Pipeline stages and test gates in Testing Fundamentals - Cheat Sheet & Quick Revision

Recall & Review

beginner

What is a pipeline stage in software testing?

A pipeline stage is a step in the software delivery process where specific tasks like building, testing, or deploying happen in order.

beginner

Define a test gate in a pipeline.

A test gate is a checkpoint in the pipeline that decides if the software can move forward based on test results, like passing or failing tests.

beginner

Why are test gates important in a pipeline?

Test gates help catch problems early by stopping the pipeline if tests fail, preventing bad code from moving to the next stage.

beginner

Name three common pipeline stages in software testing.

Common stages include: 1) Build stage, where code is compiled; 2) Test stage, where automated tests run; 3) Deploy stage, where software is released.

beginner

How does a pipeline improve software delivery?

A pipeline automates steps, making delivery faster and more reliable by running tests and checks automatically before moving forward.

What happens if a test gate fails in a pipeline?

A The pipeline stops and does not proceed to the next stage.

B The pipeline skips the failed tests and continues.

C The pipeline automatically fixes the errors.

D The pipeline deploys the software anyway.

If a test gate fails, it stops the pipeline to prevent faulty code from moving forward.

Which stage usually comes first in a pipeline?

A Deploy stage

B Test stage

C Release stage

D Build stage

The build stage compiles the code and usually runs before testing or deployment.

What is the main purpose of automated tests in a pipeline?

A To manually check the code.

B To automatically verify code quality and functionality.

C To deploy the software faster.

D To write new code.

Automated tests check if the code works correctly without manual effort.

Which of these is NOT a typical pipeline stage?

A Build

B Test

C Sleep

D Deploy

Sleep is not a pipeline stage; build, test, and deploy are common stages.

How do test gates help improve software quality?

A By stopping the pipeline when tests fail.

B By speeding up deployment without checks.

C By ignoring test results.

D By allowing all code to pass through.

Test gates stop the pipeline if tests fail, preventing bad code from progressing.

Explain what pipeline stages and test gates are and how they work together in software testing.

Think about the steps software goes through and how checks keep it safe.

Describe the benefits of using test gates in a software delivery pipeline.

Consider how stopping problems early helps the whole team.