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Continuous Integration in Application Management

Continuous Integration in Application Management

$249.00
How you learn:
Self-paced • Lifetime updates
Toolkit Included:
Includes a practical, ready-to-use toolkit containing implementation templates, worksheets, checklists, and decision-support materials used to accelerate real-world application and reduce setup time.
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This curriculum spans the technical and operational rigor of a multi-workshop engineering rollout, addressing the same pipeline design, security, and maintenance challenges encountered in large-scale internal CI/CD adoption programs.

Module 1: CI Pipeline Architecture and Design

  • Selecting between monorepo and polyrepo strategies based on team autonomy, dependency management, and build performance requirements.
  • Designing pipeline concurrency limits to prevent resource exhaustion during peak commit windows.
  • Implementing pipeline templating using shared configuration files to enforce consistency across services.
  • Integrating artifact versioning strategies (semantic versioning vs. build-number-based) into pipeline stages.
  • Choosing between declarative and scripted pipeline syntax based on auditability and maintenance overhead.
  • Configuring pipeline triggers to distinguish between pull request validation and main-branch deployment workflows.

Module 2: Source Control Integration and Branching Strategies

  • Enforcing branch protection rules that require CI status checks before merge enforcement.
  • Implementing automated branch cleanup for feature branches after successful merge to main.
  • Designing merge strategies (squash, rebase, or merge commit) based on audit trail and rollback requirements.
  • Integrating pre-commit hooks with CI to catch formatting and linting issues before push.
  • Managing long-lived release branches with selective backporting of hotfixes via CI gating.
  • Using branch-specific pipeline configurations to disable non-essential stages in experimental branches.

Module 3: Build Automation and Dependency Management

  • Configuring build caches across agents to reduce compilation time for large Java or C++ projects.
  • Implementing dependency pinning in package managers to prevent untested transitive updates.
  • Integrating private artifact repositories with CI runners using secure credential injection.
  • Parallelizing build steps for multi-module applications while managing shared resource contention.
  • Enforcing build reproducibility through deterministic timestamps and environment variable control.
  • Monitoring build duration trends to detect performance degradation from dependency bloat.

Module 4: Test Execution and Quality Gate Enforcement

  • Distributing test suites across parallel jobs based on execution time and resource consumption profiles.
  • Integrating code coverage thresholds into CI with fail-on-coverage-drop policies for critical modules.
  • Managing flaky tests by implementing quarantine labels and automated re-run policies.
  • Running integration tests in ephemeral environments provisioned within the pipeline lifecycle.
  • Enforcing static analysis tools (e.g., SonarQube, ESLint) as mandatory gates before artifact promotion.
  • Configuring test result aggregation and reporting to centralized dashboards for compliance auditing.

Module 5: Artifact Management and Promotion Workflows

  • Designing immutable artifact naming schemes that include source commit hash and build ID.
  • Implementing artifact signing and checksum verification to prevent tampering in transit.
  • Configuring retention policies for build artifacts based on regulatory and debugging needs.
  • Orchestrating multi-stage promotions (dev → staging → prod) using manual approval gates in CI.
  • Integrating SBOM (Software Bill of Materials) generation into artifact packaging steps.
  • Using metadata tagging to associate artifacts with compliance controls and deployment eligibility.

Module 6: Infrastructure and Environment Provisioning

  • Provisioning ephemeral test environments using infrastructure-as-code within pipeline execution.
  • Managing database schema migrations in CI with rollback validation in staging environments.
  • Isolating test environments per pipeline run to prevent data contamination and race conditions.
  • Integrating service mesh configuration into environment setup for microservices testing.
  • Automating cleanup of cloud resources after pipeline completion to control cost and sprawl.
  • Configuring DNS and routing rules dynamically for preview environments tied to pull requests.

Module 7: Security and Compliance Integration

  • Scanning container images for vulnerabilities during build and blocking deployment on critical findings.
  • Injecting secrets into pipeline jobs using short-lived tokens from a vault system.
  • Implementing pipeline-level role-based access control to prevent unauthorized configuration changes.
  • Enabling audit logging for all pipeline executions to support forensic investigations.
  • Integrating SAST tools into pre-merge stages with baseline suppression management.
  • Validating pipeline configurations against organizational security policies using policy-as-code frameworks.

Module 8: Monitoring, Observability, and Pipeline Maintenance

  • Instrumenting pipelines with custom metrics to track success rate, duration, and failure modes.
  • Setting up alerting on pipeline failures that distinguish between infrastructure and code issues.
  • Rotating CI/CD service account credentials and SSH keys on a defined schedule.
  • Conducting periodic pipeline configuration reviews to remove deprecated stages and dependencies.
  • Implementing canary analysis for pipeline updates to minimize configuration rollout risk.
  • Archiving historical pipeline data to meet data retention policies without impacting performance.
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