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Terraform Workshop – Overview

This workshop covers the path from infrastructure-as-code fundamentals to HCP Terraform, Terraform Enterprise, policy as code, state security and incid…

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Terraform Workshop – Overview

Overview

This workshop covers the path from infrastructure-as-code fundamentals to HCP Terraform, Terraform Enterprise, policy as code, state security and incident response.

The focus is on:

  • Terraform language and HCL
  • providers, resources, data sources, variables, locals and outputs
  • CLI workflow with init, fmt, validate, plan, apply and destroy
  • state, backends, locking, workspaces and remote state
  • modules, versioning, registry models and refactoring
  • CI/CD, plan artifacts, HCP Terraform, Terraform Enterprise and TACOS
  • security, secrets, supply chain, policy as code and recovery
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Quickstart

bash
# Workshop content is provided through the Orthevs Academy.
chmod +x scripts/provision_terraform.sh
./scripts/provision_terraform.sh --dry-run
./examples/00-lab-skeleton/run.sh
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Audience

Developers, DevOps engineers, system engineers, platform engineers, SREs, cloud engineers, tech leads and security engineers who write, review, automate or secure Terraform configurations.

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Learning Path

Level Focus Outcome
Fundamentals IaC, HCL, Provider, Resources, Variablen, Outputs, lokaler State und sicherer CLI-Workflow You can explain, locally check and review the related Terraform patterns.
Intermediate Module, Backends, Remote State, Locking, for_each, lifecycle, Import und Refactoring You can explain, locally check and review the related Terraform patterns.
Professional Multi-Environment-Design, Modulversionierung, CI/CD, Drift, HCP Terraform, TACOS und Governance You can explain, locally check and review the related Terraform patterns.
Advanced Security State Security, Least Privilege, Supply Chain, Policy as Code, Destroy-Schutz und Incident Response You can explain, locally check and review the related Terraform patterns.
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Structure

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Workshop Structure

text
.
├── assessments/
├── docs/
├── examples/
├── exercises/
├── media/
├── scripts/
├── workshops/
├── LICENSE.md
└── README-EN.md
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Prerequisites

  • Linux, macOS or WSL
  • Terraform CLI for real CLI labs
  • Git
  • Python 3 for local validation scripts
  • optional HCP Terraform or Terraform Enterprise for remote-run and governance labs
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Official Documentation

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Working Mode

  • Do not use production cloud credentials in labs.
  • State files and plan artifacts are treated as sensitive data.
  • Examples use local artifacts and simulated review models.
  • License, platform and ecosystem decisions are documented instead of assumed.
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Sources and References

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Review Checklist for the Workshop

  • 01. document configuration and target state: Record the affected module, provider, resource, state and backend path.
  • 02. review provider requirement: Record the affected module, provider, resource, state and backend path.
  • 03. explain state impact: Record the affected module, provider, resource, state and backend path.
  • 04. evaluate plan diff: Record the affected module, provider, resource, state and backend path.
  • 05. describe backend and locking model: Record the affected module, provider, resource, state and backend path.
  • 06. review module boundary: Record the affected module, provider, resource, state and backend path.
  • 07. evaluate variable and output: Record the affected module, provider, resource, state and backend path.
  • 08. produce drift evidence: Record the affected module, provider, resource, state and backend path.
  • 09. mark secret risk: Record the affected module, provider, resource, state and backend path.
  • 10. name policy or CI gate: Record the affected module, provider, resource, state and backend path.
  • 11. record rollback or recovery path: Record the affected module, provider, resource, state and backend path.
  • 12. write team rule: Record the affected module, provider, resource, state and backend path.
  • 13. document configuration and target state: Record the affected module, provider, resource, state and backend path.
  • 14. review provider requirement: Record the affected module, provider, resource, state and backend path.
  • 15. explain state impact: Record the affected module, provider, resource, state and backend path.
  • 16. evaluate plan diff: Record the affected module, provider, resource, state and backend path.
  • 17. describe backend and locking model: Record the affected module, provider, resource, state and backend path.
  • 18. review module boundary: Record the affected module, provider, resource, state and backend path.
  • 19. evaluate variable and output: Record the affected module, provider, resource, state and backend path.
  • 20. produce drift evidence: Record the affected module, provider, resource, state and backend path.
  • 21. mark secret risk: Record the affected module, provider, resource, state and backend path.
  • 22. name policy or CI gate: Record the affected module, provider, resource, state and backend path.
  • 23. record rollback or recovery path: Record the affected module, provider, resource, state and backend path.
  • 24. write team rule: Record the affected module, provider, resource, state and backend path.
  • 25. document configuration and target state: Record the affected module, provider, resource, state and backend path.
  • 26. review provider requirement: Record the affected module, provider, resource, state and backend path.
  • 27. explain state impact: Record the affected module, provider, resource, state and backend path.
  • 28. evaluate plan diff: Record the affected module, provider, resource, state and backend path.
  • 29. describe backend and locking model: Record the affected module, provider, resource, state and backend path.
  • 30. review module boundary: Record the affected module, provider, resource, state and backend path.
  • 31. evaluate variable and output: Record the affected module, provider, resource, state and backend path.
  • 32. produce drift evidence: Record the affected module, provider, resource, state and backend path.
  • 33. mark secret risk: Record the affected module, provider, resource, state and backend path.
  • 34. name policy or CI gate: Record the affected module, provider, resource, state and backend path.
  • 35. record rollback or recovery path: Record the affected module, provider, resource, state and backend path.
  • 36. write team rule: Record the affected module, provider, resource, state and backend path.
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Practice Appendix: Workshop

This appendix is a working backlog for longer trainings, reviews and repetitions. Each task can be checked locally with HCL artifacts and a Git repository.

A001. Terraform

  • Task: document configuration and target state and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A002. HCL

  • Task: review provider requirement and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A003. State

  • Task: explain state impact and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A004. Backend

  • Task: evaluate plan diff and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A005. Security

  • Task: describe backend and locking model and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A006. Terraform

  • Task: review module boundary and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A007. HCL

  • Task: evaluate variable and output and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A008. State

  • Task: produce drift evidence and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A009. Backend

  • Task: mark secret risk and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A010. Security

  • Task: name policy or CI gate and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A011. Terraform

  • Task: record rollback or recovery path and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A012. HCL

  • Task: write team rule and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A013. State

  • Task: document configuration and target state and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A014. Backend

  • Task: review provider requirement and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A015. Security

  • Task: explain state impact and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A016. Terraform

  • Task: evaluate plan diff and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A017. HCL

  • Task: describe backend and locking model and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A018. State

  • Task: review module boundary and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A019. Backend

  • Task: evaluate variable and output and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A020. Security

  • Task: produce drift evidence and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A021. Terraform

  • Task: mark secret risk and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A022. HCL

  • Task: name policy or CI gate and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A023. State

  • Task: record rollback or recovery path and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A024. Backend

  • Task: write team rule and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A025. Security

  • Task: document configuration and target state and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A026. Terraform

  • Task: review provider requirement and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A027. HCL

  • Task: explain state impact and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A028. State

  • Task: evaluate plan diff and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A029. Backend

  • Task: describe backend and locking model and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A030. Security

  • Task: review module boundary and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A031. Terraform

  • Task: evaluate variable and output and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A032. HCL

  • Task: produce drift evidence and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A033. State

  • Task: mark secret risk and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A034. Backend

  • Task: name policy or CI gate and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A035. Security

  • Task: record rollback or recovery path and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A036. Terraform

  • Task: write team rule and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A037. HCL

  • Task: document configuration and target state and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A038. State

  • Task: review provider requirement and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A039. Backend

  • Task: explain state impact and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A040. Security

  • Task: evaluate plan diff and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A041. Terraform

  • Task: describe backend and locking model and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A042. HCL

  • Task: review module boundary and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A043. State

  • Task: evaluate variable and output and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A044. Backend

  • Task: produce drift evidence and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A045. Security

  • Task: mark secret risk and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A046. Terraform

  • Task: name policy or CI gate and connect the observation explicitly to Terraform.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A047. HCL

  • Task: record rollback or recovery path and connect the observation explicitly to HCL.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A048. State

  • Task: write team rule and connect the observation explicitly to State.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A049. Backend

  • Task: document configuration and target state and connect the observation explicitly to Backend.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.

A050. Security

  • Task: review provider requirement and connect the observation explicitly to Security.
  • Evidence: Record at least one Terraform-related command, expected output and a boundary of that evidence.
  • Operations question: What would a wrong assumption cause in dev, staging, prod and CI?
  • Security question: Which credentials, state values, provider versions or outputs would be critical?
  • Recovery: Describe whether revert, state operation, import, backend restore, secret rotation or manual provider correction would be needed.
12 / 12

TFM · Orthevs Academy

31 modules ως ενιαία διαδρομή μάθησης.

Η σειρά παραμένει αμετάβλητη: από τη βασική δομή του lab μέσω τεχνικών θεμελίων και λειτουργικών μοντέλων έως το τελικό troubleshooting. Τα τεχνικά ονόματα καταλόγων διατηρούνται σκόπιμα.

Orthevs – Η μηχανική ως βάση για όσα ακολουθούν.

Το Orthevs ως εφαρμογή

Εγκατάσταση του Orthevs

Η web app του Orthevs μπορεί να εγκατασταθεί σε υποστηριζόμενες κινητές συσκευές και browsers υπολογιστή.

iPhone και iPad

Ανοίξτε το Orthevs στο Safari. Πατήστε Κοινή χρήση και μετά Προσθήκη στην οθόνη αφετηρίας. Ενεργοποιήστε το Άνοιγμα ως web app, αν εμφανίζεται, και πατήστε Προσθήκη.

Android

Για τη web app, ανοίξτε το μενού του browser και επιλέξτε Εγκατάσταση εφαρμογής ή Προσθήκη στην αρχική οθόνη. Επιβεβαιώστε την εγκατάσταση.

Browser υπολογιστή

Ανοίξτε το μενού του browser ή το εικονίδιο εγκατάστασης στη γραμμή διευθύνσεων και επιλέξτε Εγκατάσταση εφαρμογής ή Προσθήκη στο Dock.

Η εγκατάσταση της web app εξαρτάται από τον browser. Αν δεν εμφανιστεί διάλογος εγκατάστασης, ακολουθήστε τα βήματα του browser που αναφέρονται παραπάνω.