You have a CI/CD pipeline in GitLab with several jobs. One of your jobs, critical_task, must run and complete successfully before any other jobs in its stage can execute. You have configured the .gitlab-ci.yml as follows:stages: - setup - test critical_task: stage: setup script: - echo "Critical Task Running" secondary_task: stage: setup script: - echo "Secondary Task Running" needs: - critical_task unit_tests: stage: test script: - echo "Running unit tests"

Your GitLab CI/CD pipeline is set up for a large application with multiple stages and jobs. Recently, you noticed that a specific job in the middle of the pipeline is failing, causing the subsequent jobs to be skipped. You want to identify the root cause efficiently using the GitLab Pipeline Graph. Which of the following steps should you take to pinpoint the issue?

In a complex CI/CD pipeline setup, you have the following stages defined in your .gitlab-ci.yml file: build, test, deploy. A recent change in the repository introduced a bug that caused the test stage to fail intermittently. Which of the following would be the most effective approach to identify and resolve the issue?

Your team is working on a GitLab project that handles sensitive user data. To prevent accidental exposure of secrets like API keys and passwords, you need to enable Secret Detection in your CI/CD pipeline. Which of the following steps is NOT required to set up Secret Detection in GitLab?

A DevOps engineer is configuring a GitLab CI/CD pipeline with multiple jobs. They need to ensure that certain jobs execute before others while optimizing the pipeline's efficiency. Which of the following best describes how GitLab determines the order of job execution in a pipeline?