chore: snapshot before production push
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Welcome to darkproxy...
This container runs the following vontainers in the stack.
3proxy-eagle - Socks5/http proxy
- DNS
- pihole - ad blocking and metrics
- PopuraDNS - non-recursive DNS forwards requests to the following:
Alfis - Blockchain based yggdrasil resolver
EmerCoin - Resolves EMC domains
UnBound - Recursive DNS for Clearnet domains
* .onion and .i2p domain names are now resolved via the stack (see DNS section below)
- I2PD over Yggdrasil container (`container_name: darki2p`)
* Yggdrasil IP network stack
* Socks5 server for I2P
- Tor container
The system offers a DNS that resolves many darknet and clearnet IP's. The
stack now handles:
* `*.onion` forwarded to Tor's DNSPort running in the `darktor` container at
10.5.0.7:9053.
* `*.i2p` served by the built-in DNS server inside the `darki2p` container
(10.5.0.2:53) which is enabled via the `[dns]` section in `i2pd.conf`.
You can query these directly from any container on the `darkproxy` network, for
example:
```sh
# Tor .onion domains
docker run --rm --network darkproxy infoblox/dig dig @10.5.0.4 facebookcorewwwi.onion
# I2P .i2p domains
docker run --rm --network darkproxy infoblox/dig dig @10.5.0.4 stats.i2p
# Ethereum Name Service (.eth) via Cloudflare fallback
docker run --rm --network darkproxy infoblox/dig dig @10.5.0.4 vitalik.eth
# Other supported TLDs: .bit, .alt, .loki, .zil, .web3, .exit, .onion4, .onion6
docker run --rm --network darkproxy infoblox/dig dig @10.5.0.4 example.bit
```
> **Note:** the CoreDNS service at `10.5.0.4` no longer enforces an ACL for
> the root zone it will happily perform recursive lookups for any client.
> Queries from your host should now work without the “refused to do a recursive
> query” error. If you later reintroduce an ACL, update this note accordingly.
## Supported TLDs and resolvers
The stack now provides DNS resolution for a comprehensive set of alternative TLDs:
| TLD | Resolver | Purpose |
|-----|----------|---------|
| `.onion`, `.exit`, `.onion4`, `.onion6` | Tor DNSPort (10.5.0.7:9053) | Tor hidden services |
| `.i2p` | i2pd DNS (10.5.0.2:53) | I2P eepsite names |
| `.eth` | Cloudflare 1.1.1.1 | Ethereum Name Service |
| `.bit` | Google 8.8.8.8 | Namecoin names |
| `.alt` | alt-root 185.121.177.177 | Alternative DNS root |
| `.loki` | Cloudflare 1.1.1.1 | Lokinet privacy network |
| `.zil` | Cloudflare 1.1.1.1 | Zilliqa blockchain |
| `.web3` | Cloudflare 1.1.1.1 | General blockchain namespace |
| Alfis TLDs | Alfis (10.5.0.3) | `.anon`, `.btn`, `.conf`, `.index`, `.merch`, `.mirror`, `.mob`, `.screen`, `.srv`, `.ygg` |
| EmerCoin TLDs | EmerCoin (10.5.0.9) | `.emc`, `.coin`, `.lib`, `.bazar`, `.enum` |
| OpenNIC TLDs | OpenNIC public resolvers | `.bbs`, `.chan`, `.cyb`, `.dyn`, `.epic`, `.geek`, `.gopher`, `.indy`, `.libre`, `.neo`, `.null`, `.o`, `.oss`, `.oz`, `.parody`, `.pirate`, `.fur`, `.ku`, `.rm`, `.te`, `.ti`, `.uu`, `.ko` |
| Clearnet | Unbound (10.5.0.5) | All other domains via recursive resolution |
## Configuration validation and drift tests
A simple automation is included to help detect accidental changes to the
compose and DNS configuration:
1. **Local check** run `scripts/validate-config.sh` (or its PowerShell equivalent).
- The script requires `docker` to be installed; it will generate a normalized
manifest and compare it against `docker-compose.lock.yml`.
- If the baseline file does not exist it will be created; commit the file after
review.
- CoreDNS syntax is also validated using either a local `coredns` binary or a
container.
2. **CI workflow** `.github/workflows/config-validation.yml` is triggered on
pushes or pull requests affecting `docker-compose.yml` or `PopuraDNS/`.
The job executes the same `docker compose config` comparison and runs the
Corefile check inside a container.
3. **Updating the baseline** when intentional changes are made to the
compose file, regenerate the baseline:
```sh
scripts/validate-config.sh # fails with drift
cp generated.yml docker-compose.lock.yml
git add docker-compose.lock.yml
```
These steps ensure that configuration drift is caught early and reviewers can
see what has changed.
## Monitoring the proxy
A lightweight Prometheus/Grafana stack is included to expose 3proxy metrics
and give you visibility into traffic volumes, connected sessions, etc.
### how it works
* `3proxy` is configured with `monitor -p6800`, which sets up a plain-text
status socket. Samples look like `PROXY CONNS 12` or `SOCKS IN 345`.
* `monitor/exporter.py` polls that socket every few seconds and exports
the counters on HTTP port **9100** in Prometheus format.
* The `docker-compose.yml` file now defines three new services:
`3proxy_exporter`, `prometheus` and `grafana`.
Prometheus scrapes the exporter and Grafana points at Prometheus as a data
source.
### building & running
The exporter lives in `monitor/`; build the image and start the stack:
```sh
# build everything including the new services
docker-compose build 3proxy_exporter prometheus grafana
docker-compose up -d
```
Prometheus will be accessible on port **9090**, Grafana on **3000** (admin
password `secret`). Use Grafana to create or import dashboards a simple
example JSON is provided in `monitor/3proxy-dashboard.json`. You can import
that file directly or build your own panels using metrics such as
`proxy_conns` and `proxy_bytes_in`.
### tips
* Alerts can be added in Prometheus rules, e.g. fire when `proxy_conns`
exceeds a threshold for several minutes.
* If you dont want the full stack, you can still query the monitor port
directly with `nc`; nothing in the proxy depends on the exporter.
* The `scripts/validate-config.sh` script warns if a 3proxy config lacks a
`monitor` line.
## Production readiness checklist
Make sure you never commit real secrets. The `secrets/` directory is now
included in `.gitignore`; both timezone and Yggdrasil key files live there and
are mounted into containers at runtime.
Before deploying to a live environment, run the validation script and resolve
any warnings or errors. The script covers:
* YAML syntax and drift against the committed baseline
* CoreDNS/PopuraDNS Corefile syntax
* Unbound configuration syntax
* Presence of required secret files
* Simple 3proxy configuration sanity (presence of `socks`/`proxy` rules)
* Detection of `:latest` image tags (pin to fixed versions)
* Verification that restart policies exist
The GitHub Actions workflow also includes a **smoke test** job that spins up
all services in `docker-compose.yml` using a DockerinDocker service and
waits for each containers healthcheck to report `healthy`. This gives an
additional layer of confidence that the stack can be built and started
successfully.
You can also extend the script with additional service-specific checks such as
running `docker run ...` commands to exercise the images, scanning the
`3proxy` config more deeply, or linting other mounted configuration files.
Run the script locally via `./scripts/validate-config.sh` (or
`.scripts/validate-config.ps1` on Windows) and review the output carefully.
CI will execute the same validations automatically on pull requests.