Files
claudetools/.claude/skills/bitdefender/scripts/selftest.py
Howard Enos db6aa3683f fix(bitdefender): all-clients sweep, quarantine path, EDR controls, self-test
Several bugs found and fixed during live testing against the ACG GravityZone
tenant:
- security_sweep_all_clients: iterate each company (the companies container is
  not a valid endpoint parent; passing it 400'd the whole sweep)
- list_quarantine: use service-scoped path quarantine/computers with companyId
  (bare quarantine module 404'd; param is companyId not parentId)
- rename GZEndpointSummary.detection_active -> threat_detected with corrected
  semantics (True = active threat, tracks with infected; not an engine-on flag)
- status: readable sectioned table renderer for the nested apiKey/license dict
- portable CLAUDETOOLS_ROOT resolution (derive from file path, not a Windows
  literal) so it works on the Mac/Linux fleet

Adds scripts/selftest.py: a 29-check read-only harness (all passing) covering
every read command, --json, error exit codes, and destructive-action gating.
EDR/incident commands (blocklist, isolate/unisolate, blocklist-add/remove) and
raw destructive-method gating are included from this session's work.

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
2026-05-30 07:29:55 -07:00

109 lines
5.1 KiB
Python

#!/usr/bin/env python3
"""Read-only self-test harness for the bitdefender skill.
Runs each CLI command as an isolated subprocess and checks exit code +
output markers. NO state-changing API calls are made (create/scan/move/
isolate/blocklist-add/delete are only tested in their --confirm-absent
refusal path). Prints a PASS/FAIL report.
"""
from __future__ import annotations
import json
import os
import subprocess
import sys
HERE = os.path.dirname(os.path.abspath(__file__))
GZ = os.path.join(HERE, "gz.py")
ACG = "5c428b246c031893678b4569" # ACG internal company (real)
results = []
def run(args):
env = dict(os.environ)
env.setdefault("CLAUDETOOLS_ROOT", "C:/claudetools")
env["PYTHONIOENCODING"] = "utf-8"
p = subprocess.run([sys.executable, GZ] + args, capture_output=True,
text=True, env=env, timeout=120)
return p.returncode, p.stdout, p.stderr
def check(name, args, *, want_rc=None, out_has=None, err_has=None,
out_json_ok=False, not_out=None):
rc, out, err = run(args)
problems = []
if want_rc is not None and rc != want_rc:
problems.append(f"rc={rc} want {want_rc}")
if out_has and out_has not in out:
problems.append(f"stdout missing {out_has!r}")
if err_has and err_has not in err:
problems.append(f"stderr missing {err_has!r}")
if not_out and not_out in out:
problems.append(f"stdout should NOT contain {not_out!r}")
if out_json_ok:
try:
json.loads(out)
except Exception as e:
problems.append(f"stdout not valid JSON: {e}")
status = "PASS" if not problems else "FAIL"
results.append((status, name, "; ".join(problems), (out[:120] + (out[120:] and "...")).replace("\n", " ")))
return rc, out, err
# --- read commands: should succeed (rc 0) ---
check("status table", ["status"], want_rc=0, out_has="apiKey")
check("status json", ["status", "--json"], want_rc=0, out_json_ok=True)
check("companies table", ["companies"], want_rc=0, out_has="Companies:")
check("companies json", ["companies", "--json"], want_rc=0, out_json_ok=True)
check("endpoints (real co)", ["endpoints", "--company", ACG], want_rc=0, out_has="Endpoints:")
check("endpoints json", ["endpoints", "--company", ACG, "--json"], want_rc=0, out_json_ok=True)
check("endpoints bogus parent -> err", ["endpoints", "--company", "bogus"], want_rc=1, err_has="[ERROR]")
check("policies", ["policies"], want_rc=0, out_has="Policies:")
check("packages", ["packages"], want_rc=0, out_has="Packages:")
check("quarantine (real co)", ["quarantine", "--company", ACG], want_rc=0, out_has="Quarantine items:")
check("quarantine json", ["quarantine", "--company", ACG, "--json"], want_rc=0, out_json_ok=True)
check("blocklist", ["blocklist"], want_rc=0, out_has="Blocklist items:")
check("blocklist json", ["blocklist", "--json"], want_rc=0, out_json_ok=True)
check("blocklist page2", ["blocklist", "--page", "2", "--per-page", "3"], want_rc=0, out_has="Blocklist items:")
check("inventory cached", ["inventory"], want_rc=0, out_has="Inventory cached_at:")
# --- error handling: a MALFORMED id (not valid hex/ObjectId) makes the API
# error, which must exit non-zero (1). Note: a well-formed but non-existent
# hex id is ACCEPTED by GravityZone and returns a stub (rc 0) -- that is the
# API's behavior, not a skill bug, so we test with a malformed value here. ---
check("endpoint bad id -> rc1", ["endpoint", "bogus"], want_rc=1, err_has="[ERROR]")
check("policy bad id -> rc1", ["policy", "bogus"], want_rc=1, err_has="[ERROR]")
# --- argparse: missing required arg -> rc2 ---
check("quarantine missing --company -> rc2", ["quarantine"], want_rc=2)
check("endpoint missing positional -> rc2", ["endpoint"], want_rc=2)
# --- gating: destructive without --confirm -> rc3, no API call ---
check("isolate no confirm -> rc3", ["isolate", "--endpoints", "x"], want_rc=3, out_has="Would")
check("unisolate no confirm -> rc3", ["unisolate", "--endpoints", "x"], want_rc=3)
check("blocklist-add no confirm -> rc3", ["blocklist-add", "--company", ACG, "--hashes", "abc"], want_rc=3)
check("blocklist-remove no confirm -> rc3", ["blocklist-remove", "--id", "x"], want_rc=3)
check("delete-endpoint no confirm -> rc3", ["delete-endpoint", "x"], want_rc=3)
check("delete-package no confirm -> rc3", ["delete-package", "--package", "x"], want_rc=3)
check("delete-group no confirm -> rc3", ["delete-group", "--group", "x"], want_rc=3)
# --- raw gating ---
check("raw destructive no confirm -> rc3", ["raw", "--module", "network",
"--method", "deleteEndpoint", "--params", "{}"], want_rc=3)
check("raw bad json params -> rc2", ["raw", "--module", "general",
"--method", "getApiKeyDetails", "--params", "{bad"], want_rc=2)
check("raw read ok", ["raw", "--module", "general", "--method",
"getApiKeyDetails", "--params", "{}"], want_rc=0)
# --- report ---
print("\n==== bitdefender skill self-test ====")
npass = sum(1 for r in results if r[0] == "PASS")
for status, name, prob, sample in results:
line = f"[{status}] {name}"
if prob:
line += f" -> {prob}"
print(line)
print(f"\n{npass}/{len(results)} passed, {len(results)-npass} failed")
sys.exit(0 if npass == len(results) else 1)