9.0 KiB
phase, plan, type, wave, depends_on, files_modified, autonomous, requirements, user_setup, must_haves
| phase | plan | type | wave | depends_on | files_modified | autonomous | requirements | user_setup | must_haves | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 01-setup-git-foundation | 02 | execute | 2 |
|
|
true |
|
|
Purpose: Students need to understand the project structure immediately after cloning and have clear guidance on setting up their Docker environment. Output: Repository with labs/, how-to-guides/, reference/ directories and comprehensive README.md following Diátaxis principles (direct, simple tone).
<execution_context> @/home/luca/.claude/get-shit-done/workflows/execute-plan.md @/home/luca/get-shit-done/templates/summary.md </execution_context>
@.planning/STATE.md @.planning/ROADMAP.md @.planning/REQUIREMENTS.md @.planning/phases/01-setup-git-foundation/01-RESEARCH.md @.planning/phases/01-setup-git-foundation/01-VALIDATION.md @CLAUDE.md Task 1: Create repository directory structure labs/, labs/lab-01-iam/, labs/lab-02-network/, labs/lab-03-compute/, labs/lab-04-storage/, labs/lab-05-database/, how-to-guides/, reference/ Create directory structure for the course following RESEARCH.md specification:-
Create labs/ directory with subdirectories for each lab:
- labs/lab-01-iam/ (IAM & Sicurezza)
- labs/lab-02-network/ (Network & VPC)
- labs/lab-03-compute/ (Compute & EC2)
- labs/lab-04-storage/ (Storage & S3)
- labs/lab-05-database/ (Database & RDS)
-
Create how-to-guides/ directory for procedure-specific guides (e.g., "Come generare chiavi SSH", "Come ripulire volumi Docker")
-
Create reference/ directory for technical specifications (e.g., docker-compose.yml examples, IP mappings, port references)
-
Add placeholder README.md in each lab directory with:
# Lab XX: [Lab Name] Coming soon. This lab will cover: [brief description]
DO NOT create any lab content yet — only directory structure and placeholder READMEs. test -d labs && test -d how-to-guides && test -d reference && test -d labs/lab-01-iam && test -d labs/lab-02-network && test -d labs/lab-03-compute && test -d labs/lab-04-storage && test -d labs/lab-05-database && echo "STRUCTURE_OK" All required directories exist (labs/, how-to-guides/, reference/). All 5 lab subdirectories exist under labs/. Each lab has a placeholder README.md.
Task 2: Write comprehensive README.md README.md Write project README.md following the template from RESEARCH.md and Diátaxis framework (direct, simple, technically accurate tone).Required sections:
-
Project Overview (What and Why):
# Laboratori Cloud - Corso Soluzioni Cloud Simulazione pratica di servizi cloud usando Docker locale. Questo corso ti insegna i concetti fondamentali del cloud (IAM, Network, Compute, Storage, Database) attraverso laboratori pratici che usano Docker per simulare servizi AWS/Azure/GCP. -
Prerequisites:
## Prerequisiti Prima di iniziare, assicurati di avere: - Docker Engine >= 24.0 installato - Docker Compose V2 (comando `docker compose`, non `docker-compose`) - Utility di rete: netcat, curl, iproute2 ### Risorse Minime Consigliate - RAM: 16 GB (funziona con 8 GB, ma alcuni lab potrebbero essere lenti) - CPU: 4 core - Spazio disco: 20 GB liberi -
Quick Start:
## Quick Start 1. Clona questa repository: ```bash git clone [repository-url] cd laboratori-cloud-
Verifica il tuo ambiente:
./scripts/check-env.sh -
Se tutti i check passano, sei pronto per iniziare il primo laboratorio!
-
-
Lab Overview (5 labs briefly described):
## Laboratori 1. **IAM & Sicurezza** - Configura utenti Linux, permessi Docker socket, capisci i paralleli IAM 2. **Network & VPC** - Crea reti Docker isolate che simulano VPC e Subnets cloud 3. **Compute & EC2** - Deploy container con limiti CPU/memoria e healthchecks 4. **Storage & S3** - Configura Docker Volumes e MinIO per storage S3-compatible 5. **Database & RDS** - Deploy PostgreSQL in rete privata con persistenza dati -
Git Workflow Brief:
## Git Workflow Questo repository segue [Conventional Commits](https://www.conventionalcommits.org/). Esempi di commit che troverai: - `feat(lab-01): add user configuration script` - `test(lab-02): add network isolation test` - `docs(lab-03): add explanation for healthchecks` Ogni laboratorio e sviluppato su un branch isolato (es. `lab-01-iam`) e mergeggiato su `main` solo quando completo e testato. -
Troubleshooting Pointers:
## Troubleshooting ### Docker non parte - Verifica che il demone Docker sia in esecuzione: `docker ps` - Riavvia Docker: `sudo systemctl restart docker` (Linux) ### Script check-env.sh fallisce - Verifica la versione di Docker: `docker --version` (deve essere >= 24.0) - Verifica Compose V2: `docker compose version` (non `docker-compose`) ### Reset completo ambiente - Per pulire tutto tra un lab e l'altro: `./scripts/reset-env.sh`
Tone guidelines (per PRD requirements):
- Direct and simple: avoid jargon where possible
- Technically accurate: don't oversimplify technical details
- Italian language: course is in Italian
- Action-oriented: tell students what to do, not what to think about
DO NOT include emojis in the README. DO NOT write placeholder text — all content must be complete and useful. grep -q "Docker Engine.*24" README.md && grep -q "check-env.sh" README.md && grep -q "Quick Start" README.md && grep -q "IAM.*Network.*Compute.*Storage.*Database" README.md && echo "README_COMPLETE" README.md exists with all required sections. Prerequisites section documents Docker >= 24.0 and Compose V2. Quick Start includes cloning instructions and check-env.sh command. Lab overview describes all 5 labs. Git workflow brief explains Conventional Commits. Troubleshooting section covers common issues.
After all tasks complete: 1. Verify directory structure: `ls -la labs/` shows 5 lab directories 2. Verify README completeness: All sections present and filled with useful content 3. Verify README accuracy: Instructions in README can be followed literally 4. Verify placeholder READMEs exist in each lab directory 5. Test Quick Start instructions by following them literallyCross-verification:
- Directory structure validates GIT-05 (clear repo structure)
- README validates GIT-04 (cloning and setup instructions)
- README references scripts from Plan 01 (check-env.sh, reset-env.sh)
<success_criteria>
- Repository structure matches RESEARCH.md specification exactly
- README.md can be followed by a new student to set up Docker environment
- All 5 lab directories have placeholder READMEs
- Quick Start instructions are accurate and complete
- README follows Diátaxis tone guidelines (direct, simple, accurate) </success_criteria>