cases that are not verified manually.
 Do not automate ad-hoc random tests.

14. Know the Answer to “Why Are We Automating?“

15. “Why Are We Automating?“
Without knowing the answer to the question above,
do not start any automation project.
It is key to understanding the drive behind the
decision to automate and in addition, helps reduce
the expectation gap between the team and
management.

16. Automate Only What Is Necessary

17. When designing an automation project, always consider the time and investment factors.
Adding an unnecessary test case affects the ROI of the entire project, so automation should
cover only the necessary test cases. There is no benefit in writing tests that will not
contribute to the test coverage.
In addition, before determining the test cases to automate, ask yourself a few basic
questions:
Automate Only What Is Necessary
What maintenance will be needed to adjust this test in future versions?
What is the preparation required in creating the test?
Can the test case be used in future versions?
Are the test’s expected results defined?
Do you have the test data for this test?
What is the objective of the test case?
Do you have the pass/fail criteria?

18. Reduce dependencies of tests

19. Eliminate Dependencies, Don't Manage Them!
When a test fails, we want to find the root cause of the problem as fast as we can. The
last thing we want is to spend time investigating numerous automation steps that affect
the failed test. Independent tests allow you to understand the cause of the failure
faster and remove the dependency on other automation steps. Another advantage of
independent tests is the ability to run each test separately as a single unit without any
relation to the other tests.
No Dependencies
=
Easy Debugging
Increase of automation stability
Improve test execution time
Execute your tests in parallel

20. You Must Be Familiar with the Application Under Test

21. Knowledge is power!
Automated testing should be treated in the same way as manual testing, the people responsible
for building and designing the test scenarios must be familiar with the application being tested:
 Know the technologies used to develop the software.
 Know the main flows of the end-to-end scenarios.
 Know the architecture of the application.
 Know which platforms are supported.

22. Planning Before Implementation

23. “A Goal without a plan is just a wish”
Just like any other project, we cannot write any code before we know the basic parameters:
 Determine the testing tools and programming language to use.
 Understand the deliverables of the automation project.
 Select the appropriate automation framework.
 Understand the expectations.
 Prepare the automation design.
 Expected test coverage.

24. Build the Right Automation Team

25. “Together, ordinary people can achieve extraordinary results.”
Selecting the right automation tool is important, but it is more important to
hire the right people to use it during the development phase:
 Hire an automation architect to design the automation architecture.
 Manual testers should focus on manual testing. If you want them to
automate, make sure that they are dedicated only to the automated
testing work.
 The team must include at least one authority who can lead the
technical aspects and guide the other automation engineers.
 Manual testers are not programmers. Do not ask them to program
without appropriate training.
 Make sure that your team has enough people to meet the project
requirements.

26. Manual Verification Before Automation

27. Verify First, Automate Later
Before automating your tests, you must verify that each test case is tested and verified manually. If
you decide to skip this phase, you will have trouble understanding the source of failures during the
automated process.
Another consequence of skipping the manual verification is that it takes more time to stop the
coder’s work and start the investigation about the failure. If you do the manual verification, you
reduce the investigation time, which allows the coder to keep their focus.

28. Choose an Automation Tool
Which Is Familiar to Your Team Members

29. You can spend thousands of dollars on the best automation tool, but if your team is not
familiar with it they will not get the most out of it and will probably spend more time in
learning it than on actual development.
Which tool is best for you?
 If your team members have previous experience with an automation tool that meets
the project requirements, select it. Their experience will help you meet targets faster.
 When selecting the tool, ask yourself if you can use it in future projects.
 Select the tool that is most suitable to meet the project requirements.
 Select the automation tool that allows your team to develop in a programming
language that they are familiar with.
How can we reduce uncertainty in an automated environment?

30. Thank You