hantim-server

Server provisioning and app management for the hantim webserver. This repo lives at /opt/hantim on the server and contains Docker Compose configs, deploy scripts, nginx configs, and Gitea Actions workflows for each app.

Repo structure

docker/
  nginx/               # Reverse proxy (nginx:alpine) + SSL config
    nginx.conf         # Main nginx config
    conf.d/            # Per-app server blocks (e.g. example.com.conf)
    compose.yml
  <domain>/            # Per-app static site (e.g. example.com)
    compose.yml
  garage/              # Garage S3-compatible object storage
    compose.yml
    Dockerfile
    garage.toml
    .env.keys
scripts/
  bootstrap.sh         # First-time server setup (manual, uses Bitwarden)
  configure.sh         # Idempotent server config (CI-safe)
  deploy.sh            # Deploy + cert issuance + provision (called via SSH)
tools/
  new-app.sh           # Add a new static site (run from dev machine)
  new-service.sh       # Add a new Docker service (run from dev machine)
  remove-app.sh        # Remove a static site (run from dev machine)
.gitea/workflows/      # Per-app deploy workflows triggered by path changes

Provisioning a new server

On a fresh Rocky Linux 9 install:

dnf install -y git
git clone https://git.timothykim.net/hantim/hantim-server.git /opt/hantim
bash /opt/hantim/scripts/bootstrap.sh

bootstrap.sh runs once manually. It:

1. Installs system dependencies (jq, certbot, unzip, Docker)
2. Installs the bws CLI (Bitwarden Secrets Manager)
3. Prompts for a Bitwarden Secrets Manager access token (saved to /etc/bws-token)
4. Fetches the Docker registry token and deploy SSH public key via bws
5. Logs into the Gitea Docker registry
6. Creates the deploy user with restricted SSH access and sudo
7. Runs configure.sh (firewall, certbot, start services)

configure.sh is idempotent and CI-safe. It:

1. Opens firewall ports (HTTP, HTTPS, Garage RPC)
2. Sets up certbot renewal hooks and timer
3. Deploys all services via deploy.sh (nginx first, then all apps)
   • Generates .env files from bws for services with .env.keys
   • Issues SSL certs for new domains (nginx only)
   • Builds or pulls images, starts containers

Prerequisites:

• DNS for all configured domains must point to the server
• Bitwarden Secrets Manager access token for the hantim-server machine account

Adding a new app

./tools/new-app.sh <domain>

Example: ./tools/new-app.sh example.com

This single command handles everything: creates DNS records on Vultr, creates the Gitea repo from static-site-template, generates all config files, issues the SSL cert (zero downtime), commits and pushes, triggers the first build, and verifies the site is live.

Prerequisites: domain nameservers pointed to Vultr, bws/jq/dig installed. Uses the deploy SSH key from Bitwarden Secrets Manager -- no personal server access needed. See USECASES.md for full details.

new-app.sh also creates a Garage media bucket for the domain, allowing media files to be served at https://www.<domain>/media/.

After the site is live, clone the app repo and customize it:

git clone git@git.timothykim.net:hantim/<domain>.git
cd <domain>
# edit content
git add . && git commit -m "initial content" && git push

Deploying changes

App code change (push to an app repo like example.com):

• The app's build.yml builds the Docker image, pushes to the registry, and SSHes into the server to trigger a deploy

Compose or nginx config change (push to this repo):

• Gitea Actions workflows trigger based on which docker/<app>/ paths changed
• deploy.sh pulls the latest code and runs docker compose up -d
• For nginx deploys, the config is tested before applying to prevent downtime

Garage cluster initialization

After provisioning a fresh server, Garage starts and connects to argento automatically via bootstrap_peers. However, the cluster layout must be assigned manually (node IDs change on fresh installs):

# Check both nodes are connected
docker exec garage /garage status

# Assign roles (use the node IDs from status output)
docker exec garage /garage layout assign <hantim-node-id> -z hantim -c 1G
docker exec garage /garage layout assign <argento-node-id> -z argento -c 1G
docker exec garage /garage layout apply --version 1

This only needs to be done once. If only hantim is reprovisioned, argento retains the layout and hantim reconnects automatically.

Media hosting

Media files (images, videos) are stored in Garage and served via nginx at /media/ on each domain. This keeps large files out of git repos.

Endpoints:

• s3.hantim.net — S3 API for uploads (authenticated with media-key)
• garage.hantim.net — Admin API for bucket management
• https://www.<domain>/media/<path> — public file access

Uploading media:

# Configure AWS CLI (one-time)
aws configure  # key ID, secret key from bws, region: garage
aws configure set default.endpoint_url https://s3.hantim.net

# Upload files
aws s3 cp photo.jpg s3://example.com/photo.jpg
aws s3 sync static/media/ s3://example.com/

Local development: Store media in static/media/ (gitignored) so files are accessible at /media/ when serving locally.

Creating buckets manually (for existing domains without buckets):

# Get admin token and media key ID from bws
# Create bucket
curl -X POST -H "Authorization: Bearer $TOKEN" -H "Content-Type: application/json" \
  -d '{"globalAlias": "example.com"}' https://garage.hantim.net/v2/CreateBucket
# Note the bucket ID from the response, then:
curl -X POST -H "Authorization: Bearer $TOKEN" -H "Content-Type: application/json" \
  -d '{"bucketId": "BUCKET_ID", "accessKeyId": "MEDIA_KEY_ID", "permissions": {"read": true, "write": true, "owner": false}}' \
  https://garage.hantim.net/v2/AllowBucketKey
curl -X POST -H "Authorization: Bearer $TOKEN" -H "Content-Type: application/json" \
  -d '{"websiteAccess": {"enabled": true, "indexDocument": "index.html"}}' \
  "https://garage.hantim.net/v2/UpdateBucket?id=BUCKET_ID"

Restoring from backup

Run the same three commands as provisioning. bootstrap.sh is idempotent:

• Existing packages are skipped
• Existing certs are skipped (or re-issued if the server is new)
• All services are started

Secrets

Bitwarden Secrets Manager (project: hantim, fetched via bws CLI on the server):

Secret	Purpose	Used by
hantim-ci-registry-push	Gitea token for Docker registry	bootstrap.sh
hantim-deploy-ssh-public-key	Deploy user's SSH public key	bootstrap.sh
hantim-deploy-ssh-private-key	Deploy user's SSH private key	new-app.sh
hantim-new-app-script	Gitea API token for creating repos	new-app.sh
hantim-vultr-api-key	Vultr API key for DNS management	new-app.sh
hantim-garage-rpc-secret	Garage cluster RPC secret	deploy.sh
hantim-garage-argento-node-id	Argento's Garage node ID + address	deploy.sh
hantim-garage-admin-token	Garage admin API token	deploy.sh, new-app.sh
hantim-garage-media-key-id	S3 access key ID for media uploads	new-app.sh, aws CLI
hantim-garage-media-secret-key	S3 secret key for media uploads	aws CLI

Machine accounts: hantim-server (token at /etc/bws-token), hantim-ci (reserved).

Service secrets (.env.keys)

Services that need secrets declare them in a .env.keys file (format: ENV_VAR=bws-secret-name, one per line). deploy.sh reads this file, fetches each secret from bws, and generates a .env file before starting the service. See docker/garage/.env.keys for an example.

Gitea org-level (hantim) secrets/variables:

Name	Type	Purpose
DEPLOY_HOST	Variable	Server IP or hostname
DEPLOY_SSH_KEY	Secret	SSH private key for the deploy user
CI_REGISTRY_TOKEN	Secret	Gitea token for Docker registry login