test: add a local Docker test environment for all features

testenv/ starts two real NetBox 4.7 instances (v2 and v1 token), SSH
targets on public, mgmt, and prod networks, a jump host, an IPv6-only
host, a static host, and a client with ssh, sftp, scp, tmux, zellij,
bash, zsh, and fish. A seed script fills NetBox through the REST API.

141 end-to-end checks cover cache and refresh filters, connecting,
all resolver strategies, multiple instances, shortcuts and rewrites,
SSH options and rules, static hosts, sftp/scp incl. IPv6 and jump
hosts, tunnels, local notes and NetBox comments, completion and shell
hooks, the TUI (driven through tmux), the configurator, and uninstall.

Local only: testenv/up.sh, test.sh, shell.sh, down.sh. Not part of
CI/CD.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
Sebastian UnterschützandClaude Opus 5.5 committed 2026-11-14 12:30:24 +01:00
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# netssh test environment
A local Docker environment for testing every netssh feature against real
services: two NetBox instances, SSH targets on three networks, a jump host,
and a client with ssh, sftp, scp, tmux, zellij, bash, zsh, and fish. It is for
local use only and is not part of CI/CD.
```sh
testenv/up.sh # build, start, seed NetBox (first start ~6 min, then ~1 min)
testenv/test.sh # run all tests; testenv/test.sh tunnel runs only matching files
testenv/shell.sh # interactive shell in the client, netssh configured
testenv/down.sh # stop and delete everything (volumes, generated state)
```
`test.sh` rebuilds the client image first, so the tests always run the current
source. `NO_BUILD=1 testenv/test.sh` skips that. Exit code 1 if any check fails.
Requirements: Docker with Compose v2, about 3 GB RAM, ports 18000/18001 on
127.0.0.1 free.
## Topology
```
public 10.231.0.0/24 + fd00:30::/64 mgmt 10.231.1.0/24 prod 10.231.2.0/24
client .10 ────────────┬─ bastion .30 ───────────────────────────────┬─ (only via bastion)
netbox-fsn .20 │ fsn1-pve1..3 .11-.13 (mgmt0) │ fsn1-pve1..3 .11-.13 (eth0)
netbox-lab .21 │ lab-db1 .41, lab-web1 .42 │ web1 .21, web2 .22
legacy-box .50 client .10 ───────┘
v6-host fd00:30::60
```
| NetBox | Host | Kind | Primary IP | Other | Tags |
|---|---|---|---|---|---|
| fsn | `fsn1-pve1..3.hoster.test` | device, cluster `pve-fsn1` | eth0 = prod (needs bastion) | mgmt0 = mgmt (direct) | `pve` |
| fsn | `bastion.hoster.test` | device | 10.231.0.30 | | `bastion` |
| fsn | `v6-host` | device | fd00:30::60 (IPv6 only) | | `ipv6` |
| fsn | `web1`, `web2` | VM, cluster `pve-fsn1` | prod (needs bastion) | | `web` |
| lab | `lab-db1` | device | 10.231.1.41 | | `db` |
| lab | `web1` | VM, cluster `lab-k8s` | 10.231.1.42 | | `web` |
| — | `legacy-box` (10.231.0.50) | static host | | | |
- **fsn** uses a v2 token (`nbt_…`), **lab** a legacy v1 token; both come from `.state/env`.
- `web1` exists in both instances (ambiguity, `instance/host`).
- Docker DNS resolves the `*.hoster.test` names on the mgmt network (`hostname` strategy).
- Every target runs sshd on ports 22 and 2222 with users `ops` and `admin`, and an HTTP server on its own 127.0.0.1:8081 for tunnel tests ("hello from HOST").
- NetBox UI: http://127.0.0.1:18000 (fsn), http://127.0.0.1:18001 (lab), login `admin` / `admin`.
## Files
| Path | Purpose |
|---|---|
| `compose.yaml` | All services and networks. |
| `client.Dockerfile`, `client-entrypoint.sh` | Client image; builds netssh from the repository. |
| `targets/` | SSH target image (sshd config, entrypoint). |
| `seed/seed.py` | Fills both NetBox instances via the REST API (idempotent), writes `.state/`. |
| `tests/run.sh`, `tests/lib.sh` | Test runner and helpers (`check`, `expect_out`, `expect_eq`, `expect_fail`, `wait_for`). |
| `tests/NN-*.sh` | Test files; each runs in a fresh `HOME`. |
| `tests/drive.py` | Drives `netssh configure` in huh's accessible mode. |
| `.keys/`, `.state/` | Generated test key and seed output (git-ignored). |
## Writing tests
Each `tests/NN-name.sh` is sourced by `run.sh` in a subshell with a new
`HOME`, `XDG_CONFIG_HOME`, and `XDG_CACHE_HOME`. Write the netssh config with
`config <<'EOF' … EOF` (both NetBox instances plus your YAML) or `config_only`
(no NetBox), then use the helpers:
```sh
config <<'EOF'
ssh: {default_user: ops}
EOF
expect_eq "connect" "fsn1-pve1" netssh fsn/fsn1-pve1.hoster.test hostname
expect_out "dry run" "-J ops@10.231.0.30" netssh --dry-run fsn/web1
expect_fail "ambiguous" "found 2 exact matches" netssh web1
```
ssh always reads `/home/tester/.ssh/config` (OpenSSH ignores `$HOME`): it uses
the test key, `BatchMode`, `StrictHostKeyChecking accept-new`, and
`LogLevel ERROR`. Tests that need their own known_hosts set
`ssh.options.UserKnownHostsFile`. The TUI test runs netssh inside tmux and
reads the screen with `tmux capture-pane`.
## Not covered
- The installer (`install.sh`) downloads release assets from Gitea; it is tested by the Go tests with local fixtures.
- macOS paths and behaviour.
- `netssh uninstall` runs only with `--dry-run`, so the client keeps its binary.
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#!/bin/sh
# ssh reads ~/.ssh from the passwd entry, not $HOME, so the key and ssh config
# live in /home/tester for every test; tests isolate netssh via HOME/XDG_*.
set -eu
mkdir -p /home/tester/.ssh
if [ -f /keys/id_ed25519 ]; then
install -m 600 /keys/id_ed25519 /home/tester/.ssh/id_ed25519
fi
cat >/home/tester/.ssh/config <<'EOF'
Host *
IdentityFile ~/.ssh/id_ed25519
IdentitiesOnly yes
BatchMode yes
ConnectTimeout 5
StrictHostKeyChecking accept-new
LogLevel ERROR
EOF
chmod 700 /home/tester/.ssh
chmod 600 /home/tester/.ssh/config
exec "$@"
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# Client for the netssh test environment: netssh built from this repository
# plus everything it drives or integrates with (ssh, sftp, scp, tmux, zellij,
# bash, zsh, fish). Rebuild after code changes: testenv/up.sh or
# docker compose -f testenv/compose.yaml build client
FROM golang:1.27.4-alpine3.23 AS build
WORKDIR /src
COPY go.mod go.sum ./
RUN go mod download
COPY cmd ./cmd
COPY internal ./internal
RUN CGO_ENABLED=0 go build -o /out/netssh ./cmd/netssh
FROM alpine:3.23
RUN apk add --no-cache openssh-client-default tmux zellij bash zsh fish bash-completion \
curl python3 jq ncurses coreutils \
&& adduser -D -s /bin/bash tester
COPY --from=build /out/netssh /usr/local/bin/netssh
COPY testenv/client-entrypoint.sh /entrypoint.sh
USER tester
WORKDIR /home/tester
ENV TERM=xterm-256color LANG=C.UTF-8
ENTRYPOINT ["/entrypoint.sh"]
CMD ["sleep", "infinity"]
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# netssh test environment — local only, not used by CI/CD. See testenv/README.md.
#
# public 10.231.0.0/24 + fd00:30::/64 client, NetBox x2, bastion, static host, IPv6 host
# mgmt 10.231.1.0/24 client, Proxmox nodes (mgmt0), lab hosts
# prod 10.231.2.0/24 bastion, Proxmox nodes (eth0), VMs — not reachable from the client
name: netssh-test
x-netbox: &netbox
image: netboxcommunity/netbox:v4.7.4-5.1.1
depends_on:
postgres: {condition: service_healthy}
redis: {condition: service_healthy}
healthcheck:
test: ["CMD-SHELL", "curl -sf http://localhost:8080/login/ >/dev/null"]
interval: 10s
timeout: 5s
retries: 60
start_period: 60s
x-netbox-env: &netbox-env
DB_HOST: postgres
DB_USER: netbox
DB_PASSWORD: netbox
REDIS_HOST: redis
SECRET_KEY: netssh-test-environment-secret-key-0123456789-abcdefghijklmnopqrstuvwxyz
API_TOKEN_PEPPER_1: netssh-test-environment-pepper-0123456789-abcdefghijklmnop
SUPERUSER_NAME: admin
SUPERUSER_EMAIL: admin@example.com
SUPERUSER_PASSWORD: admin
SUPERUSER_API_KEY: netsshtest01
SUPERUSER_API_TOKEN: 0123456789abcdef0123456789abcdef01234567
SKIP_SUPERUSER: "false"
x-target: &target
build:
context: ..
dockerfile: testenv/targets/target.Dockerfile
image: netssh-test-target
volumes:
- ./.keys/authorized_keys:/keys/authorized_keys:ro
services:
postgres:
image: postgres:18-alpine
environment:
POSTGRES_USER: netbox
POSTGRES_PASSWORD: netbox
POSTGRES_DB: netbox
volumes:
- ./postgres-init.sql:/docker-entrypoint-initdb.d/init.sql:ro
- postgres:/var/lib/postgresql
networks: [backend]
healthcheck:
test: ["CMD-SHELL", "pg_isready -U netbox"]
interval: 5s
retries: 30
redis:
image: redis:8-alpine
networks: [backend]
healthcheck:
test: ["CMD", "redis-cli", "ping"]
interval: 5s
retries: 30
netbox-fsn:
<<: *netbox
hostname: netbox-fsn
environment:
<<: *netbox-env
DB_NAME: netbox_fsn
REDIS_DATABASE: "0"
REDIS_CACHE_DATABASE: "1"
ports: ["127.0.0.1:18000:8080"]
networks:
backend: {}
public: {ipv4_address: 10.231.0.20}
netbox-lab:
<<: *netbox
hostname: netbox-lab
environment:
<<: *netbox-env
DB_NAME: netbox_lab
REDIS_DATABASE: "2"
REDIS_CACHE_DATABASE: "3"
ports: ["127.0.0.1:18001:8080"]
networks:
backend: {}
public: {ipv4_address: 10.231.0.21}
# Jump host: the only way from the client into the prod network.
bastion:
<<: *target
hostname: bastion
networks:
public: {ipv4_address: 10.231.0.30, aliases: [bastion.hoster.test]}
prod: {ipv4_address: 10.231.2.30}
fsn1-pve1:
<<: *target
hostname: fsn1-pve1
networks:
mgmt: {ipv4_address: 10.231.1.11, aliases: [fsn1-pve1.hoster.test]}
prod: {ipv4_address: 10.231.2.11}
fsn1-pve2:
<<: *target
hostname: fsn1-pve2
networks:
mgmt: {ipv4_address: 10.231.1.12, aliases: [fsn1-pve2.hoster.test]}
prod: {ipv4_address: 10.231.2.12}
fsn1-pve3:
<<: *target
hostname: fsn1-pve3
networks:
mgmt: {ipv4_address: 10.231.1.13, aliases: [fsn1-pve3.hoster.test]}
prod: {ipv4_address: 10.231.2.13}
# VMs of cluster pve-fsn1: only in prod, so they need the bastion.
web1:
<<: *target
hostname: web1
networks:
prod: {ipv4_address: 10.231.2.21}
web2:
<<: *target
hostname: web2
networks:
prod: {ipv4_address: 10.231.2.22}
# NetBox instance "lab": a device and a VM named web1 like the fsn VM.
lab-db1:
<<: *target
hostname: lab-db1
networks:
mgmt: {ipv4_address: 10.231.1.41}
lab-web1:
<<: *target
hostname: lab-web1
networks:
mgmt: {ipv4_address: 10.231.1.42}
# Not in NetBox: tested as a static host.
legacy-box:
<<: *target
hostname: legacy-box
networks:
public: {ipv4_address: 10.231.0.50}
# In NetBox with an IPv6 primary address only.
v6-host:
<<: *target
hostname: v6-host
networks:
public: {ipv4_address: 10.231.0.60, ipv6_address: "fd00:30::60"}
client:
build:
context: ..
dockerfile: testenv/client.Dockerfile
image: netssh-test-client
hostname: client
init: true
volumes:
- ./.keys:/keys:ro
- ./.state:/state
- ./tests:/tests:ro
networks:
public: {ipv4_address: 10.231.0.10, ipv6_address: "fd00:30::10"}
mgmt: {ipv4_address: 10.231.1.10}
# Fills both NetBox instances and writes /state/netssh.yaml, then exits.
seed:
image: netssh-test-client
depends_on:
client: {condition: service_started}
netbox-fsn: {condition: service_healthy}
netbox-lab: {condition: service_healthy}
volumes:
- ./.state:/state
- ./seed:/seed:ro
networks:
public: {}
command: ["python3", "/seed/seed.py"]
restart: "no"
# Fixed subnets outside Docker's default address pools (172.17-31.x, 192.168.x),
# so automatically numbered networks of other projects cannot collide.
networks:
backend:
ipam:
config:
- subnet: 10.231.3.0/24
public:
enable_ipv6: true
ipam:
config:
- subnet: 10.231.0.0/24
- subnet: fd00:30::/64
mgmt:
ipam:
config:
- subnet: 10.231.1.0/24
prod:
ipam:
config:
- subnet: 10.231.2.0/24
volumes:
postgres: {}
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#!/usr/bin/env bash
# Stop the netssh test environment and remove its volumes and state.
set -euo pipefail
cd "$(dirname "$0")"
docker compose -f compose.yaml down -v --remove-orphans
rm -rf .state
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-- One Postgres serves both NetBox instances of the test environment.
CREATE DATABASE netbox_fsn OWNER netbox;
CREATE DATABASE netbox_lab OWNER netbox;
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"""Fill both NetBox instances of the netssh test environment.
Idempotent: objects are looked up before they are created, so running the
seed again leaves NetBox unchanged. Writes /state/env (tokens) and
/state/netssh.yaml (base config for the tests).
"""
import json
import os
import sys
import time
import urllib.error
import urllib.request
FSN = "http://10.231.0.20:8080"
LAB = "http://10.231.0.21:8080"
# Superuser v2 token from compose.yaml (SUPERUSER_API_KEY / SUPERUSER_API_TOKEN).
V2_TOKEN = "nbt_netsshtest01.0123456789abcdef0123456789abcdef01234567"
STATE = "/state"
class NetBox:
def __init__(self, url):
self.url = url
def call(self, method, path, body=None):
data = json.dumps(body).encode() if body is not None else None
req = urllib.request.Request(self.url + "/api/" + path, data=data, method=method)
req.add_header("Authorization", "Bearer " + V2_TOKEN)
req.add_header("Content-Type", "application/json")
req.add_header("Accept", "application/json")
try:
with urllib.request.urlopen(req, timeout=30) as resp:
raw = resp.read()
return json.loads(raw) if raw else None
except urllib.error.HTTPError as err:
sys.exit(f"{method} {path}: HTTP {err.code}: {err.read().decode(errors='replace')}")
def find(self, path, **filters):
query = "&".join(f"{k}={urllib.request.quote(str(v))}" for k, v in filters.items())
results = self.call("GET", f"{path}?{query}&limit=2")["results"]
return results[0] if results else None
def ensure(self, path, lookup, body):
"""Return the object matching lookup, creating it from body if missing."""
found = self.find(path, **lookup)
if found:
return found
return self.call("POST", path, body)
def wait(self):
for _ in range(120):
try:
self.call("GET", "status/")
return
except SystemExit:
pass
except (urllib.error.URLError, ConnectionError, TimeoutError):
pass
time.sleep(5)
sys.exit(f"NetBox {self.url} did not become ready")
def base(nb, site, cluster_type, cluster):
for tag in ("pve", "web", "bastion", "db", "ipv6"):
nb.ensure("extras/tags/", {"slug": tag}, {"name": tag, "slug": tag})
site = nb.ensure("dcim/sites/", {"slug": site}, {"name": site, "slug": site, "status": "active"})
mfr = nb.ensure("dcim/manufacturers/", {"slug": "generic"}, {"name": "Generic", "slug": "generic"})
role = nb.ensure("dcim/device-roles/", {"slug": "server"}, {"name": "Server", "slug": "server", "color": "2196f3"})
dtype = nb.ensure("dcim/device-types/", {"slug": "generic-server"},
{"manufacturer": mfr["id"], "model": "Generic Server", "slug": "generic-server"})
ctype = nb.ensure("virtualization/cluster-types/", {"slug": cluster_type},
{"name": cluster_type, "slug": cluster_type})
cluster = nb.ensure("virtualization/clusters/", {"name": cluster},
{"name": cluster, "type": ctype["id"], "status": "active"})
return {"site": site["id"], "role": role["id"], "type": dtype["id"], "cluster": cluster["id"]}
def device(nb, ids, name, ips, tags=(), cluster=False, comments=""):
"""ips: list of (interface, address, primary) with primary in (None, 4, 6)."""
body = {"name": name, "role": ids["role"], "device_type": ids["type"], "site": ids["site"],
"status": "active", "tags": [{"slug": t} for t in tags], "comments": comments}
if cluster:
body["cluster"] = ids["cluster"]
dev = nb.ensure("dcim/devices/", {"name": name}, body)
primary = {}
for ifname, address, family in ips:
iface = nb.ensure("dcim/interfaces/", {"device_id": dev["id"], "name": ifname},
{"device": dev["id"], "name": ifname, "type": "1000base-t"})
ip = nb.ensure("ipam/ip-addresses/", {"address": address},
{"address": address, "assigned_object_type": "dcim.interface", "assigned_object_id": iface["id"]})
if family:
primary[f"primary_ip{family}"] = ip["id"]
if primary:
nb.call("PATCH", f"dcim/devices/{dev['id']}/", primary)
def vm(nb, ids, name, address, tags=()):
machine = nb.ensure("virtualization/virtual-machines/", {"name": name},
{"name": name, "cluster": ids["cluster"], "status": "active",
"tags": [{"slug": t} for t in tags]})
iface = nb.ensure("virtualization/interfaces/", {"virtual_machine_id": machine["id"], "name": "eth0"},
{"virtual_machine": machine["id"], "name": "eth0"})
ip = nb.ensure("ipam/ip-addresses/", {"address": address},
{"address": address, "assigned_object_type": "virtualization.vminterface",
"assigned_object_id": iface["id"]})
nb.call("PATCH", f"virtualization/virtual-machines/{machine['id']}/", {"primary_ip4": ip["id"]})
def v1_token(nb):
"""A legacy v1 token for the lab instance, reused from /state/env if present."""
env = read_env()
if env.get("LAB_TOKEN"):
return env["LAB_TOKEN"]
user = nb.find("users/users/", username="admin")
token = nb.call("POST", "users/tokens/", {"user": user["id"], "version": 1, "description": "netssh v1 test"})
plaintext = token.get("token") or token.get("plaintext")
if not plaintext:
sys.exit(f"v1 token response without plaintext: {token}")
return plaintext
def read_env():
env = {}
try:
with open(os.path.join(STATE, "env")) as f:
for line in f:
key, _, value = line.strip().partition("=")
env[key] = value
except FileNotFoundError:
pass
return env
def main():
fsn, lab = NetBox(FSN), NetBox(LAB)
fsn.wait()
lab.wait()
ids = base(fsn, "fsn1", "proxmox", "pve-fsn1")
for n in (1, 2, 3):
device(fsn, ids, f"fsn1-pve{n}.hoster.test",
[("eth0", f"10.231.2.1{n}/24", 4), ("mgmt0", f"10.231.1.1{n}/24", None)],
tags=("pve",), cluster=True, comments=f"Proxmox node {n}")
device(fsn, ids, "bastion.hoster.test", [("eth0", "10.231.0.30/24", 4)], tags=("bastion",))
device(fsn, ids, "v6-host", [("eth0", "fd00:30::60/64", 6)], tags=("ipv6",))
vm(fsn, ids, "web1", "10.231.2.21/24", tags=("web",))
vm(fsn, ids, "web2", "10.231.2.22/24", tags=("web",))
ids = base(lab, "lab", "kubernetes", "lab-k8s")
device(lab, ids, "lab-db1", [("eth0", "10.231.1.41/24", 4)], tags=("db",))
vm(lab, ids, "web1", "10.231.1.42/24", tags=("web",))
lab_token = v1_token(lab)
os.makedirs(STATE, exist_ok=True)
with open(os.path.join(STATE, "env"), "w") as f:
f.write(f"FSN_URL={FSN}\nLAB_URL={LAB}\nFSN_TOKEN={V2_TOKEN}\nLAB_TOKEN={lab_token}\n")
with open(os.path.join(STATE, "netssh.yaml"), "w") as f:
f.write(f"""netboxes:
- name: fsn
url: "{FSN}"
token: "{V2_TOKEN}"
- name: lab
url: "{LAB}"
token: "{lab_token}"
""")
print("seed: done (fsn: 3 nodes, bastion, v6-host, 2 VMs; lab: lab-db1, web1)")
if __name__ == "__main__":
main()
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#!/usr/bin/env bash
# Interactive shell in the client with a ready netssh config (fresh home).
set -euo pipefail
cd "$(dirname "$0")"
exec docker compose -f compose.yaml exec -it client bash -c '
. /tests/lib.sh
new_home
base_config >"$XDG_CONFIG_HOME/netssh.yaml" <<EOF
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
host_key_checking: accept-new
rules:
- match: {kind: vm, instance: fsn}
proxy_jump: ops@10.231.0.30
EOF
echo "netssh is configured (HOME=$HOME). Try: netssh cache refresh && netssh"
exec bash -i'
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#!/bin/sh
# Prepares host keys and the test users, starts a small HTTP server for the
# tunnel tests (reachable only on the target itself), then runs sshd.
set -eu
[ -f /etc/ssh/ssh_host_ed25519_key ] || ssh-keygen -q -t ed25519 -N '' -f /etc/ssh/ssh_host_ed25519_key
for user in ops admin; do
home="/home/$user"
mkdir -p "$home/.ssh"
cp /keys/authorized_keys "$home/.ssh/authorized_keys"
chown -R "$user:$user" "$home/.ssh"
chmod 700 "$home/.ssh"
chmod 600 "$home/.ssh/authorized_keys"
done
mkdir -p /srv/www
echo "hello from $(hostname)" > /srv/www/index.html
python3 -m http.server 8081 --bind 127.0.0.1 --directory /srv/www >/dev/null 2>&1 &
exec /usr/sbin/sshd -D -e
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# Test targets accept the generated test key only. Port 2222 tests ssh.default_port.
Port 22
Port 2222
ListenAddress 0.0.0.0
ListenAddress ::
HostKey /etc/ssh/ssh_host_ed25519_key
PermitRootLogin no
PasswordAuthentication no
KbdInteractiveAuthentication no
PubkeyAuthentication yes
AuthorizedKeysFile .ssh/authorized_keys
AllowTcpForwarding yes
AllowAgentForwarding yes
GatewayPorts no
PermitTunnel no
X11Forwarding no
PrintMotd no
Subsystem sftp /usr/lib/ssh/sftp-server
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# SSH target for the netssh test environment: every NetBox host, the bastion,
# and the static host run this image with a different hostname.
FROM alpine:3.23
# Alpine locks new accounts with "!"; sshd refuses key logins for locked
# accounts, so the password field is set to "*" (no password, not locked).
RUN apk add --no-cache openssh-server openssh-sftp-server python3 \
&& for user in ops admin; do \
adduser -D -s /bin/sh "$user" && sed -i "s/^$user:!/$user:*/" /etc/shadow; \
done
COPY testenv/targets/sshd_config /etc/ssh/sshd_config
COPY testenv/targets/entrypoint.sh /entrypoint.sh
EXPOSE 22 2222
ENTRYPOINT ["/entrypoint.sh"]
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#!/usr/bin/env bash
# Run the test scripts in the client container. Optional FILTER selects files
# by substring, e.g. testenv/test.sh tunnel. The client is rebuilt first so the
# tests always run the current source.
set -euo pipefail
cd "$(dirname "$0")"
compose=(docker compose -f compose.yaml)
if [ "${NO_BUILD:-}" != 1 ]; then
"${compose[@]}" build -q client
"${compose[@]}" up -d --wait client
fi
exec "${compose[@]}" exec -T client bash /tests/run.sh "${1:-}"
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# Cache refresh across both NetBox instances, filters, list, search, clear.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
EOF
expect_out "refresh both instances" "9 entries written" netssh cache refresh
expect_out "list shows mgmt address" "fsn/fsn1-pve1.hoster.test 10.231.1.11" netssh cache list
expect_out "list shows lab VM" "lab/web1 10.231.1.42 vm" netssh cache list
expect_out "IPv6-only host" "fsn/v6-host fd00:30::60" netssh cache list
expect_out "refresh one instance" "2 entries written" netssh cache refresh --instance lab
expect_out "refresh by tag" "3 entries written" netssh cache refresh --tag pve
expect_out "refresh by kind" "3 entries written" netssh cache refresh --kind vm
expect_eq "search" "fsn/fsn1-pve1.hoster.test
fsn/fsn1-pve2.hoster.test
fsn/fsn1-pve3.hoster.test" bash -c 'netssh search fsn1 | sort'
check "clear" netssh cache clear
expect_eq "empty after clear" "" bash -c 'netssh search fsn'
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# Connecting with the resolved address, default user and port, overrides.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
EOF
expect_eq "connect via NetBox" "fsn1-pve1" netssh fsn/fsn1-pve1.hoster.test hostname
expect_eq "unique name without instance" "fsn1-pve2" netssh fsn1-pve2.hoster.test hostname
expect_eq "default user" "ops" netssh fsn/fsn1-pve1.hoster.test whoami
expect_eq "user@ wins" "admin" netssh admin@fsn/fsn1-pve1.hoster.test whoami
expect_eq "-l wins" "admin" netssh -l admin fsn/fsn1-pve1.hoster.test whoami
expect_eq "remote command with arguments" "a b" netssh fsn/fsn1-pve1.hoster.test echo a b
expect_eq "dry run" "ssh -l ops 10.231.1.11" netssh --dry-run fsn/fsn1-pve1.hoster.test
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
default_port: 2222
EOF
expect_out "default port" " 2222" netssh fsn/fsn1-pve1.hoster.test 'echo $SSH_CONNECTION'
expect_out "-p wins over default port" " 22" netssh -p 22 fsn/fsn1-pve1.hoster.test 'echo $SSH_CONNECTION'
expect_eq "dry run with port" "ssh -p 2222 -l ops 10.231.1.11" netssh --dry-run fsn/fsn1-pve1.hoster.test
expect_eq "version" "netssh" bash -c 'netssh --version | cut -d" " -f1'
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# Every resolver strategy against real NetBox data. cache.ttl 0 makes every
# connection ask NetBox, so each config change takes effect immediately.
jump=' - match: {instance: fsn}
proxy_jump: ops@10.231.0.30
- match: {name: "bastion*"}
proxy_jump: none'
config <<EOF
cache: {ttl: 0}
resolver: {strategies: [primary_ip]}
ssh:
default_user: ops
rules:
$jump
EOF
expect_eq "primary_ip uses prod address via bastion" "ssh -l ops -J ops@10.231.0.30 10.231.2.11" netssh --dry-run fsn/fsn1-pve1.hoster.test
expect_eq "primary_ip connects through the jump host" "fsn1-pve1" netssh fsn/fsn1-pve1.hoster.test hostname
expect_eq "bastion rule disables the jump" "ssh -l ops 10.231.0.30" netssh --dry-run fsn/bastion.hoster.test
expect_eq "IPv6 primary address" "ssh -l ops -J ops@10.231.0.30 fd00:30::60" netssh --dry-run fsn/v6-host
config <<'EOF'
cache: {ttl: 0}
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh: {default_user: ops}
EOF
expect_eq "management_subnet" "ssh -l ops 10.231.1.12" netssh --dry-run fsn/fsn1-pve2.hoster.test
expect_eq "management_subnet falls back to primary_ip" "ssh -l ops 10.231.2.21" netssh --dry-run fsn/web1
config <<'EOF'
cache: {ttl: 0}
resolver:
strategies: [interface_name, primary_ip]
interface_name: mgmt0
ssh: {default_user: ops}
EOF
expect_eq "interface_name" "ssh -l ops 10.231.1.13" netssh --dry-run fsn/fsn1-pve3.hoster.test
expect_eq "interface_name connects" "fsn1-pve3" netssh fsn/fsn1-pve3.hoster.test hostname
expect_eq "interface_name falls back for VMs" "ssh -l ops 10.231.2.22" netssh --dry-run fsn/web2
# eth0 holds the prod address, which sorts after mgmt: catches an ignored filter.
sed -i 's/interface_name: mgmt0/interface_name: eth0/' "$XDG_CONFIG_HOME/netssh.yaml"
expect_eq "interface_name picks the named interface" "ssh -l ops 10.231.2.13" netssh --dry-run fsn/fsn1-pve3.hoster.test
config <<'EOF'
cache: {ttl: 0}
resolver:
strategies: [hostname]
hostname_domain: example.org
ssh: {default_user: ops}
EOF
expect_eq "hostname strategy" "ssh -l ops fsn1-pve1.hoster.test" netssh --dry-run fsn/fsn1-pve1.hoster.test
expect_eq "hostname connects via DNS" "fsn1-pve1" netssh fsn/fsn1-pve1.hoster.test hostname
expect_eq "hostname domain for names without a dot" "ssh -l ops lab-db1.example.org" netssh --dry-run lab/lab-db1
config <<'EOF'
cache: {ttl: 0}
resolver:
strategies: [interface_name]
interface_name: mgmt0
EOF
expect_fail "no strategy finds an address" "no strategy resolved an IP" netssh --dry-run fsn/web1
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# Two NetBox instances: qualified names, ambiguity, an unreachable instance.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
rules:
- match: {kind: vm, instance: fsn}
proxy_jump: ops@10.231.0.30
EOF
expect_fail "same name in both instances is ambiguous" "found 2 exact matches" netssh --dry-run web1
expect_eq "fsn/web1 through the bastion" "web1" netssh fsn/web1 hostname
expect_eq "lab/web1 directly" "lab-web1" netssh lab/web1 hostname
expect_eq "lab uses its v1 token" "lab-db1" netssh lab/lab-db1 hostname
# lab unreachable: qualified fsn targets still work, unqualified ones need every instance.
sed -i 's#http://10.231.0.21:8080#http://10.231.0.21:9#' "$XDG_CONFIG_HOME/netssh.yaml"
expect_eq "qualified target with another instance down" "fsn1-pve1" netssh fsn/fsn1-pve1.hoster.test hostname
expect_fail "unqualified target needs every instance" "10.231.0.21:9" netssh --dry-run fsn1-pve1.hoster.test
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# Domains, hyphen folding, rewrite rules, alias --test, completion, aliases.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh: {default_user: ops}
shortcuts:
domains: [.hoster.test]
rewrites:
- pattern: '^([a-z]+)[0-9]+-'
replace: '$1'
EOF
check "refresh" netssh cache refresh
expect_eq "domain expansion via NetBox" "fsn1-pve1" netssh fsn/fsn1-pve1 hostname
expect_eq "rewrite shortcut, qualified" "fsn1-pve2" netssh fsn/fsnpve2 hostname
expect_eq "rewrite shortcut, unqualified" "fsn1-pve3" netssh fsnpve3 hostname
expect_out "alias --test" "fsn1-pve1.hoster.test → fsnpve1" netssh alias --test fsn1-pve1.hoster.test
expect_out "completion offers shortcuts" "fsnpve1" netssh __complete fsnp
expect_out "aliases use the shortcut" "alias fsn_fsnpve1='netssh " netssh alias --shell bash
expect_fail "unknown shortcut" "host not found" netssh --dry-run fsnpve9
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
shortcuts:
domains: [.hoster.test]
strip_hyphens: true
EOF
check "refresh" netssh cache refresh
expect_eq "hyphen folding" "ssh 10.231.1.12" netssh --dry-run fsn/fsn1pve2
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# Jump hosts, rules, host key checking, connection target, options, extra args.
known="$HOME/known_hosts"
config <<EOF
cache: {ttl: 0}
resolver: {strategies: [primary_ip]}
ssh:
default_user: ops
options:
UserKnownHostsFile: $known
ServerAliveInterval: "30"
extra_args: ["-T"]
rules:
- match: {tag: web}
proxy_jump: ops@10.231.0.30
- match: {tag: pve}
proxy_jump: ops@10.231.0.30
host_key_checking: strict
- match: {name: "fsn1-pve2*"}
host_key_checking: accept-new
- match: {name: "fsn1-pve3*"}
host_key_checking: "off"
target: name
EOF
expect_eq "rule by tag adds jump host" "ssh -T -l ops -J ops@10.231.0.30 -o serveraliveinterval=30 -o userknownhostsfile=$known 10.231.2.21" netssh --dry-run fsn/web1
expect_eq "connect through rule jump" "web1" netssh fsn/web1 hostname
expect_out "--no-jump removes it" "-o ProxyJump=none" netssh --dry-run --no-jump fsn/web1
expect_out "--jump overrides it" "-J ops@10.231.0.30" netssh --dry-run --jump ops@10.231.0.30 fsn/v6-host
expect_fail "strict rejects an unknown host key" "Host key verification failed" netssh fsn/fsn1-pve1.hoster.test hostname
expect_eq "later rule accept-new wins" "fsn1-pve2" netssh fsn/fsn1-pve2.hoster.test hostname
expect_out "accept-new stored the key" "10.231.2.12" cat "$known"
expect_out "off prints a notice" "host key checking is disabled" netssh fsn/fsn1-pve3.hoster.test hostname
expect_out "target name keeps the address" "-o HostName=10.231.2.13 -o HostKeyAlias=fsn1-pve3.hoster.test" netssh --dry-run fsn/fsn1-pve3.hoster.test
expect_out "target name destination" " fsn1-pve3.hoster.test" netssh --dry-run fsn/fsn1-pve3.hoster.test
expect_out "user -o wins over config" "-o ServerAliveInterval=5" netssh --dry-run -o ServerAliveInterval=5 fsn/web1
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# Static hosts without any NetBox: config, CLI, own user/port/options, rules.
config_only <<'EOF'
ssh:
default_user: ops
rules:
- match: {kind: static, tag: legacy}
options: {ServerAliveInterval: "15"}
hosts:
- name: legacy-box
address: 10.231.0.50
user: admin
tags: [legacy]
EOF
expect_eq "connect to a static host" "legacy-box" netssh legacy-box hostname
expect_eq "static user" "admin" netssh legacy-box whoami
expect_out "rule by kind and tag" "-o serveraliveinterval=15" netssh --dry-run legacy-box
expect_eq "-l still wins" "ops" netssh -l ops legacy-box whoami
check "hosts add" netssh hosts add box2 10.231.0.50 --port 2222 --tag lab
expect_eq "hosts list" "box2 10.231.0.50 2222 lab" bash -c 'netssh hosts list | grep "^box2" | tr -s " "'
expect_out "static port" " 2222" netssh box2 'echo $SSH_CONNECTION'
expect_out "completion" "box2" netssh __complete bo
expect_fail "duplicate" "already exists" netssh hosts add box2 10.0.0.1
check "hosts remove" netssh hosts remove box2
expect_fail "removed host is gone" "no NetBox is configured" netssh --dry-run box2
expect_eq "sftp to a static host" "Remote working directory: /home/admin" bash -c 'echo pwd | netssh sftp -b - legacy-box | grep Remote'
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# sftp and scp: upload, download, jump host, IPv6, errors.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
rules:
- match: {kind: vm, instance: fsn}
proxy_jump: ops@10.231.0.30
EOF
echo "payload $$" >"$HOME/up.txt"
check "scp upload" netssh scp "$HOME/up.txt" fsn/fsn1-pve1.hoster.test:/tmp/up.txt
expect_eq "uploaded content" "payload $$" netssh fsn/fsn1-pve1.hoster.test cat /tmp/up.txt
check "scp download" netssh scp fsn/fsn1-pve1.hoster.test:/tmp/up.txt "$HOME/down.txt"
expect_eq "downloaded content" "payload $$" cat "$HOME/down.txt"
check "scp to a VM through the bastion" netssh scp "$HOME/up.txt" fsn/web1:/tmp/up.txt
expect_eq "VM content" "payload $$" netssh fsn/web1 cat /tmp/up.txt
check "scp to IPv6 host" netssh scp "$HOME/up.txt" fsn/v6-host:/tmp/v6.txt
expect_eq "IPv6 content" "payload $$" netssh fsn/v6-host cat /tmp/v6.txt
expect_out "sftp starts in the path" "Remote working directory: /tmp" bash -c 'echo pwd | netssh sftp -b - fsn/fsn1-pve2.hoster.test:/tmp'
expect_out "sftp to IPv6 host" "v6.txt" bash -c 'echo "ls /tmp" | netssh sftp -b - fsn/v6-host'
expect_out "sftp through the bastion" "up.txt" bash -c 'echo "ls /tmp" | netssh sftp -b - fsn/web1'
expect_fail "two remote hosts" "not supported" netssh scp fsn/web1:/a fsn/web2:/b
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# Port forwards: named, ad hoc, --forward with a shell, port in use.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
forwards:
web: {local: "18081:127.0.0.1:8081"}
rules:
- match: {kind: vm, instance: fsn}
proxy_jump: ops@10.231.0.30
EOF
tunnel_test() { # NAME PORT WANT ARGS...
local name=$1 port=$2 want=$3 pid out
shift 3
"$@" >"$HOME/tunnel.log" 2>&1 &
pid=$!
if wait_for 15 curl -sf "http://127.0.0.1:$port/"; then
out=$(curl -s "http://127.0.0.1:$port/")
[[ $out == *"$want"* ]] && ok "$name" || bad "$name" "curl: $out"
else
bad "$name" "tunnel did not open: $(cat "$HOME/tunnel.log")"
fi
kill "$pid" 2>/dev/null
wait "$pid" 2>/dev/null
}
tunnel_test "named forward" 18081 "hello from fsn1-pve1" netssh tunnel fsn/fsn1-pve1.hoster.test web
expect_out "tunnel notice" "forwarding -L 18081:127.0.0.1:8081 via fsn1-pve1.hoster.test" cat "$HOME/tunnel.log"
tunnel_test "ad hoc spec through the bastion" 18082 "hello from web1" netssh tunnel fsn/web1 18082:127.0.0.1:8081
tunnel_test "--forward with a remote command" 18081 "hello from fsn1-pve2" netssh --forward web fsn/fsn1-pve2.hoster.test sleep 30
netssh tunnel fsn/fsn1-pve1.hoster.test web >/dev/null 2>&1 &
holder=$!
wait_for 15 curl -sf http://127.0.0.1:18081/
expect_fail "port in use fails instead of hanging" "Address in use" timeout 20 netssh tunnel fsn/fsn1-pve2.hoster.test web
kill "$holder"; wait "$holder" 2>/dev/null
expect_fail "unknown forward lists the configured ones" "available: web" netssh tunnel fsn/fsn1-pve1.hoster.test db
expect_fail "tunnel without forward" "forwards for fsn/fsn1-pve1.hoster.test: web" netssh tunnel fsn/fsn1-pve1.hoster.test
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# Local notes and NetBox comments (v2 token on fsn, v1 token on lab).
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
EOF
check "refresh" netssh cache refresh
host=fsn/fsn1-pve1.hoster.test
check "set local note" netssh notes set $host "first line"
check "append local note" netssh notes append $host "second line"
expect_eq "show local note" "first line
second line" netssh notes show $host
expect_eq "note from stdin" "piped" bash -c "echo piped | netssh notes set $host && netssh notes show $host"
expect_eq "read NetBox comments (v2 token)" "Proxmox node 1" netssh notes show $host --netbox
check "append NetBox comments" netssh notes append $host --netbox "checked by netssh test"
expect_out "NetBox has the new line" "checked by netssh test" curl -s -H "Authorization: Bearer $FSN_TOKEN" "$FSN_URL/api/dcim/devices/?name=fsn1-pve1.hoster.test"
check "restore NetBox comments" netssh notes set $host --netbox "Proxmox node 1"
check "set NetBox comments (v1 token)" netssh notes set lab/lab-db1 --netbox "lab note"
expect_eq "read them back" "lab note" netssh notes show lab/lab-db1 --netbox
check "clear them" netssh notes set lab/lab-db1 --netbox ""
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# Completion, aliases, hook install for bash, zsh, fish, and the command alias.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
forwards:
web: {local: "18081:127.0.0.1:8081"}
shortcuts:
domains: [.hoster.test]
shell:
alias: j
EOF
check "refresh" netssh cache refresh
expect_out "complete hosts" "fsn/fsn1-pve2.hoster.test" netssh __complete fsn/fsn1
expect_out "complete scp host:" "fsn/fsn1-pve1.hoster.test:" netssh __complete scp a.txt fsn/fsn1-pve1
expect_out "complete forwards after the host" "web" netssh __complete tunnel fsn/fsn1-pve1.hoster.test ""
expect_out "complete --forward" "web" netssh __complete --forward ""
expect_out "fish aliases" "alias fsn_fsn1-pve1 " netssh alias --shell fish
check "hook install bash" netssh hook install --shell bash
# Interactive bash without a terminal warns about job control on stderr.
expect_eq "bash loads host aliases" "fsn1-pve1" sh -c "bash -ic 'fsn_fsn1-pve1 hostname' 2>/dev/null </dev/null"
expect_eq "bash command alias" "fsn1-pve2" sh -c "bash -ic 'j fsn/fsn1-pve2.hoster.test hostname' 2>/dev/null </dev/null"
check "hook install zsh" netssh hook install --shell zsh
expect_eq "zsh loads host aliases" "fsn1-pve3" zsh -ic 'fsn_fsn1-pve3 hostname' </dev/null
mkdir -p "$XDG_CONFIG_HOME/fish"
check "hook install fish" netssh hook install --shell fish
expect_eq "fish loads host aliases" "fsn1-pve1" fish -c 'fsn_fsn1-pve1 hostname' </dev/null
check "completion install bash" netssh completion install --shell bash
expect_out "bash completes hosts" "fsn/fsn1-pve2.hoster.test" bash -ic '. ~/.local/share/bash-completion/completions/netssh; COMP_WORDS=(netssh fsn/fsn1-pve2); COMP_CWORD=1; COMP_LINE="netssh fsn/fsn1-pve2"; COMP_POINT=${#COMP_LINE}; __start_netssh netssh; printf "%s\n" "${COMPREPLY[@]}"' </dev/null
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# The interactive TUI, driven through tmux: search, connect, sftp, tunnel, edit.
config <<'EOF'
resolver:
strategies: [management_subnet, primary_ip]
management_subnets: [10.231.1.0/24]
ssh:
default_user: ops
forwards:
web: {local: "18085:127.0.0.1:8081"}
EOF
check "refresh" netssh cache refresh
export TMUX_TMPDIR="$HOME/tmux"
mkdir -p "$TMUX_TMPDIR"
screen() { tmux capture-pane -p -t tui; }
shows() { screen | grep -qF -- "$1"; }
tui() { # start netssh in a fresh tmux session
tmux kill-server 2>/dev/null
tmux new-session -d -s tui -x 160 -y 40 -e HOME="$HOME" -e XDG_CONFIG_HOME="$XDG_CONFIG_HOME" -e XDG_CACHE_HOME="$XDG_CACHE_HOME" netssh
wait_for 10 shows "Search hostname"
}
step() { # NAME TEXT — wait until the pane shows TEXT
if wait_for 15 shows "$2"; then ok "$1"; else bad "$1" "$(screen)"; fi
}
tui && ok "TUI starts" || bad "TUI starts" "$(screen)"
tmux send-keys -t tui "fsn1-pve2"
step "search shows the host" "fsn/fsn1-pve2.hoster.test"
tmux send-keys -t tui Enter
sleep 1
tmux send-keys -t tui "hostname" Enter
step "enter connects" "fsn1-pve2"
tmux send-keys -t tui "exit" Enter
tui
tmux send-keys -t tui "fsn1-pve3"
wait_for 10 shows "fsn/fsn1-pve3.hoster.test"
tmux send-keys -t tui C-o
step "ctrl+o opens sftp" "sftp>"
tmux send-keys -t tui "pwd" Enter
step "sftp works" "Remote working directory: /home/ops"
tmux send-keys -t tui "bye" Enter
tui
tmux send-keys -t tui "fsn1-pve1"
wait_for 10 shows "fsn/fsn1-pve1.hoster.test"
tmux send-keys -t tui C-t
step "ctrl+t lists configured forwards" "forwards: web"
tmux send-keys -t tui "web" Enter
step "tunnel notice" "forwarding -L 18085:127.0.0.1:8081"
expect_out "tunnel from the TUI works" "hello from fsn1-pve1" curl -s --retry 10 --retry-connrefused --retry-delay 1 http://127.0.0.1:18085/
tmux send-keys -t tui C-c
tui
tmux send-keys -t tui "fsn1-pve1"
wait_for 10 shows "fsn/fsn1-pve1.hoster.test"
tmux send-keys -t tui C-e
step "ctrl+e opens the editor" "Connect as: ops@fsn/fsn1-pve1.hoster.test:22"
tmux send-keys -t tui C-u "admin@fsn/fsn1-pve1.hoster.test:22" Enter
sleep 1
tmux send-keys -t tui "whoami" Enter
step "edited user is used" "admin"
tmux send-keys -t tui "exit" Enter
tmux kill-server 2>/dev/null
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# The configurator in huh's accessible mode: without NetBox, add a static host,
# save, then connect. Menu numbers follow the order in internal/setup.
config_only </dev/null
rm -f "$XDG_CONFIG_HOME/netssh.yaml"
# no NetBox, static hosts, add, name, address, user, port, tags, back, save
out=$(python3 /tests/drive.py 2 4 1 legacy-box 10.231.0.50 admin "" legacy 5 8)
[[ $out == *"Config saved"* ]] && ok "configure saves" || bad "configure saves" "$out"
expect_out "config has the host" 'address: "10.231.0.50"' cat "$XDG_CONFIG_HOME/netssh.yaml"
expect_eq "connect to the configured host" "admin" netssh legacy-box whoami
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# Uninstall in dry-run mode lists everything netssh created.
config <<'EOF'
resolver: {strategies: [primary_ip]}
EOF
check "refresh" netssh cache refresh
check "hook install" netssh hook install --shell bash
expect_out "lists the profile" ".bashrc" netssh uninstall --dry-run
expect_out "lists the config" "netssh.yaml" netssh uninstall --dry-run
expect_out "lists the cache" ".cache/netssh" netssh uninstall --dry-run
out=$(netssh uninstall --dry-run --keep-config 2>&1)
[[ $out != *"netssh.yaml"* ]] && ok "--keep-config keeps the config" || bad "--keep-config keeps the config" "$out"
expect_out "nothing was removed" "netssh shell-init" cat "$HOME/.bashrc"
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"""Drive `netssh configure` in huh's accessible mode (TERM=dumb): one answer
per prompt, sent after a short pause so each form reads its own line."""
import os
import pty
import select
import sys
import time
answers = sys.argv[1:]
pid, fd = pty.fork()
if pid == 0:
os.execvpe("netssh", ["netssh", "configure"], dict(os.environ, TERM="dumb"))
out = b""
def drain(seconds):
global out
end = time.time() + seconds
while time.time() < end:
ready, _, _ = select.select([fd], [], [], 0.05)
if ready:
try:
out += os.read(fd, 4096)
except OSError:
return
for answer in answers:
drain(0.5)
os.write(fd, (answer + "\n").encode())
drain(2)
sys.stdout.write(out.decode(errors="replace"))
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# Helpers for the netssh test environment. Sourced by run.sh, the tests, and
# shell.sh inside the client container.
# shellcheck disable=SC1091
. /state/env
RESULTS=${RESULTS:-/tmp/netssh-results}
# new_home gives each test file its own netssh config, cache, notes, and rc files.
new_home() {
HOME=$(mktemp -d /tmp/home.XXXXXX)
export HOME XDG_CONFIG_HOME="$HOME/.config" XDG_CACHE_HOME="$HOME/.cache" SHELL=/bin/bash
mkdir -p "$XDG_CONFIG_HOME" "$XDG_CACHE_HOME"
unset TMUX ZELLIJ NETSSH_NETBOX_URL NETSSH_NETBOX_TOKEN
cd "$HOME" || exit 1
}
# base_config prints both NetBox instances followed by stdin.
base_config() { cat /state/netssh.yaml -; }
# config writes the netssh config: both NetBox instances plus stdin.
config() { base_config >"$XDG_CONFIG_HOME/netssh.yaml"; }
# config_only writes stdin as the whole config (no NetBox).
config_only() { cat >"$XDG_CONFIG_HOME/netssh.yaml"; }
ok() {
echo "ok $CURRENT: $1" >>"$RESULTS"
printf ' \033[32mok\033[0m %s\n' "$1"
}
bad() {
echo "FAIL $CURRENT: $1" >>"$RESULTS"
printf ' \033[31mFAIL\033[0m %s\n' "$1"
printf '%s\n' "$2" | sed 's/^/ /'
}
# check NAME CMD... — CMD must succeed.
check() {
local name=$1 out
shift
if out=$("$@" 2>&1); then ok "$name"; else bad "$name" "exit $?: $out"; fi
}
# expect_out NAME WANT CMD... — CMD must succeed and print WANT (substring).
expect_out() {
local name=$1 want=$2 out rc
shift 2
out=$("$@" 2>&1) && rc=0 || rc=$?
if [ "$rc" = 0 ] && [[ $out == *"$want"* ]]; then ok "$name"; else bad "$name" "want: $want
got (exit $rc): $out"; fi
}
# expect_eq NAME WANT CMD... — CMD must succeed and print exactly WANT.
expect_eq() {
local name=$1 want=$2 out rc
shift 2
out=$("$@" 2>&1) && rc=0 || rc=$?
if [ "$rc" = 0 ] && [ "$out" = "$want" ]; then ok "$name"; else bad "$name" "want: $want
got (exit $rc): $out"; fi
}
# expect_fail NAME WANT CMD... — CMD must fail and print WANT (substring).
expect_fail() {
local name=$1 want=$2 out rc
shift 2
out=$("$@" 2>&1) && rc=0 || rc=$?
if [ "$rc" != 0 ] && [[ $out == *"$want"* ]]; then ok "$name"; else bad "$name" "want failure with: $want
got (exit $rc): $out"; fi
}
# wait_for TIMEOUT CMD... — retry CMD every 0.2 s until it succeeds.
wait_for() {
local deadline=$((SECONDS + $1))
shift
until "$@" >/dev/null 2>&1; do
[ $SECONDS -ge $deadline ] && return 1
sleep 0.2
done
}
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#!/usr/bin/env bash
# Runs every tests/NN-*.sh (or those matching $1) in a fresh netssh home and
# prints a summary. Exit code 1 if any check failed.
set -u
export RESULTS=/tmp/netssh-results
: >"$RESULTS"
filter=${1:-}
for file in /tests/[0-9][0-9]-*.sh; do
name=$(basename "$file" .sh)
[[ -n $filter && $name != *"$filter"* ]] && continue
echo "== $name"
(
export CURRENT=$name
. /tests/lib.sh
new_home
. "$file"
)
done
passed=$(grep -c '^ok ' "$RESULTS" || true)
failed=$(grep -c '^FAIL ' "$RESULTS" || true)
echo
echo "passed: $passed, failed: $failed"
if [ "$failed" -gt 0 ]; then
grep '^FAIL ' "$RESULTS" | sed 's/^/ /'
exit 1
fi
Executable
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#!/usr/bin/env bash
# Start the netssh test environment: generate the test key, build the images
# (netssh from the current source), start everything, and seed NetBox.
set -euo pipefail
cd "$(dirname "$0")"
compose=(docker compose -f compose.yaml)
mkdir -p .keys .state
chmod a+rwx .state # written by the seed container's user
if [ ! -f .keys/id_ed25519 ]; then
ssh-keygen -q -t ed25519 -N '' -C netssh-test -f .keys/id_ed25519
cp .keys/id_ed25519.pub .keys/authorized_keys
fi
# Throwaway test key: readable by the container user; tests copy it with 0600.
chmod 644 .keys/id_ed25519 .keys/authorized_keys
"${compose[@]}" build
"${compose[@]}" up -d --wait --wait-timeout 600 \
postgres redis netbox-fsn netbox-lab bastion fsn1-pve1 fsn1-pve2 fsn1-pve3 \
web1 web2 lab-db1 lab-web1 legacy-box v6-host client
"${compose[@]}" run --rm seed
echo
echo "Test environment is up."
echo " Tests: testenv/test.sh [FILTER]"
echo " Shell: testenv/shell.sh"
echo " NetBox UI: http://127.0.0.1:18000 (fsn), http://127.0.0.1:18001 (lab) — admin / admin"