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DECNET/tests/test_services.py
anti 41fd496128 feat(web): attacker artifacts endpoint + UI drawer 
Adds the server-side wiring and frontend UI to surface files captured
by the SSH honeypot for a given attacker.

- New repository method get_attacker_artifacts (abstract + SQLModel
  impl) that joins the attacker's IP to `file_captured` log rows.
- New route GET /attackers/{uuid}/artifacts.
- New router /artifacts/{decky}/{service}/{stored_as} that streams a
  quarantined file back to an authenticated viewer.
- AttackerDetail grows an ArtifactDrawer panel with per-file metadata
  (sha256, size, orig_path) and a download action.
- ssh service fragment now sets NODE_NAME=decky_name so logs and the
  host-side artifacts bind-mount share the same decky identifier.
2026-04-18 05:36:48 -04:00

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"""
Tests for all 25 DECNET service plugins.
Covers:
- Service registration via the plugin registry
- compose_fragment structure (container_name, restart, image/build)
- LOG_TARGET propagation for custom-build services
- dockerfile_context returns Path for build services, None for upstream-image services
- Per-service persona config (service_cfg) propagation
"""
import pytest
from pathlib import Path
from decnet.services.registry import all_services, get_service
# ---------------------------------------------------------------------------
# Helpers
# ---------------------------------------------------------------------------
def _fragment(name: str, log_target: str | None = None, service_cfg: dict | None = None) -> dict:
return get_service(name).compose_fragment("test-decky", log_target, service_cfg)
def _is_build_service(name: str) -> bool:
svc = get_service(name)
return svc.default_image == "build"
# ---------------------------------------------------------------------------
# Tier 1: upstream-image services (non-build)
# ---------------------------------------------------------------------------
UPSTREAM_SERVICES: dict = {}
# ---------------------------------------------------------------------------
# Tier 2: custom-build services (including ssh, which now uses build)
# ---------------------------------------------------------------------------
BUILD_SERVICES = {
"ssh": ([22], "ssh"),
"telnet": ([23], "telnet"),
"http": ([80, 443], "http"),
"rdp": ([3389], "rdp"),
"smb": ([445, 139], "smb"),
"ftp": ([21], "ftp"),
"smtp": ([25, 587], "smtp"),
"elasticsearch": ([9200], "elasticsearch"),
"pop3": ([110, 995], "pop3"),
"imap": ([143, 993], "imap"),
"mysql": ([3306], "mysql"),
"mssql": ([1433], "mssql"),
"redis": ([6379], "redis"),
"mongodb": ([27017], "mongodb"),
"postgres": ([5432], "postgres"),
"ldap": ([389, 636], "ldap"),
"vnc": ([5900], "vnc"),
"docker_api": ([2375, 2376], "docker_api"),
"k8s": ([6443, 8080], "k8s"),
"sip": ([5060], "sip"),
"mqtt": ([1883], "mqtt"),
"llmnr": ([5355, 5353], "llmnr"),
"snmp": ([161], "snmp"),
"tftp": ([69], "tftp"),
"conpot": ([502, 161, 80], "conpot"),
}
ALL_SERVICE_NAMES = list(UPSTREAM_SERVICES) + list(BUILD_SERVICES)
# ---------------------------------------------------------------------------
# Registration tests
# ---------------------------------------------------------------------------
@pytest.mark.parametrize("name", ALL_SERVICE_NAMES)
def test_service_registered(name):
"""Every service must appear in the registry."""
registry = all_services()
assert name in registry, f"Service '{name}' not found in registry"
@pytest.mark.parametrize("name", ALL_SERVICE_NAMES)
def test_service_ports_defined(name):
"""Every service must declare at least one port."""
svc = get_service(name)
assert isinstance(svc.ports, list)
assert len(svc.ports) >= 1
# ---------------------------------------------------------------------------
# Upstream-image service tests
# ---------------------------------------------------------------------------
@pytest.mark.parametrize("name,expected", [
(n, (img, ports)) for n, (img, ports) in UPSTREAM_SERVICES.items()
])
def test_upstream_image(name, expected):
expected_image, _ = expected
frag = _fragment(name)
assert frag.get("image") == expected_image
@pytest.mark.parametrize("name", UPSTREAM_SERVICES)
def test_upstream_no_dockerfile_context(name):
assert get_service(name).dockerfile_context() is None
@pytest.mark.parametrize("name", UPSTREAM_SERVICES)
def test_upstream_container_name(name):
frag = _fragment(name)
assert frag["container_name"] == f"test-decky-{name.replace('_', '-')}"
@pytest.mark.parametrize("name", UPSTREAM_SERVICES)
def test_upstream_restart_policy(name):
frag = _fragment(name)
assert frag.get("restart") == "unless-stopped"
# ---------------------------------------------------------------------------
# Build-service tests
# ---------------------------------------------------------------------------
@pytest.mark.parametrize("name", BUILD_SERVICES)
def test_build_service_uses_build(name):
frag = _fragment(name)
assert "build" in frag, f"Service '{name}' fragment missing 'build' key"
assert "context" in frag["build"]
@pytest.mark.parametrize("name", BUILD_SERVICES)
def test_build_service_dockerfile_context_is_path(name):
ctx = get_service(name).dockerfile_context()
assert isinstance(ctx, Path), f"Service '{name}' dockerfile_context should return a Path"
@pytest.mark.parametrize("name", BUILD_SERVICES)
def test_build_service_dockerfile_exists(name):
ctx = get_service(name).dockerfile_context()
dockerfile = ctx / "Dockerfile"
assert dockerfile.exists(), f"Dockerfile missing at {dockerfile}"
@pytest.mark.parametrize("name", BUILD_SERVICES)
def test_build_service_container_name(name):
frag = _fragment(name)
slug = name.replace("_", "-")
assert frag["container_name"] == f"test-decky-{slug}"
@pytest.mark.parametrize("name", BUILD_SERVICES)
def test_build_service_restart_policy(name):
frag = _fragment(name)
assert frag.get("restart") == "unless-stopped"
_RSYSLOG_SERVICES = {"ssh", "real_ssh", "telnet"}
_NODE_NAME_SERVICES = [n for n in BUILD_SERVICES if n not in _RSYSLOG_SERVICES]
@pytest.mark.parametrize("name", _NODE_NAME_SERVICES)
def test_build_service_node_name_env(name):
frag = _fragment(name)
env = frag.get("environment", {})
assert "NODE_NAME" in env
assert env["NODE_NAME"] == "test-decky"
# ssh, real_ssh, and telnet do not use LOG_TARGET (rsyslog handles log forwarding inside the container)
_LOG_TARGET_SERVICES = [n for n in BUILD_SERVICES if n not in _RSYSLOG_SERVICES]
@pytest.mark.parametrize("name", _LOG_TARGET_SERVICES)
def test_build_service_log_target_propagated(name):
frag = _fragment(name, log_target="10.0.0.1:5140")
env = frag.get("environment", {})
assert env.get("LOG_TARGET") == "10.0.0.1:5140"
@pytest.mark.parametrize("name", _LOG_TARGET_SERVICES)
def test_build_service_no_log_target_by_default(name):
frag = _fragment(name)
env = frag.get("environment", {})
assert "LOG_TARGET" not in env
def test_ssh_no_log_target_env():
"""SSH uses rsyslog internally — no LOG_TARGET or COWRIE_* vars."""
env = _fragment("ssh", log_target="10.0.0.1:5140").get("environment", {})
assert "LOG_TARGET" not in env
assert not any(k.startswith("COWRIE_") for k in env)
# ---------------------------------------------------------------------------
# Port coverage tests
# ---------------------------------------------------------------------------
@pytest.mark.parametrize("name,expected", [
(n, ports) for n, (ports, _) in BUILD_SERVICES.items()
])
def test_build_service_ports(name, expected):
svc = get_service(name)
assert svc.ports == expected
@pytest.mark.parametrize("name,expected", [
(n, ports) for n, (_, ports) in UPSTREAM_SERVICES.items()
])
def test_upstream_service_ports(name, expected):
svc = get_service(name)
assert svc.ports == expected
# ---------------------------------------------------------------------------
# Registry completeness
# ---------------------------------------------------------------------------
def test_total_service_count():
"""Sanity check: at least 25 services registered."""
assert len(all_services()) >= 25
# ---------------------------------------------------------------------------
# Per-service persona config (service_cfg)
# ---------------------------------------------------------------------------
# HTTP -----------------------------------------------------------------------
def test_http_default_no_extra_env():
"""No service_cfg → none of the new env vars should appear."""
env = _fragment("http").get("environment", {})
for key in ("SERVER_HEADER", "RESPONSE_CODE", "FAKE_APP", "EXTRA_HEADERS", "CUSTOM_BODY", "FILES_DIR"):
assert key not in env, f"Expected {key} absent by default"
def test_http_server_header():
env = _fragment("http", service_cfg={"server_header": "nginx/1.18.0"}).get("environment", {})
assert env.get("SERVER_HEADER") == "nginx/1.18.0"
def test_http_response_code():
env = _fragment("http", service_cfg={"response_code": 200}).get("environment", {})
assert env.get("RESPONSE_CODE") == "200"
def test_http_fake_app():
env = _fragment("http", service_cfg={"fake_app": "wordpress"}).get("environment", {})
assert env.get("FAKE_APP") == "wordpress"
def test_http_extra_headers():
import json
env = _fragment("http", service_cfg={"extra_headers": {"X-Frame-Options": "SAMEORIGIN"}}).get("environment", {})
assert "EXTRA_HEADERS" in env
assert json.loads(env["EXTRA_HEADERS"]) == {"X-Frame-Options": "SAMEORIGIN"}
def test_http_custom_body():
env = _fragment("http", service_cfg={"custom_body": "<html>hi</html>"}).get("environment", {})
assert env.get("CUSTOM_BODY") == "<html>hi</html>"
def test_http_empty_service_cfg_no_extra_env():
env = _fragment("http", service_cfg={}).get("environment", {})
assert "SERVER_HEADER" not in env
# SSH ------------------------------------------------------------------------
def test_ssh_default_env():
env = _fragment("ssh").get("environment", {})
assert env.get("SSH_ROOT_PASSWORD") == "admin"
assert not any(k.startswith("COWRIE_") for k in env)
# SSH propagates NODE_NAME for log attribution / artifact bind-mount paths.
assert env.get("NODE_NAME") == "test-decky"
def test_ssh_custom_password():
env = _fragment("ssh", service_cfg={"password": "h4x!"}).get("environment", {})
assert env.get("SSH_ROOT_PASSWORD") == "h4x!"
def test_ssh_custom_hostname():
env = _fragment("ssh", service_cfg={"hostname": "prod-db"}).get("environment", {})
assert env.get("SSH_HOSTNAME") == "prod-db"
def test_ssh_no_hostname_by_default():
env = _fragment("ssh").get("environment", {})
assert "SSH_HOSTNAME" not in env
# SMTP -----------------------------------------------------------------------
def test_smtp_banner():
env = _fragment("smtp", service_cfg={"banner": "220 mail.corp.local ESMTP Sendmail"}).get("environment", {})
assert env.get("SMTP_BANNER") == "220 mail.corp.local ESMTP Sendmail"
def test_smtp_mta():
env = _fragment("smtp", service_cfg={"mta": "mail.corp.local"}).get("environment", {})
assert env.get("SMTP_MTA") == "mail.corp.local"
def test_smtp_default_no_extra_env():
env = _fragment("smtp").get("environment", {})
assert "SMTP_BANNER" not in env
assert "SMTP_MTA" not in env
# MySQL ----------------------------------------------------------------------
def test_mysql_version():
env = _fragment("mysql", service_cfg={"version": "8.0.33"}).get("environment", {})
assert env.get("MYSQL_VERSION") == "8.0.33"
def test_mysql_default_no_version_env():
env = _fragment("mysql").get("environment", {})
assert "MYSQL_VERSION" not in env
# Redis ----------------------------------------------------------------------
def test_redis_version():
env = _fragment("redis", service_cfg={"version": "6.2.14"}).get("environment", {})
assert env.get("REDIS_VERSION") == "6.2.14"
def test_redis_os_string():
env = _fragment("redis", service_cfg={"os_string": "Linux 4.19.0"}).get("environment", {})
assert env.get("REDIS_OS") == "Linux 4.19.0"
def test_redis_default_no_extra_env():
env = _fragment("redis").get("environment", {})
assert "REDIS_VERSION" not in env
assert "REDIS_OS" not in env
# Telnet ---------------------------------------------------------------------
def test_telnet_uses_build_context():
"""Telnet uses a build context (no Cowrie image)."""
frag = _fragment("telnet")
assert "build" in frag
assert "image" not in frag
def test_telnet_default_password():
env = _fragment("telnet").get("environment", {})
assert env.get("TELNET_ROOT_PASSWORD") == "admin"
def test_telnet_custom_password():
env = _fragment("telnet", service_cfg={"password": "s3cr3t"}).get("environment", {})
assert env.get("TELNET_ROOT_PASSWORD") == "s3cr3t"
def test_telnet_no_cowrie_env_vars():
"""Ensure no Cowrie env vars bleed into the real telnet service."""
env = _fragment("telnet").get("environment", {})
assert not any(k.startswith("COWRIE_") for k in env)
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