mirror of
https://github.com/MODSetter/SurfSense.git
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345 lines
14 KiB
Python
345 lines
14 KiB
Python
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"""Manual functional e2e for Phase 3 crawler + billing (3a / 3b / 3c).
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Run from the backend directory:
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cd surfsense_backend
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uv run python scripts/e2e_phase3_crawl_billing.py
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# or: .\\.venv\\Scripts\\python.exe scripts/e2e_phase3_crawl_billing.py
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What it exercises (everything REAL — live network, live proxy, live DB reads):
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Stage 1 (3a + 3b) — direct fetch + proxy egress-IP proof + crawl_url ladder.
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Stage 2 (3c chat surface) — the scrape_webpage tool folds one successful
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crawl into the current chat turn's accumulator (billed at finalize).
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Stage 3 (3c connector surface) — index_crawled_urls debits the WORKSPACE
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OWNER per successful crawl and writes one `web_crawl` TokenUsage row.
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SAFETY: Stage 3 creates a scratch user/workspace/connector inside an outer
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transaction that is ALWAYS rolled back (``join_transaction_mode=
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"create_savepoint"``), so nothing persists to your database. The only real
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side effect is a handful of HTTP requests (small proxy spend).
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This is NOT a pytest test (it needs a live stack + proxy creds + network). It
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is the manual functional counterpart to the unit suites; the undetectability /
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anti-bot scorecard is a separate deliverable (03f), after 03d/03e.
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"""
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import asyncio
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import sys
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import uuid
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from pathlib import Path
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from urllib.parse import urlsplit
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from dotenv import load_dotenv
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# --- bootstrap: load .env and put the backend root on sys.path before app.* ---
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_BACKEND_ROOT = Path(__file__).resolve().parent.parent
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sys.path.insert(0, str(_BACKEND_ROOT))
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for _candidate in (_BACKEND_ROOT / ".env", _BACKEND_ROOT.parent / ".env"):
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if _candidate.exists():
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load_dotenv(_candidate)
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break
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from sqlalchemy import select, text # noqa: E402
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from sqlalchemy.ext.asyncio import AsyncSession # noqa: E402
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from app.config import config # noqa: E402
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# Content-rich, generally crawl-friendly targets (real extraction expected).
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_ARTICLE_URLS = [
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"https://en.wikipedia.org/wiki/Competitive_intelligence",
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"https://en.wikipedia.org/wiki/Market_research",
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]
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_IP_ECHO = "https://api.ipify.org?format=json"
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def _mask(url: str | None) -> str:
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if not url:
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return "<none>"
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p = urlsplit(url)
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host = p.hostname or "?"
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port = f":{p.port}" if p.port else ""
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creds = "***@" if p.username else ""
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return f"{p.scheme}://{creds}{host}{port}"
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def _hr(title: str) -> None:
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print(f"\n{'=' * 70}\n{title}\n{'=' * 70}")
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def _check(label: str, ok: bool, detail: str = "") -> bool:
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print(f" [{'PASS' if ok else 'FAIL'}] {label}{f' — {detail}' if detail else ''}")
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return ok
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# ===========================================================================
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# Stage 1 — crawl core (3a) + proxy routing (3b)
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# ===========================================================================
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async def stage1_crawl_and_proxy() -> bool:
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_hr("STAGE 1 — crawl_url ladder (3a) + proxy egress (3b)")
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from scrapling.fetchers import AsyncFetcher
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from app.proprietary.web_crawler import CrawlOutcomeStatus, WebCrawlerConnector
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from app.utils.proxy import get_active_provider, get_proxy_url, is_pool_backed
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ok = True
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provider = get_active_provider()
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proxy_url = get_proxy_url()
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print(f" active proxy provider : {provider.name}")
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print(f" proxy url : {_mask(proxy_url)}")
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print(f" pool-backed (rotates) : {is_pool_backed()}")
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# Proxy egress-IP proof: direct IP vs proxied IP should differ.
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direct_ip = proxied_ip = None
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try:
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direct = await AsyncFetcher.get(_IP_ECHO, impersonate="chrome", timeout=30)
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direct_ip = direct.json().get("ip")
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except Exception as exc: # noqa: BLE001
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print(f" [INFO] direct IP fetch failed: {exc}")
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if proxy_url:
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try:
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via = await AsyncFetcher.get(
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_IP_ECHO, impersonate="chrome", proxy=proxy_url, timeout=45
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)
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proxied_ip = via.json().get("ip")
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except Exception as exc: # noqa: BLE001
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print(f" [INFO] proxied IP fetch failed: {exc}")
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print(f" egress IP (direct) : {direct_ip}")
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print(f" egress IP (via proxy) : {proxied_ip}")
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if proxy_url:
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ok &= _check(
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"proxy changes egress IP",
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bool(proxied_ip) and proxied_ip != direct_ip,
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f"{direct_ip} -> {proxied_ip}",
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)
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else:
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print(" [INFO] no proxy configured — skipping egress-IP assertion")
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# crawl_url end-to-end on a content-rich page.
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crawler = WebCrawlerConnector()
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outcome = await crawler.crawl_url(_ARTICLE_URLS[0])
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content = (outcome.result or {}).get("content", "") if outcome.result else ""
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tier = (outcome.result or {}).get("crawler_type", "?") if outcome.result else "?"
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ok &= _check(
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"crawl_url returns SUCCESS with content",
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outcome.status is CrawlOutcomeStatus.SUCCESS and len(content) > 200,
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f"status={outcome.status.value} tier={tier} chars={len(content)}",
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)
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return ok
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# ===========================================================================
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# Stage 2 — chat scrape folds cost into the turn accumulator (3c surface 2)
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# ===========================================================================
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async def stage2_chat_fold() -> bool:
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_hr("STAGE 2 — chat scrape_webpage folds crawl cost into turn (3c)")
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config.WEB_CRAWL_CREDIT_BILLING_ENABLED = True
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price = config.WEB_CRAWL_MICROS_PER_SUCCESS
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from app.agents.chat.multi_agent_chat.main_agent.tools.scrape_webpage import (
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create_scrape_webpage_tool,
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)
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from app.services.token_tracking_service import start_turn
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acc = start_turn()
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tool = create_scrape_webpage_tool()
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result = await tool.ainvoke({"url": _ARTICLE_URLS[0]})
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crawled_ok = "error" not in result and bool(result.get("content"))
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print(f" scrape error : {result.get('error', '<none>')}")
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print(f" turn cost_micros : {acc.total_cost_micros}")
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print(f" call kinds : {[c.call_kind for c in acc.calls]}")
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if not crawled_ok:
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print(" [INFO] crawl did not succeed (site/proxy) — cannot assert fold")
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return False
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return _check(
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"one web_crawl line folded at configured price",
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acc.total_cost_micros == price
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and any(c.call_kind == "web_crawl" for c in acc.calls),
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f"expected={price} got={acc.total_cost_micros}",
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)
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# ===========================================================================
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# Stage 3 — connector indexer bills the workspace owner (3c surface 1)
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# ===========================================================================
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async def stage3_indexer_billing() -> bool:
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_hr("STAGE 3 — index_crawled_urls bills workspace owner (3c) [rolled back]")
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config.WEB_CRAWL_CREDIT_BILLING_ENABLED = True
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price = config.WEB_CRAWL_MICROS_PER_SUCCESS
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start_balance = 10_000_000 # $10 — plenty for the pre-flight check
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from app.db import (
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Base,
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SearchSourceConnector,
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SearchSourceConnectorType,
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TokenUsage,
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User,
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Workspace,
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engine,
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)
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from app.tasks.connector_indexers.webcrawler_indexer import index_crawled_urls
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# Self-bootstrap: if the configured DB has no schema (e.g. an empty
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# surfsense_test), create it like the integration harness. No-op against an
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# already-migrated DB. DDL is outside the rolled-back txn, so tables persist
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# but the scratch rows below do not.
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async with engine.connect() as probe:
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has_schema = (
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await probe.execute(text("select to_regclass('public.\"user\"')"))
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).scalar() is not None
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if not has_schema:
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print(" [INFO] empty database — creating schema (vector ext + create_all)")
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async with engine.begin() as ddl:
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await ddl.execute(text("CREATE EXTENSION IF NOT EXISTS vector"))
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await ddl.run_sync(Base.metadata.create_all)
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async with engine.connect() as conn:
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outer = await conn.begin()
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try:
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async with AsyncSession(
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bind=conn,
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expire_on_commit=False,
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join_transaction_mode="create_savepoint",
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) as session:
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owner = User(
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id=uuid.uuid4(),
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email=f"e2e-phase3+{uuid.uuid4().hex[:8]}@surfsense.test",
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hashed_password="not-a-real-hash",
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is_active=True,
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is_superuser=False,
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is_verified=True,
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credit_micros_balance=start_balance,
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)
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session.add(owner)
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await session.flush()
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# A DISTINCT triggering user (real row — documents.created_by_id
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# FKs to it) to prove the OWNER, not the trigger, gets billed.
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trigger = User(
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id=uuid.uuid4(),
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email=f"e2e-trigger+{uuid.uuid4().hex[:8]}@surfsense.test",
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hashed_password="not-a-real-hash",
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is_active=True,
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is_superuser=False,
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is_verified=True,
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credit_micros_balance=start_balance,
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)
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session.add(trigger)
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await session.flush()
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ws = Workspace(name="E2E Phase3 Scratch", user_id=owner.id)
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session.add(ws)
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await session.flush()
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connector = SearchSourceConnector(
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name="E2E WebCrawler Scratch",
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connector_type=SearchSourceConnectorType.WEBCRAWLER_CONNECTOR,
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config={"INITIAL_URLS": _ARTICLE_URLS},
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is_indexable=True,
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workspace_id=ws.id,
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user_id=owner.id,
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)
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session.add(connector)
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await session.flush()
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# Snapshot plain values before the indexer's commits so post-run
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# reads never lazy-load an expired ORM attribute.
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owner_id = owner.id
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trigger_id = trigger.id
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ws_id = ws.id
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connector_id = connector.id
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print(f" owner user id : {owner_id}")
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print(f" triggering user id : {trigger_id}")
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print(f" urls : {len(_ARTICLE_URLS)}")
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total, warning = await index_crawled_urls(
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session, connector_id, ws_id, str(trigger_id)
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)
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await session.refresh(owner)
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await session.refresh(trigger)
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debit = start_balance - owner.credit_micros_balance
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trigger_debit = start_balance - trigger.credit_micros_balance
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rows = (
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(
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await session.execute(
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select(TokenUsage).where(
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TokenUsage.usage_type == "web_crawl",
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TokenUsage.workspace_id == ws_id,
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)
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)
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)
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.scalars()
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.all()
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)
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print(f" index result : processed={total} warning={warning}")
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print(f" owner debit (micros) : {debit}")
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print(f" trigger debit (micros): {trigger_debit}")
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print(f" web_crawl usage rows : {len(rows)}")
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ok = True
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if not rows:
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print(
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" [INFO] 0 successful crawls (site/proxy blocked) — "
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"nothing billed; cannot assert debit"
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)
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return False
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row = rows[0]
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successes = (row.call_details or {}).get("successes")
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print(
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f" audit row : cost_micros={row.cost_micros} "
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f"successes={successes} user_id={row.user_id}"
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)
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ok &= _check("exactly one web_crawl audit row", len(rows) == 1)
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ok &= _check(
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"audit billed to OWNER (not trigger user)",
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str(row.user_id) == str(owner_id),
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)
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ok &= _check(
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"triggering user NOT debited",
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trigger_debit == 0,
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f"trigger_debit={trigger_debit}",
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)
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ok &= _check(
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"cost == successes * configured price",
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row.cost_micros == successes * price,
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f"{row.cost_micros} == {successes} * {price}",
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)
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ok &= _check(
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"wallet debit matches audit cost",
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debit == row.cost_micros,
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f"debit={debit} cost={row.cost_micros}",
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)
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return ok
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finally:
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await outer.rollback()
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print(" [INFO] transaction rolled back — no scratch rows persisted")
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async def main() -> int:
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print("Phase 3 functional e2e (3a/3b/3c) — live network + proxy, DB rolled back")
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results: dict[str, bool] = {}
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for name, coro in (
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("Stage 1 crawl+proxy", stage1_crawl_and_proxy),
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("Stage 2 chat fold", stage2_chat_fold),
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("Stage 3 indexer billing", stage3_indexer_billing),
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):
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try:
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results[name] = await coro()
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except Exception as exc: # noqa: BLE001
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import traceback
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traceback.print_exc()
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print(f" [ERROR] {name} raised: {exc}")
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results[name] = False
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_hr("SUMMARY")
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for name, ok in results.items():
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print(f" {'PASS' if ok else 'FAIL/SKIP'} — {name}")
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return 0 if all(results.values()) else 1
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if __name__ == "__main__":
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raise SystemExit(asyncio.run(main()))
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