Cache GitLab CI dependencies without rebuilding every pipeline
Control dependency reuse in GitLab CI/CD with cache:key, paths, and policy so feature-branch pipelines install faster without stale modules.
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Control dependency reuse in GitLab CI/CD with cache:key, paths, and policy so feature-branch pipelines install faster without stale modules.
A practical guide to adding .gitlab-ci.yml at the repository root, matching runner tags, and verifying a build-test pipeline in GitLab CI/CD with checks and recovery steps.
Discover how GitLab’s `needs` keyword transforms long, stage‑based pipelines into efficient DAGs, slashing feedback time while keeping dependencies safe. A step‑by‑step example, trade‑offs, and best practices are included.
Resolve 'Failed to pull image' errors in GitLab CI by identifying the root cause across networking, authentication, and registry configuration using this diagnostic guide.
Learn how to use the GitLab CI/CD 'include' keyword to break monolithic YAML files into reusable, parameterized templates across projects.
GitLab CI artifacts accumulate by default, inflating repo size and slowing fetches. Learn how to set expiration via UI or YAML, handle version differences, and verify cleanup.
GitLab CI artifacts are kept forever unless you set artifacts: expire_in. Learn how to configure per-job retention, avoid common mistakes, and verify cleanup actually happens.
Your GitLab pipeline has a cache block but reinstalls everything every run. Learn to read the cache lines in job logs, match symptoms to causes, and fix keys, paths, and runner storage.
Learn how to architect GitLab Runners using the Docker executor to ensure job isolation, prevent host escapes, and manage shared CI/CD resources securely.