"""云端控制面 HTTP server（首版）。 零第三方依赖，只用 http.server + sqlite3 + 标准库。 分工与边界（以实际代码为准，不夸大）： - 本 server 只做控制面：项目/任务的创建、查询、取消、心跳、 stale 任务回收，以及 GitHub/Slack webhook 的验签与解析。 - 本版不直接跑模型回合。任务状态机与 host.py 对齐： queued -> running -> completed/failed/interrupted/merged/merge-failed， 其中 completed/merged 由 worker/控制面后续调用方更新（例如 worker 调 host.py 跑完回合后回写），本 server 不提供“跑模型”端点。 - 其它已就绪模块（queue 的 order_tasks/ready_tasks、sandbox 的执行器、 memory 的 MemoryStore、kb 的 KBStore、models 的 ModelRouter、 cost 的 CostStore、webhooks 的 NotificationService）本版尚未接成 HTTP 端点，留给 worker 接线时调用；本 server 只接入其中两处： AuthStore（认证/权限/审计）与 webhooks 的验签/解析函数。 - DockerExecutor 已接通（见 sandbox.py），CloudExecutor 目前仍是占位 （见 sandbox.py），本 server 不假装已接通云端执行。 导入规则：只用绝对包导入（from cloud.auth import ...）。绝不要把 cloud/ 目录加进 sys.path：标准库已有 queue 模块，会和 cloud/queue.py 撞名，导致 stdlib queue 被错误模块覆盖。 状态库：单一 SQLite 文件。AuthStore 用 users/project_members/ audit_log 三张表；本 server 用 projects/tasks 两张表，表名不冲突。 并发：ThreadingHTTPServer 多线程处理请求，每个请求内新建 SQLite 连接（server 表用新连接，AuthStore 每次请求新建一个实例），绝不在 多线程 handler 间共用一个连接。 启动： python3 -m cloud.server [--host 127.0.0.1] [--port 8765] [--db <路径>] 后端由 CLOUD_DB_BACKEND 选（sqlite 默认；postgres 已接通， 驱动缺失时启动即明确报错，见 cloud/db.py）。 测试用 create_server(db_path, host, port) 只返回 ThreadingHTTPServer 实例，不自动 serve。 """ import argparse import hashlib import html import json import logging import os import re import shutil import socket import sqlite3 import subprocess import sys import threading import time import uuid from collections import deque from contextlib import contextmanager from decimal import Decimal from http.server import BaseHTTPRequestHandler, ThreadingHTTPServer from urllib.parse import parse_qs, quote, urlparse from cloud.auth import ROLES as _MEMBER_ROLES from cloud.auth import AuthStore from cloud.coordinator import parse_parts as _coord_parse_parts from cloud.coordinator import validate_parts as _coord_validate_parts from cloud.cost import CostStore, unpriced_token_cap from cloud.db import connect as _db_connect from cloud.db import create_database as _create_database from cloud.db import init_postgres_schema as _init_postgres_schema from cloud.db import PostgresIntegrityError as _PgIntegrityError from cloud.db import PostgresOperationalError as _PgOperationalError from cloud.peer_messages import deliver_peer_message as _deliver_peer_message from cloud.peer_messages import ensure_followups_table as _peer_ensure_followups from cloud.peer_messages import peer_message_prefix as _peer_prefix from cloud.peer_messages import row_get as _row_get from cloud.marker_tools import parse_spawn_defaults as _parse_spawn_defaults from cloud.automations import cancel_automation as _auto_cancel from cloud.automations import create_automation as _auto_create from cloud.automations import get_automation as _auto_get from cloud.automations import list_automation_runs as _auto_runs from cloud.automations import update_automation as _auto_update from cloud.lifecycle import add_ref as _life_add_ref from cloud.lifecycle import bind_automation as _life_bind from cloud.lifecycle import create_snapshot as _life_snapshot from cloud.lifecycle import delete_ref as _life_delete_ref from cloud.lifecycle import get_binding as _life_get_binding from cloud.lifecycle import latest_snapshot as _life_latest_snapshot from cloud.lifecycle import list_refs as _life_list_refs from cloud.lifecycle import list_snapshots as _life_list_snapshots from cloud.lifecycle import mark_restored as _life_mark_restored from cloud.lifecycle import unbind_automation as _life_unbind from cloud.wait_ops import build_pr_diagnostics as _wait_build_diag from cloud.wait_ops import create_handoff as _handoff_create from cloud.wait_ops import decode_wait_cursor as _wait_decode_cursor from cloud.wait_ops import encode_wait_cursor as _wait_encode_cursor from cloud.wait_ops import ensure_handoffs_table as _handoff_ensure from cloud.wait_ops import poll_for_first_change as _wait_poll_first from cloud.wait_ops import significant_now as _wait_significant_now from cloud.wait_ops import get_handoff as _handoff_get from cloud.wait_ops import interruptible_sleep as _wait_sleep from cloud.wait_ops import latest_handoff as _handoff_latest from cloud.wait_ops import poll_task_statuses as _wait_poll # noqa: F401 # poll_task_statuses 保留给“等全部终态”的调用方与单测； # /wait 本身走首变轮询（_wait_poll_first），见 _task_wait。 from cloud.wait_ops import report_handoff as _handoff_report from cloud.wait_ops import worktree_status as _wait_worktree_status from cloud.automations import ensure_automations_tables as _auto_ensure from cloud.automations import list_automations as _auto_list from cloud.automations import triage_inbox as _auto_triage from cloud.approvals import create_approval as _appr_create from cloud.approvals import decide_approval as _appr_decide from cloud.approvals import ensure_approvals_table as _appr_ensure from cloud.approvals import expire_overdue as _appr_expire from cloud.approvals import get_approval as _appr_get from cloud.approvals import list_approvals as _appr_list from cloud.auto_memory import AutoMemoryStore from cloud.auto_memory import process_due_tasks as _auto_process_due from cloud.identity import IdentityStore from cloud.kb import KBStore from cloud.memory import MemoryStore from cloud.pr import PrSkipped, PrStepError from cloud.uploads import ( BUNDLE_TTL_SECONDS, MAX_RAW_BYTES, parse_multipart, parse_paths_field, save_bundle, upload_root as _upload_root, validate_bundle, ) from cloud.pr_exec import (enqueue_pr_job, execute_task_pr, find_open_pr_job) from cloud.workers import ( heartbeat_worker as _registry_heartbeat, list_workers as _registry_list, ) from cloud.oauth import ( BindError, OAuthError, OAuthStateStore, bind_external_identity, build_authorization_url, default_userinfo_client, find_bound_user, handle_oauth_callback, list_bindings, map_external_identity_to_local_user_with_key, start_oauth_login, unbind_external_identity, ) from cloud.relay import RelayError as _RelayError from cloud.relay import get_relay_models as _get_relay_models from cloud.sub2api import Sub2apiError as _Sub2apiError from cloud.sub2api import ensure_gateway_keys_table as _ensure_gateway_keys from cloud.sub2api import ensure_user_gateway_key as _ensure_sub2api_key from cloud.sub2api import gateway_name as _gateway_name from cloud.sub2api import gateway_origin as _gateway_origin from cloud.sub2api import get_user_gateway_key as _get_sub2api_key from cloud.sub2api import list_gateway_models as _list_sub2api_models from cloud.sub2api import rotate_user_gateway_key as _rotate_sub2api_key from cloud.sub2api import validate_or_rotate_gateway_key as _validate_sub2api_key from cloud.repos import validate_repo_url from cloud.push import ( create_subscription as _push_create, delete_subscription as _push_delete, dispatch_event as _push_dispatch, list_subscriptions as _push_list, ) from cloud.github_app import ( DEFAULT_APP_NAME, DEFAULT_APP_URL, AppError, SetupStateStore, build_app_manifest, claim_fix_review, exchange_manifest_code, get_app_config, list_installations, parse_installation_event, public_app_status, record_installation_repos, remove_installation, remove_installation_repos, save_app_config, set_fix_review_task_id, ) from cloud.webhooks import ( WebhookDeliveryStore, is_trusted_fix_review_author, parse_github_check_run, parse_github_pr_comment, parse_slack_command, verify_github_signature_any, verify_slack_signature, ) # PR 事件推送失败时记日志（systemd 下进 journal）；handler 的 # log_message 被重写为静默（测试输出干净），所以不用它。 _server_log = logging.getLogger("cloud.server") TERMINAL_STATUSES = frozenset( {"completed", "failed", "interrupted", "merged", "merge-failed"} ) # 线程改操作（rename/archive/unarchive/compact）只允许这三个终态： # 比 TERMINAL_STATUSES 窄——merged/merge-failed 的 thread 已随任务 # 终局，不再改；running/queued 一律 409。 THREAD_MUTATION_STATUSES = frozenset( {"completed", "failed", "interrupted"} ) # 实时链路（任务过程事件流）：host 在回合进行中把 app-server # 通知摘要成条目追加写 jsonl，服务端 tail 文件经 SSE 推送。 TRACE_STREAM_MAX_SECONDS = 3600 TRACE_STREAM_POLL_SECONDS = 1.0 TRACE_DEFAULT_DIR = "/opt/codex-app-server/work/host-traces" # P1 控制面限额（建项目时校验，超限 400 并在错误里写明数值）： # 单用户项目数上限、项目名长度上限、自定义项目 id 长度上限。 # 均可经环境变量调（运维侧），缺省值见下方；改动只影响新项目， # 已有超限项目不受影响（不删、不改名）。 def _env_int(name, default): try: value = int(os.environ.get(name, "") or default) except (TypeError, ValueError): return default return value if value > 0 else default MAX_PROJECTS_PER_USER = _env_int("CODEX_MAX_PROJECTS_PER_USER", 50) MAX_PROJECT_NAME_LEN = _env_int("CODEX_MAX_PROJECT_NAME_LEN", 100) MAX_PROJECT_ID_LEN = _env_int("CODEX_MAX_PROJECT_ID_LEN", 64) # 协调员父任务预留：每分工至少预留的美元额度（微美元）。 # 父任务准入只查一次时，N 个分工可解锁 N 倍消费；本预留要求 # 剩余配额 >= 分工数 × 本值，否则父任务直接 402（见 # _check_coordinator_reserve）。缺省 $1/分工，可经环境变量调； # 它是准入下限估计，不是实际计费——实际花费仍按子任务 # created_by=父任务创建人记到创建人账上（worker 建子任务时 # created_by 直接取父任务创建人，成本 JOIN 据此归属）。 COORDINATOR_RESERVE_PER_PART_USD_MICROS = _env_int( "CODEX_COORDINATOR_RESERVE_PER_PART_USD_MICROS", 1000000) def _trace_file_name(task_id): """云任务 id -> 链路文件名：与 cloud.sandbox 的 _host_name 同款清洗（只保留 [A-Za-z0-9_.-]，其余替 -），两边算出同一名字。""" return re.sub(r"[^A-Za-z0-9_.-]", "-", str(task_id)) def _trace_dir_for(server): """链路目录解析：server 属性（单测注入）> 环境变量 > 默认路径。""" d = getattr(server, "trace_dir", None) if d: return str(d) return os.environ.get("CODEX_TRACE_DIR") or TRACE_DEFAULT_DIR TENANTS_DEFAULT_ROOT = "/var/lib/codex-app-server/tenants" def _tenants_root_for(server): """租户根目录：server 属性（单测注入）> 环境变量 > 默认路径。""" d = getattr(server, "tenants_root", None) if d: return str(d) return os.environ.get("CODEX_TENANTS_ROOT") or TENANTS_DEFAULT_ROOT def _tenant_trace_dir(server, project_id): """项目对应的租户链路目录（租户 Docker 任务的链路文件落在这里）。 目录名清洗与 worker._tenant_safe_name 同规则；项目 id 映射 不出安全名时返回 None（只读共享目录）。 """ if not project_id: return None safe = re.sub(r"[^A-Za-z0-9_.-]", "-", str(project_id)).strip(".") if not safe or safe in (".", ".."): return None return os.path.join(_tenants_root_for(server), safe, "work", "host-traces") def _trace_dirs_for_task(server, task): """任务的链路目录列表：租户目录优先、共享目录兜底。 任务可能在不同执行器上跑过（重试换执行器），两个目录的 文件都读、按 id / (thread, id) 去重合并；通常只有一个目录 里有文件，行为与以前完全一致。 """ dirs = [] tenant = _tenant_trace_dir(server, task.get("project_id")) if tenant: dirs.append(tenant) shared = _trace_dir_for(server) if shared not in dirs: dirs.append(shared) return dirs # -- 线程 / skills / MCP 元数据操作（经 host.py CLI 透传）-------------- # 元数据操作，不跑模型回合：只调 thread/list、thread/read、 # thread/name/set、thread/archive、thread/unarchive、 # thread/compact/start、skills/list、app/list、 # mcpServerStatus/list、config/mcpServer/reload、 # mcpServer/oauth/login 这类只读或线程管理方法，不开 turn， # 因此不违反本文件开头“不直接跑模型回合”的原则。 # # host.py CLI 契约（与正在加 thread-* 子命令的另一路对齐，见 # 各 handler 的 argv 注释）：子命令只往 stdout 打一个 JSON # 对象；失败时 exit 非零且 stdout 是 {"error": ...}。本模块 # 解析 whole-stdout JSON，解析失败或 host.py 缺失一律 502， # 绝不伪造成功。argv 里的子命令名与参数名是本批的约定， # host.py 侧实现时须与之一致（单测用 stub 脚本按此约定伪造）。 def _host_py_path(): """host.py 路径：环境变量 CODEX_HOST_PY 优先，否则取 cloud/server.py 所在目录的上一级 host.py（与 worker 的 --host-py 缺省规则同款）。""" env_path = os.environ.get("CODEX_HOST_PY") if env_path: return env_path here = os.path.dirname(os.path.abspath(__file__)) return os.path.join(os.path.dirname(here), "host.py") def _run_host_cli(argv, codex_home, timeout=60, model_provider=None): """调 host.py CLI 子命令，返回 (ok, result_or_error)。 ok 为 True 时 result 是 stdout 解析出的 JSON 对象；ok 为 False 时 result 是可直接放进 502 error 字段的错误文本 （CLI 自带的 error 原样透传，解析失败/缺文件/超时则给 明确的服务端错误，绝不把 stderr 或原始 key 混进响应）。 model_provider 是 host.py 顶层参数，必须放在子命令之前： app-server 按进程配置的 provider 过滤 thread/list，不带 注入时 sub2api 下建的 thread 在列表里根本看不到（见 _list_task_threads 的 provider 重试），只在解析处传， 绝不由调用方把 provider 拼进 argv（子命令解析器不认）。 """ host_py = _host_py_path() if not host_py or not os.path.isfile(host_py): return False, "host.py not found" cmd = [sys.executable, host_py] if codex_home: cmd += ["--codex-home", codex_home] if model_provider: cmd += ["--model-provider", model_provider] cmd += list(argv) try: proc = subprocess.run(cmd, capture_output=True, text=True, timeout=timeout) except subprocess.TimeoutExpired: return False, "host.py timed out" except OSError as exc: return False, "cannot run host.py: %s" % exc stdout = (proc.stdout or "").strip() try: parsed = json.loads(stdout) if stdout else None except ValueError: return False, "host.py output is not valid JSON" if proc.returncode != 0: err = None if isinstance(parsed, dict): err = parsed.get("error") return False, str(err) if err else ( "host.py failed with exit %d" % proc.returncode) if not isinstance(parsed, dict): return False, "host.py output is not a JSON object" if parsed.get("error"): return False, str(parsed["error"]) return True, parsed def _tenant_safe_project_name(project_id): """项目 id -> 租户目录安全名，与 worker._tenant_safe_name 同规则；映射不出安全名时返回 None。""" if not project_id: return None safe = re.sub(r"[^A-Za-z0-9_.-]", "-", str(project_id)).strip(".") if not safe or safe in (".", ".."): return None return safe def _tenant_codex_home(server, project_id): """项目对应的租户 codex-home：tenants_root/<安全项目名>/ codex-home。线程持久化在 CODEX_HOME 里，租户按项目分 home，因此线程操作必须带这个 home，不能用共享 home。""" safe = _tenant_safe_project_name(project_id) if not safe: return None return os.path.join(_tenants_root_for(server), safe, "codex-home") def _local_worker_codex_home(): """本地 worker 的共享 codex-home（兜底解析源）。 本地 worker 按 host-config-host.json 跑，codex_home 是该 配置里的共享目录，不在租户 home 里；服务端主解析先查 租户 home，空时才查这里——只读该配置文件的 codex_home 一个键，文件不存在、解析失败或键为空时回 None（调用方 跳过该候选，不因此 502）。相对路径按配置文件所在目录 解析（与 host.py 的 _resolve_path 同规则）。 """ try: cfg_path = os.path.join( os.path.dirname(_host_py_path()), "host-config-host.json") with open(cfg_path, encoding="utf-8") as f: cfg = json.load(f) home = cfg.get("codex_home") if isinstance(cfg, dict) else None if not home or not isinstance(home, str): return None home = home.strip() if not home: return None if not os.path.isabs(home): home = os.path.join(os.path.dirname(cfg_path), home) return home except Exception: return None def _tenant_work_dir(server, project_id): """项目对应的租户工作目录：tenants_root/<安全项目名>/work， skills/list 的 cwds 过滤用它（不传 cwd 时 app-server 会 默认用自身 cwd，那是错的 home 目录）。""" safe = _tenant_safe_project_name(project_id) if not safe: return None return os.path.join(_tenants_root_for(server), safe, "work") def _thread_worktree_for_task(server, task): """本地任务的 worktree 推导：host.py dispatch 有仓库时在 /work/host-worktrees/ 建 worktree， host 任务名 = 任务 id 的安全字符清洗（与 sandbox 的 _host_name 同规则）。无仓库任务的 thread cwd 是 worker 的 仓库路径或 host.py 当前目录，服务端表里没有、推不出来， 此时按此路径过滤会返回零个 thread，调用方拿到 404—— 这是诚实结果，不是静默错指。部署可注入 server.host_worktrees_dir（/pr 路径同款属性）或环境变量 CODEX_HOST_WORKTREES_DIR 覆盖 worktree 根。""" base = getattr(server, "host_worktrees_dir", None) if not base: base = os.environ.get("CODEX_HOST_WORKTREES_DIR") if not base: base = os.path.join(os.path.dirname(_host_py_path()), "work", "host-worktrees") safe = re.sub(r"[^A-Za-z0-9_.-]", "-", str(task["id"])) return os.path.join(base, safe) def _task_worktree_for_files(server, task): """文件端点用的任务 worktree 解析。 本地任务走 _thread_worktree_for_task；租户 Docker 任务走 tenants_root/<安全项目名>/work/host-worktrees/<安全任务名>—— worker 在租户 work 目录下按任务建子目录（生产实查 wwww 租户 下 62 个任务目录皆如此，安全名规则与 worker 侧一致）。绝不 直接 serves 共享的 /app/work 挂载点本身，只 serves 任务级子 目录，所以不存在按任务错指。cloud 任务与跨机 worktree 一律 409；两个候选路径都没有时 404（任务未启动或目录已清理）。 返回 (path, None) 或 (None, (status, msg))。 """ if task.get("executor") == "cloud": return None, (409, "cloud task worktrees are not on this host") worktree_host = task.get("worktree_host") if worktree_host and worktree_host != socket.gethostname(): return None, (409, "task worktree is on host %s;" " files must be read there" % worktree_host) safe_task = re.sub(r"[^A-Za-z0-9_.-]", "-", str(task["id"])) safe_project = _tenant_safe_project_name(task.get("project_id")) if safe_project: tenant_path = os.path.join( _tenants_root_for(server), safe_project, "work", "host-worktrees", safe_task) if os.path.isdir(tenant_path): return tenant_path, None local_path = _thread_worktree_for_task(server, task) if os.path.isdir(local_path): return local_path, None return None, (404, "no local worktree for this task") def _safe_worktree_path(worktree, rel): """worktree 内相对路径的安全解析：空串返回 worktree 本身； 绝对路径、.. 逃逸、符号链接逃逸一律返回 None。realpath 后 再校验 commonpath，目录内的符号链接指回内部时放行（读到 的仍是 worktree 内的内容），指出去时拦住。""" if not rel: return worktree if os.path.isabs(rel): return None base = os.path.realpath(worktree) target = os.path.realpath(os.path.join(base, rel)) if os.path.commonpath([base, target]) != base: return None return target def _extract_thread_list(result): """从 thread-list 的 CLI 结果里取 thread 列表：标准形态是 ThreadListResponse 的 data；threads 键与 result 包裹是 容忍形态（CLI 形状未定前不因键名不同就 502）。取不到 列表时返回 None（调用方按 502 处理）。""" if not isinstance(result, dict): return None for key in ("data", "threads"): value = result.get(key) if isinstance(value, list): return value inner = result.get("result") if isinstance(inner, dict): for key in ("data", "threads"): value = inner.get(key) if isinstance(value, list): return value return None def _extract_thread(result): """从 thread-read 的 CLI 结果里取 thread 对象：标准形态是 ThreadReadResponse 的 thread；结果本身就是 thread 对象 时也接受。取不到时返回 None。""" if not isinstance(result, dict): return None thread = result.get("thread") if isinstance(thread, dict): return thread if isinstance(result.get("id"), str): return result inner = result.get("result") if isinstance(inner, dict): thread = inner.get("thread") if isinstance(thread, dict): return thread if isinstance(inner.get("id"), str): return inner return None def _pick_latest_thread(threads, include_archived=False): """cwd 过滤返回多个 thread 时的取用规则：取最新一个非 archived。协议说明：Thread 对象本身没有 archived 字段， 非归档由 thread/list 的 archived 过滤保证（不传 archived 时只回非归档 thread）；这里只防御性地跳过显式带 archived 真值的条目（CLI 形状若补了该字段时仍正确）。 include_archived 为真时不跳过（unarchive 解析专用的 已归档列表；实测 archived 列表里条目的 archived 字段 为 None，不跳过也能命中，但显式放行更稳）。 最新 = updatedAt 最大，缺失时退 createdAt，再缺失时按 列表原顺序取后者（同秒时后到的更新）。""" best = None best_key = None for idx, item in enumerate(threads): if not isinstance(item, dict): continue if item.get("archived") and not include_archived: continue ts = item.get("updatedAt") if ts is None: ts = item.get("createdAt") try: ts = float(ts) except (TypeError, ValueError): ts = 0 key = (ts, idx) if best_key is None or key > best_key: best = item best_key = key return best def _extract_result_list(result, keys): """从 skills/apps/mcp 列表类 CLI 结果里取列表：标准形态 是各 Response 的 data；传入的备用键是容忍形态。取不到 时返回 None。""" if not isinstance(result, dict): return None for key in keys: value = result.get(key) if isinstance(value, list): return value inner = result.get("result") if isinstance(inner, dict): for key in keys: value = inner.get(key) if isinstance(value, list): return value return None def _read_trace_entries(path): """读 host 写的 jsonl 链路文件：跳过坏行；按 id 去重，后到的 完成态覆盖先到的开始态，保首次顺序。文件不存在返回空列表。""" entries = [] index = {} try: with open(path, "r", encoding="utf-8") as f: for line in f: line = line.strip() if not line: continue try: entry = json.loads(line) except ValueError: continue if not isinstance(entry, dict) or "id" not in entry: continue eid = entry["id"] if eid in index: entries[index[eid]] = entry else: index[eid] = len(entries) entries.append(entry) except OSError: return [] return entries def _read_trace_entries_multi(paths): """多文件合并读（flat trace 用）：按 id 去重，后到的覆盖先到的， 保首次顺序；文件不存在视为空。""" entries = [] index = {} for path in paths: for e in _read_trace_entries(path): if e["id"] in index: entries[index[e["id"]]] = e else: index[e["id"]] = len(entries) entries.append(e) return entries AGENT_CALL_LIMIT = 1000 def _read_agent_entries(path): """读链路文件供子代理聚合：按 (thread, id) 去重，后到的完成态 覆盖先到的开始态，保首次顺序；坏行与无 id 行跳过；文件不 存在为空。同一 item id 在不同线程出现时不互相覆盖（模型内 子代理与主任务各有自己的线程）。""" entries = [] index = {} try: with open(path, "r", encoding="utf-8") as f: for line in f: line = line.strip() if not line: continue try: entry = json.loads(line) except ValueError: continue if not isinstance(entry, dict) or "id" not in entry: continue key = (entry.get("thread") or "", entry["id"]) if key in index: entries[index[key]] = entry else: index[key] = len(entries) entries.append(entry) except OSError: return [] return entries def _read_agent_entries_multi(paths): """多文件合并读（agents 聚合用）：按 (thread, id) 去重，后到的 覆盖先到的，保首次顺序；文件不存在视为空。""" entries = [] index = {} for path in paths: for e in _read_agent_entries(path): key = (e.get("thread") or "", e["id"]) if key in index: entries[index[key]] = e else: index[key] = len(entries) entries.append(e) return entries def _latest_ts(values): vals = [v for v in values if isinstance(v, (int, float))] return max(vals) if vals else None vals = [v for v in values if isinstance(v, (int, float))] return max(vals) if vals else None def _agent_status_from_task(status): return {"queued": "running", "running": "running", "completed": "completed", "merged": "completed", "failed": "failed", "merge-failed": "failed", "interrupted": "interrupted"}.get(status, "unknown") def _build_agent_chain(task, trace_dirs): """任务 → 子代理链：主任务 + 模型内子代理（同文件多线程）+ 委派子任务（父链路里的 agent-start/done 标记 + 子链路文件）。 trace_dirs 是 _trace_dirs_for_task 给的目录列表（租户优先、 共享兜底）；父链路与子链路文件都在这些目录里找、合并读。 状态诚实口径：委派子任务以 agent-done 标记为准，无标记即 进行中——委派进程与父任务相互独立，父任务结束不代表子任务 停；模型内子代理无明确结束信号，父任务运行中即进行中， 否则未知。无 thread 的旧条目一律归主任务。 """ parent_paths = [os.path.join(d, _trace_file_name(task["id"]) + ".jsonl") for d in trace_dirs] entries = _read_agent_entries_multi(parent_paths) calls = [e for e in entries if e.get("kind") not in ("agent-start", "agent-done")] main_thread = None for e in calls: if e.get("thread"): main_thread = e["thread"] break root_calls = [e for e in calls if not e.get("thread") or e.get("thread") == main_thread] agents = [{ "id": "main", "name": "主任务", "kind": "main", "parent": None, "status": _agent_status_from_task(task.get("status")), "prompt": None, "trace": None, "calls": root_calls[:AGENT_CALL_LIMIT], "updated_ts": _latest_ts([e.get("ts") for e in root_calls]), }] task_running = task.get("status") in ("queued", "running") threads = {} for e in calls: t = e.get("thread") if t and t != main_thread: threads.setdefault(t, []).append(e) for t, es in threads.items(): agents.append({ "id": t, "name": "模型子代理 " + t[:12], "kind": "model", "parent": "main", "status": "running" if task_running else "unknown", "prompt": None, "trace": None, "calls": es[:AGENT_CALL_LIMIT], "updated_ts": _latest_ts([e.get("ts") for e in es]), }) starts = {} dones = {} for e in entries: if e.get("kind") == "agent-start" and e.get("name"): starts[e["name"]] = e elif e.get("kind") == "agent-done" and e.get("name"): dones[e["name"]] = e for name, s in starts.items(): trace_name = s.get("trace") or dones.get(name, {}).get("trace") child_calls = [] if trace_name: child_paths = [os.path.join(d, os.path.basename(trace_name)) for d in trace_dirs] child_calls = [e for e in _read_agent_entries_multi(child_paths) if e.get("kind") not in ("agent-start", "agent-done")] done = dones.get(name) status = "running" if done and done.get("status") in ( "completed", "failed", "interrupted"): status = done["status"] agents.append({ "id": "delegate:" + name, "name": name, "kind": "delegate", "parent": "main", "status": status, "prompt": s.get("prompt"), "trace": trace_name, "calls": child_calls[:AGENT_CALL_LIMIT], "updated_ts": _latest_ts( [e.get("ts") for e in child_calls] + [s.get("ts"), done.get("ts") if done else None]), }) return agents DEFAULT_SWEEP_THRESHOLD_SECONDS = 300 # 限流默认值：每 IP / 每 API key 每分钟 120 次；环境变量 # CLOUD_RATE_LIMIT_PER_MINUTE / CLOUD_RATE_LIMIT_WINDOW_SECONDS 可调。 # 限流默认内存滑动窗口；Postgres 下改走 DB 共享计数（多 server # 共用，见 DbRateLimiter），并发下可能多放行少量请求（非原子计数）。 DEFAULT_RATE_LIMIT_PER_MINUTE = 120 DEFAULT_RATE_LIMIT_WINDOW_SECONDS = 60 TASK_STATUS_KEYS = ( "queued", "running", "completed", "failed", "interrupted", "merged", "merge-failed", ) def _json_default(obj): """json 兜底：Postgres 的 SUM(bigint) 返回 NUMERIC，psycopg2 映成 Decimal，不处理它在 _send_json 里直接炸 TypeError、请求 线程死掉、客户端只看到连接断开（2026-10-26 项目成本按天实弹 就是这么断的）。整数值 Decimal 转 int，非整数转 float；其它 类型照旧抛 TypeError，不静默吞掉真正的类型错误。""" if isinstance(obj, Decimal): return int(obj) if obj == obj.to_integral_value() else float(obj) raise TypeError("Object of type %s is not JSON serializable" % obj.__class__.__name__) def _rate_limit_from_env(name, default): try: value = int(os.environ.get(name) or default) except (TypeError, ValueError): return default return value if value > 0 else default class RateLimiter: """内存滑动窗口限流：每 key 每窗口最多 per_minute 次。 只在 allow() 内部持一把短锁做 deque 修剪与计数，不持锁做 任何 I/O，不会把正常请求串行化。key 由调用方给（本 server 传“key:”或“ip:<客户端 IP>”，原始 API key 绝不存进限流结构里）。窗口与阈值可在实例上改（测试注入小 阈值验证 429 就靠改这两个属性）。 """ def __init__(self, per_minute=DEFAULT_RATE_LIMIT_PER_MINUTE, window_seconds=DEFAULT_RATE_LIMIT_WINDOW_SECONDS, time_fn=None): self.per_minute = per_minute self.window_seconds = window_seconds self._time_fn = time_fn or time.time self._lock = threading.Lock() self._hits = {} def allow(self, key): now = self._time_fn() window = self.window_seconds limit = self.per_minute with self._lock: queue = self._hits.get(key) if queue is None: queue = deque() self._hits[key] = queue cutoff = now - window while queue and queue[0] <= cutoff: queue.popleft() if len(queue) >= limit: return False queue.append(now) # 键数兜底：长期运行的 server 不应让 _hits 无限增长； # 超过 10000 个 key 时清掉最久未用的空队列（不影响计数）。 if len(self._hits) > 10000: for old_key in list(self._hits): if not self._hits[old_key]: del self._hits[old_key] break return True class DbRateLimiter: """DB 共享滑动窗口限流（HA 阶段 2，多 server 共用计数）。 与 RateLimiter 同接口（allow(key)，per_minute/window_seconds 属性可改，测试注入小阈值验证 429 的路子不变）。Postgres 下多 server 共享同一张表，计数跨进程；SQLite 下与内存版等价（单测用）。 并发下计数与写入非原子，可能多放行少量请求——限流是 abuse 缓解，不是精确配额。表与索引懒建（workers 表同款模式）， 不进 POSTGRES_SCHEMA。列名用 hit_key（key 在部分方言里是 保留字，避开它）。 结构要点（2026-10-27 死锁修复）：allow() 只做 INSERT + 窗口内 COUNT，不再 DELETE——旧实现每请求在同一事务里 DELETE 旧行 + INSERT + COUNT，控制台并发加载 + 双 server 下两个事务在 rate_limit_hits 表上死锁，未捕获的异常直接断连、nginx 报 502。过期行改由后台 sweep_rate_limit_hits() 定期清（见下）， 请求路径上只剩 INSERT + COUNT，不存在 DELETE↔DELETE/INSERT 的死锁形状；COUNT 本身按窗口过滤，过期行残留不影响计数 正确性，只影响表大小。 """ def __init__(self, db_path, per_minute=DEFAULT_RATE_LIMIT_PER_MINUTE, window_seconds=DEFAULT_RATE_LIMIT_WINDOW_SECONDS, time_fn=None): self.db_path = str(db_path) self.per_minute = per_minute self.window_seconds = window_seconds self._time_fn = time_fn or time.time self._ensure_lock = threading.Lock() self._ensured = False def _ensure_table(self, conn): """建表与索引：每实例只做一次（首个 allow 时），不是每请求 都跑 DDL——DDL 也会拿锁，没必要让每个请求都经过它。""" if self._ensured: return with self._ensure_lock: if self._ensured: return conn.execute( "CREATE TABLE IF NOT EXISTS rate_limit_hits(" "hit_key TEXT, ts REAL)") conn.execute( "CREATE INDEX IF NOT EXISTS rate_limit_hits_key_ts" " ON rate_limit_hits(hit_key, ts)") conn.commit() self._ensured = True def allow(self, key): now = self._time_fn() window = self.window_seconds limit = self.per_minute conn = _db_connect(self.db_path) try: self._ensure_table(conn) conn.execute( "INSERT INTO rate_limit_hits(hit_key, ts) VALUES(?, ?)", (key, now)) row = conn.execute( "SELECT COUNT(*) FROM rate_limit_hits" " WHERE hit_key = ? AND ts > ?", (key, now - window)).fetchone() conn.commit() return row[0] <= limit finally: conn.close() def _make_rate_limiter(db_path): """建限流器：Postgres 下用 DB 共享计数（多 server 共用）， 否则用内存版（单机与单测）。后端只看环境变量，与其它分发一致。""" per_minute = _rate_limit_from_env( "CLOUD_RATE_LIMIT_PER_MINUTE", DEFAULT_RATE_LIMIT_PER_MINUTE) window_seconds = _rate_limit_from_env( "CLOUD_RATE_LIMIT_WINDOW_SECONDS", DEFAULT_RATE_LIMIT_WINDOW_SECONDS) if _db_backend_name() == "postgres": return DbRateLimiter(db_path, per_minute=per_minute, window_seconds=window_seconds) return RateLimiter(per_minute=per_minute, window_seconds=window_seconds) RATE_LIMIT_SWEEP_INTERVAL_SECONDS = 60 # Postgres advisory lock key：两个 server 各起一个 sweeper 时，只 # 有拿到锁的那个真正 DELETE，另一个直接跳过——清理者之间也不 # 会互相死锁。本项目其它地方不用 advisory lock，不会撞 key。 RATE_LIMIT_SWEEP_ADVISORY_KEY = 20261027 def sweep_rate_limit_hits(db_path, window_seconds, now=None): """删过期 hit 行：只由后台定期调用，不在请求路径上。 返回 True 表示本次真正执行了删除（表为空时也算），False 表示 Postgres 下没拿到 advisory 锁、另一台 server 正在清， 本次跳过。清理是纯卫生（防表无限增长）：allow() 的 COUNT 本身按窗口过滤，过期行残留不影响计数，所以清理失败或 跳过都不影响限流正确性，只影响表大小。 """ now = time.time() if now is None else now conn = _db_connect(db_path) try: conn.execute( "CREATE TABLE IF NOT EXISTS rate_limit_hits(" "hit_key TEXT, ts REAL)") conn.execute( "CREATE INDEX IF NOT EXISTS rate_limit_hits_key_ts" " ON rate_limit_hits(hit_key, ts)") if _db_backend_name() == "postgres": row = conn.execute( "SELECT pg_try_advisory_xact_lock(?)", (RATE_LIMIT_SWEEP_ADVISORY_KEY,)).fetchone() if not row or not row[0]: return False conn.execute( "DELETE FROM rate_limit_hits WHERE ts <= ?", (now - window_seconds,)) conn.commit() return True finally: conn.close() def start_rate_limit_sweeper(limiter, db_path): """给 server 主进程起后台清理线程：每 60 秒清一次过期行。 只对 DbRateLimiter 起（内存版在 allow() 里自行修剪，不需要）。 线程 daemon、异常自愈（记 warning 后继续下一轮），绝不因 清理失败拖垮 server。调用方只在 main() 里调一次，测试不调。 """ if not isinstance(limiter, DbRateLimiter): return None def _loop(): while True: time.sleep(RATE_LIMIT_SWEEP_INTERVAL_SECONDS) try: sweep_rate_limit_hits(db_path, limiter.window_seconds) except Exception as exc: # noqa: BLE001 -- 清理是卫生操作 _server_log.warning("rate limit sweep failed: %s", exc) thread = threading.Thread(target=_loop, daemon=True, name="rate-limit-sweeper") thread.start() return thread def _db_backend_name(): """当前数据库后端名：环境变量，未设则 sqlite；绝不返回连接串。""" return (os.environ.get("CLOUD_DB_BACKEND") or "sqlite").strip().lower() def _deployed_commit(): """当前上线代码的 commit：deploy.py 部署时在包根写的 DEPLOYED_COMMIT。 文件不存在、读失败、内容为空时返回 None（老包、本地开发都走这支）， health 绝不因此失败。commit 是公开的版本标识，不是密钥。 路径取 cloud/ 的父目录（即仓库根），不依赖当前工作目录。""" path = os.path.join( os.path.dirname(os.path.dirname(os.path.abspath(__file__))), "DEPLOYED_COMMIT") try: with open(path, encoding="utf-8") as f: value = f.read().strip() except Exception: return None return value or None def _worker_heartbeat_status(server=None): """读 worker 运维心跳，返回 (age_seconds_or_None, worker_ok)。 优先读 workers 注册表（多机前提）：所有 worker 每轮都往 workers 表写 last_seen（见 worker._registry_heartbeat），而文件 心跳只在本机存在——多 server 下 server 读不到别机 worker 的 文件，注册表是唯一跨机可靠的心跳源。表不存在、无行、查库 失败时回落文件心跳（单机旧行为与单测保持兼容）。 文件心跳路径：测试注入优先（server.worker_heartbeat_file）， 其次环境变量 CLOUD_WORKER_HEARTBEAT_FILE，未设则默认 ./worker-heartbeat.json——与 worker 的默认路径保持一致，主机 部署时两边都要指到同一个主机路径（见 deploy/README）。 阈值：server.worker_heartbeat_max_age_seconds（测试注入）或 环境变量 CLOUD_WORKER_HEARTBEAT_MAX_AGE_SECONDS，默认 180 秒。 文件不存在、读失败、JSON 非法、last_seen 非数字时一律返回 (None, False)，不抛异常、不影响 health 本身的 200。 """ max_age = 180 if server is not None: override = getattr(server, "worker_heartbeat_max_age_seconds", None) if override is not None: try: max_age = float(override) except (TypeError, ValueError): max_age = 180 if max_age == 180: try: max_age = float(os.environ.get( "CLOUD_WORKER_HEARTBEAT_MAX_AGE_SECONDS") or 180) except (TypeError, ValueError): max_age = 180 db_path = getattr(server, "db_path", None) if server is not None else None if db_path: try: conn = _connect(db_path) try: row = conn.execute( "SELECT MAX(last_seen) FROM workers").fetchone() finally: conn.close() if row is not None and row[0] is not None: age = time.time() - float(row[0]) return round(age, 1), bool(age <= max_age) except Exception: pass path = None if server is not None: path = getattr(server, "worker_heartbeat_file", None) if not path: path = os.environ.get("CLOUD_WORKER_HEARTBEAT_FILE") or \ "./worker-heartbeat.json" try: with open(path, encoding="utf-8") as f: payload = json.load(f) last_seen = float(payload.get("last_seen")) except Exception: return None, False age = time.time() - last_seen return round(age, 1), bool(age <= max_age) def _connect(db_path): """每个请求新建一个连接；后端按 CLOUD_DB_BACKEND 分发。 cloud.db.connect() 本身已按环境变量分发：sqlite 时是 WAL + busy_timeout 的 SQLite 连接；postgres 时是 psycopg 适配连接（db_path 被忽略，连接参数只走 CLOUD_DB_* 环境变量，驱动缺失时明确报错，绝不回落）。因此 server 自身的表与 AuthStore / MemoryStore 等沿用 connect() 的 调用点在 PG 模式下同样走 Postgres，无需逐一改写。 """ return _db_connect(str(db_path)) def migrate_tasks_table(conn): """幂等迁移：给老库 tasks 表补新列，不丢数据。 新列：result_text、error_text、actual_model、started_at、 finished_at、child_pid、executor、pr_url、pr_number，以及 goal、verify_command、goal_max_rounds（goal 模式用）、 goal_mode（新 goal 语义：1 时 prompt 即目标，无验收命令、 不限轮次；老行 NULL 按 0 计）。 PRAGMA table_info 查现有列，缺哪个补哪个；已迁移的库再跑 一次是 no-op。worker 写执行结果、server 读任务时都依赖 这些列存在。 """ cols = {row[1] for row in conn.execute( "PRAGMA table_info(tasks)").fetchall()} new_cols = { "result_text": "TEXT", "error_text": "TEXT", "actual_model": "TEXT", "started_at": "REAL", "finished_at": "REAL", "child_pid": "INTEGER", "executor": "TEXT", "pr_url": "TEXT", "pr_number": "INTEGER", "goal": "TEXT", "verify_command": "TEXT", "goal_max_rounds": "INTEGER", "goal_mode": "INTEGER", # HA 阶段 1：认领任务的 worker 所在主机名；/pr 据此判断 # worktree 在本机（同步跑）还是别机（排 pr 任务给该主机）。 "worktree_host": "TEXT", # 任务级选项（console 选模型/强度/权限用）：NULL = 跟随 # worker 配置默认值；model 不做白名单（中转目录会变， # 下拉只是建议值），effort/approval 由 _create_task 校验。 "model": "TEXT", "effort": "TEXT", "approval": "TEXT", # 派生默认（子任务模型/强度）：NULL = 没有单独声明， # 派生时先取它、再取本任务的 model / effort；显式 # 传 child_model / child_effort，或建任务 prompt 里 # 写明“子任务用 X max”这类显式指令时由服务端解析 # 填入（见 marker_tools.parse_spawn_defaults）。 "child_model": "TEXT", "child_effort": "TEXT", # 计划模式（只读）与分支来源：plan=1 时 worker 用 # read-only 沙箱；forked_from 记源任务 id（非分支为 NULL）。 "plan": "INTEGER", "forked_from": "TEXT", # 环境：任务绑定的环境 id（NULL = 不指定环境，走原有 # 项目仓库路径）；环境本身是项目仓库的一个命名基准检出 # （分支 + 执行器），任务 worktree 从它建，不改任务隔离。 "environment_id": "TEXT", # 续跑消息：旧任务继续会话时本轮要说的话（NULL = 没有待 # 续跑消息）。worker 认领后把 prompt 换成它跑一轮，跑完 # 清掉；任务详情里照常显示原 prompt，续跑消息只作本轮输入。 "resume_message": "TEXT", # 任务列表显示 turn 用：最近一轮的 turn_id 与 # root_turn_id（worker 写回时只在新值非空时覆盖）。 "turn_id": "TEXT", "root_turn_id": "TEXT", # 协调员：coordinator_parts 记分工 JSON（普通任务为 NULL， # worker 认领后按它建并行子任务、等齐、合流）；parent_task_id # 与 coordinator_part 记在子任务行上（父任务 id 与分工名， # 续跑按分工名复用已有子任务，不重复建）。 "coordinator_parts": "TEXT", "parent_task_id": "TEXT", "coordinator_part": "TEXT", # G10：goal 断点续跑待处理标记（1 = 已调 /goal-resume、 # 待 worker 按断点续跑；worker 认领后清掉，跑完不再 # 重复触发）。与 resume_message 不同：后者是“给旧会 # 话发一条新消息、开新循环”，本标记是“从 # goal_rounds_done 的下一轮接着跑同一循环”。 "goal_resume_pending": "INTEGER DEFAULT 0", # 长任务自动恢复：paused_by_user=1 只由用户暂停/ # 取消（/pause、/cancel）写，系统中断（sweep、worker # 退出、配额除外）绝不写它；interrupted_reason 记 # 中断来源（user_pause/user_cancel/sweep/quota/ # coordinator_orphan/worker_shutdown），NULL = 老行或 # 未分类系统中断，按可自动恢复处理；auto_resume_count # 记自动续跑次数（防确定性失败无限循环的上限门）； # no_time_limit=1 的任务 worker 级不限时（见 worker # _run_attempt，host 单轮 600 秒仍是单轮护栏）。 "paused_by_user": "INTEGER DEFAULT 0", "interrupted_reason": "TEXT", "auto_resume_count": "INTEGER DEFAULT 0", "no_time_limit": "INTEGER DEFAULT 0", # P0 三件：自动恢复退避与无进展熔断（见 worker # auto_resume_interrupted）：resume_after 是下次允许 # 重排队的时间戳（指数退避）；auto_resume_stall_count # 记连续无进展重排队次数（到 3 即停、标 # auto_resume_stalled 等人工）；checkpoint_round_at_last_ # resume 记上次重排队时库中断点轮次（无进展判定的 # 基线，NULL = 从未记过）；last_error_signature 记 # 最近一次终局的错误签名（permanent/transient/None， # 供排障，不作恢复判定——判定在 sandbox 终态里）。 "resume_after": "DOUBLE PRECISION DEFAULT 0", "auto_resume_stall_count": "INTEGER DEFAULT 0", "checkpoint_round_at_last_resume": "INTEGER", "last_error_signature": "TEXT", } for name, coltype in new_cols.items(): if name not in cols: conn.execute( "ALTER TABLE tasks ADD COLUMN %s %s" % (name, coltype)) def migrate_projects_table(conn): """幂等迁移：给老库 projects 表补 repo_url 列，不丢数据。 与 migrate_tasks_table 同款写法：PRAGMA table_info 查现有列 （Postgres 适配层把它翻译成 information_schema 查询，调用方 取 row[1] 即列名），缺 repo_url 时 ALTER TABLE 补列，已迁移 的库再跑一次是 no-op。SQLite 与 Postgres 两支都走它。 """ cols = {row[1] for row in conn.execute( "PRAGMA table_info(projects)").fetchall()} if "repo_url" not in cols: conn.execute("ALTER TABLE projects ADD COLUMN repo_url TEXT") if "auto_pr" not in cols: conn.execute("ALTER TABLE projects ADD COLUMN auto_pr INTEGER") def _upload_dir_for(server): """附件暂存根目录：server 属性（单测注入）> 环境变量 > 默认路径 （与 cloud.uploads.upload_root 同款解析，worker 侧也用它）。""" d = getattr(server, "upload_dir", None) if d: return str(d) return _upload_root() def _ensure_uploads_tables(conn): """幂等建附件包与任务附件表：server init_db 调它，老库第一次 跑到这里时自动补表，不丢数据。uploads 记包的归属与状态 （pending/used，任务绑定时置 used，防一包多用）； task_attachments 记任务绑定的每个文件（相对路径 + 大小）， worker 派发时按 bundle_id 找到暂存目录。""" conn.execute( "CREATE TABLE IF NOT EXISTS uploads(" "id TEXT PRIMARY KEY, " "created_by TEXT, " "created_at DOUBLE PRECISION, " "status TEXT)" ) conn.execute( "CREATE TABLE IF NOT EXISTS task_attachments(" "task_id TEXT, " "bundle_id TEXT, " "rel_path TEXT, " "size INTEGER, " "PRIMARY KEY(task_id, rel_path))" ) conn.execute( "CREATE INDEX IF NOT EXISTS idx_attachments_task" " ON task_attachments(task_id)") def _attachments_map(conn, task_ids): """一批任务的附件相对路径（按路径排序）：{task_id: [rel_path]}。 任务列表接口用一次查询取全量，不按任务逐条查。""" out = {tid: [] for tid in task_ids} if not task_ids: return out placeholders = ", ".join("?" * len(task_ids)) rows = conn.execute( "SELECT task_id, rel_path FROM task_attachments" " WHERE task_id IN (%s) ORDER BY rel_path" % placeholders, tuple(task_ids), ).fetchall() for row in rows: tid = row[0] if isinstance(row, tuple) else row["task_id"] rel = row[1] if isinstance(row, tuple) else row["rel_path"] if tid in out: out[tid].append(rel) return out def _task_tokens_map(conn, task_ids): """一批任务的 cost_records token 合计：{task_id: total_tokens}。 任务列表接口用一次查询取全量，不按任务逐条调成本接口 （一屏 N 个任务就是 N 个请求，会拖慢列表刷新、还容易撞 限流）。无成本记录的任务计 0（不是缺失）；cost_records 表还不存在时（全新库、CostStore 未建过表）同样全计 0， 列表绝不因此失败——0 在这里就是“未记录到任何 token”， 与 _metrics 的缺表按空统计口径一致。 """ out = {tid: 0 for tid in task_ids} if not task_ids: return out placeholders = ", ".join("?" * len(task_ids)) try: rows = conn.execute( "SELECT task_id, COALESCE(SUM(total_tokens),0) AS t" " FROM cost_records WHERE task_id IN (%s)" " GROUP BY task_id" % placeholders, tuple(task_ids), ).fetchall() except (sqlite3.OperationalError, _PgOperationalError): return out for row in rows: tid = row[0] if isinstance(row, tuple) else row["task_id"] if tid in out: out[tid] = int(row[1] if isinstance(row, tuple) else row["t"] or 0) return out def _ensure_task_checkpoints_table(conn): """幂等建断点表（P0 三件其一）：server init_db（PG 与 SQLite 两支）与 worker 迁移兜底共用。DOUBLE PRECISION 在两后端都可用。 """ conn.execute( "CREATE TABLE IF NOT EXISTS task_checkpoints(" "task_id TEXT, " "round_no INTEGER, " "thread_id TEXT, " "goal_status TEXT, " "state_sha TEXT, " "verify_out TEXT, " "created_at DOUBLE PRECISION, " "PRIMARY KEY(task_id, round_no))") def _ensure_task_steps_table(conn): """幂等建步骤表（P0 三件其三）：timeline 接口直读此表。 id 由写入方给 uuid hex（两后端都不依赖自增语义）。 """ conn.execute( "CREATE TABLE IF NOT EXISTS task_steps(" "id TEXT PRIMARY KEY, " "task_id TEXT, " "step_no INTEGER, " "kind TEXT, " "summary TEXT, " "state_sha TEXT, " "created_at DOUBLE PRECISION)") conn.execute( "CREATE INDEX IF NOT EXISTS idx_task_steps_task" " ON task_steps(task_id, step_no)") def _ensure_followups_table(conn): """幂等建后续消息表：委托给 peer_messages（两边同一份 DDL， server init_db、各 followup 接口与 worker 投递路径共用）。 老库第一次跑到这里时自动补表补列，不丢数据。DOUBLE PRECISION 在 SQLite 与 Postgres 下都可用（SQLite 按 NUMERIC 亲和处理）。""" _peer_ensure_followups(conn) def _followup_to_dict(row): return { "id": row["id"], "task_id": row["task_id"], "project_id": row["project_id"], "body": row["body"], "mode": row["mode"], "status": row["status"], "created_by": row["created_by"], "sender_task_id": _row_get(row, "sender_task_id"), "created_at": row["created_at"], "updated_at": row["updated_at"], } def _ensure_continue_messages_table(conn): """幂等建继续消息表：POST /continue 接受的每条用户消息都在 与状态改回 queued 的同一事务里落盘（见 _continue_task）， 否则继续消息只活在 resume_message 列里、worker 跑完即清， 聊天历史永远拼不出用户那一半。老库第一次跑到这里时自动 补表，不丢数据；此前已发生的继续（audit 里 task_continued 有、表里没有）无法追回，chat-history 会如实标注缺口数， 不编造。列写法与 followups 表一致（DOUBLE PRECISION 在 SQLite 与 Postgres 下都可用）。""" conn.execute( "CREATE TABLE IF NOT EXISTS task_continue_messages(" "id TEXT PRIMARY KEY, " "task_id TEXT, " "project_id TEXT, " "body TEXT, " "created_by TEXT, " "created_at DOUBLE PRECISION)" ) conn.execute( "CREATE INDEX IF NOT EXISTS idx_continue_messages_task" " ON task_continue_messages(task_id, created_at, id)") def _continue_message_to_dict(row): return { "id": row["id"], "task_id": row["task_id"], "project_id": row["project_id"], "body": row["body"], "created_by": row["created_by"], "created_at": row["created_at"], } def _chat_message_from_trace(entry): """链路条目 -> 聊天消息（与 React 的 mapTrace.ts 同款映射， 两边改动要同步）：message 是助手回复，exec/file/tool/call 是工具气泡，plan/reasoning/agent-start/agent-done 是居中 状态提示。链路条目本身没有发送方字段，这里不编造角色， 只按 kind 分流。""" kind = entry.get("kind") or "" eid = entry.get("id") or "" if kind == "message": text = ((("[" + entry["phase"] + "] ") if entry.get("phase") else "") + (entry.get("text") or "")) return {"id": eid, "role": "assistant", "source": "trace", "kind": kind, "label": "助手", "text": text} if kind in ("exec", "file", "tool", "call"): label = {"exec": "命令", "file": "文件", "tool": "工具"}.get(kind, "调用") if kind == "exec": # 与 React traceLineText 同款：缺失字段为空，不渲染 None。 def _s(v): return "" if v is None else str(v) text = "%s（exit=%s，%sms，cwd=%s）" % ( entry.get("command") or "", _s(entry.get("exitCode")), _s(entry.get("durationMs")), entry.get("cwd") or "") elif kind == "file": text = "%s %s %s" % (entry.get("path") or "", entry.get("change") or "", entry.get("status") or "") elif kind == "tool": text = "%s/%s %s" % (entry.get("server") or "", entry.get("tool") or "", entry.get("status") or "") else: text = entry.get("name") or "" return {"id": eid, "role": "tool", "source": "trace", "kind": kind, "label": label, "text": text} if kind == "plan": return {"id": eid, "role": "status", "source": "trace", "kind": kind, "text": entry.get("text") or ""} if kind == "reasoning": return {"id": eid, "role": "status", "source": "trace", "kind": kind, "text": "思考：" + (entry.get("summary") or "")} if kind == "agent-start": return {"id": eid, "role": "status", "source": "trace", "kind": kind, "text": "子代理开始：" + (entry.get("name") or "") + (("（" + entry["prompt"] + "）") if entry.get("prompt") else "")} if kind == "agent-done": return {"id": eid, "role": "status", "source": "trace", "kind": kind, "text": "子代理结束：" + (entry.get("name") or "") + " " + (entry.get("status") or "")} return {"id": eid, "role": "status", "source": "trace", "kind": kind, "text": json.dumps(entry)[:300]} def _ensure_environments_table(conn): """幂等建环境表：server init_db 与各环境接口都可调它，老库 第一次跑到这里时自动补表，不丢数据。类型写法与 followups 表一致（DOUBLE PRECISION 在 SQLite 与 Postgres 下都可用）。 环境 = 项目仓库的一个命名基准检出：repo_url 是创建时从 项目快照来的（之后项目改 repo_url 不影响已建环境），branch 为空表示默认分支，executor 为空表示不限执行器（任务创建时 若指定执行器须与它一致，否则继承它）。状态机：creating （已记录、等 worker 准备检出）-> ready / failed；archive 后新任务不能再选它，旧任务结果不受影响。检出目录本身不 存绝对路径（worker 按 repos_dir / 租户目录推导，见 worker 的 _env_host_dir），避免 server 与 worker 机器路径不一致。 """ conn.execute( "CREATE TABLE IF NOT EXISTS environments(" "id TEXT PRIMARY KEY, " "project_id TEXT, " "name TEXT, " "branch TEXT, " "executor TEXT, " "status TEXT, " "error_text TEXT, " "repo_url TEXT, " "created_by TEXT, " "created_at DOUBLE PRECISION, " "updated_at DOUBLE PRECISION)" ) conn.execute( "CREATE INDEX IF NOT EXISTS idx_env_project" " ON environments(project_id, status)") # 同项目未归档环境名唯一：用部分唯一索引（SQLite 与 Postgres # 都支持 WHERE 子句），归档过的名字可重用——全表 UNIQUE # 会挡住重用，与 _create_environment 的 409 规则矛盾。 conn.execute( "CREATE UNIQUE INDEX IF NOT EXISTS idx_env_name" " ON environments(project_id, name)" " WHERE status != 'archived'") def _ensure_quotas_table(conn): """幂等建配额表：server init_db 与配额查询都可调它，老库 第一次跑到这里时自动补表，不丢数据。quota_usd_micros 为 NULL 表示不限额（与 0 区分：0 是一分钱也不能花）；金额 单位与 cost_records 一致，都是 USD 微单位（1 美元 = 1_000_000），避免浮点。""" conn.execute( "CREATE TABLE IF NOT EXISTS user_quotas(" "user_id TEXT PRIMARY KEY, " "quota_usd_micros BIGINT, " "updated_at DOUBLE PRECISION)") def _default_executor(): """新任务未指定执行器时的默认值：docker。 空 executor（任意 worker 可认领）是多用户下的隔离缺口： 任务可能落到隔离较弱的 local worker 上。默认 docker 后， 只有显式 local/cloud 或系统创建（webhook/修复任务，executor 为 NULL）才走别的路。环境变量 CLOUD_DEFAULT_EXECUTOR 可 覆盖：设为空字符串即恢复旧行为（None，任意 worker）， 供单机运维在没有 docker worker 时兜底；非法值按 docker 计。 """ raw = os.environ.get("CLOUD_DEFAULT_EXECUTOR", "docker") if raw is None: return "docker" raw = raw.strip() if raw == "": return None if raw in ("local", "docker", "cloud"): return raw return "docker" def _default_quota_usd_micros(): """OAuth 新用户建号时写入的默认配额（微美元）。 无配额行 = 不限额，所以 OAuth 自动建号过去等于无限额入驻。 新号现在建号即写一行默认配额（老用户无配额行不受影响， 行为不变）。环境变量 CLOUD_DEFAULT_QUOTA_USD_MICROS 可 覆盖，默认 10_000_000（$10/月）；非法值按默认计。 """ try: return max(0, int(os.environ.get( "CLOUD_DEFAULT_QUOTA_USD_MICROS", "10000000"))) except (TypeError, ValueError): return 10000000 def _apply_default_quota(conn, user_id): """给用户写默认配额行（已存在则不动，幂等）。 INSERT OR IGNORE 保证重复回调不覆盖管理员后来改过的额度。 返回 True 表示本次写了新行（调用方据此记 quota_default 审计）。P0 安全批后：OAuth 新建、绑定、已存在用户登录 三条分支都调它补行，不再只给新建用户补。 """ _ensure_quotas_table(conn) cur = conn.execute( "INSERT OR IGNORE INTO user_quotas(user_id, quota_usd_micros," " updated_at) VALUES(?, ?, ?)", (user_id, _default_quota_usd_micros(), time.time())) try: conn.commit() except Exception: pass return cur.rowcount == 1 def _global_admin_ids(): """真全局管理员清单：环境变量 CODEX_GLOBAL_ADMINS。 逗号分隔的用户 id 列表，空白项忽略。未配置或为空时返回 空集——此时 admin 端点一律 fail-closed，绝不回落到项目 角色推导（P0 安全批前“任一项目 maintainer 即全局管理” 的推导已被废掉，见 _is_global_admin）。 """ raw = os.environ.get("CODEX_GLOBAL_ADMINS") or "" return {part.strip() for part in raw.split(",") if part.strip()} def _backfill_default_quotas(conn): """给已有无行用户回填默认配额行（init_db 时调，幂等）。 只补“users 里有、user_quotas 里无”的用户，已有行（含 管理员显式设为 NULL 的不限额行）一律不动。返回补写行数。 """ _ensure_quotas_table(conn) try: cur = conn.execute( "INSERT OR IGNORE INTO user_quotas(user_id," " quota_usd_micros, updated_at)" " SELECT u.id, ?, ? FROM users u" " LEFT JOIN user_quotas q ON q.user_id = u.id" " WHERE q.user_id IS NULL", (_default_quota_usd_micros(), time.time())) conn.commit() return cur.rowcount or 0 except Exception: try: conn.rollback() except Exception: pass return 0 _ENV_BRANCH_RE = re.compile(r"^[A-Za-z0-9_.\-/]+$") def _validate_env_branch(branch): """环境分支名校验：空/None 表示默认分支；非空时只允许 字母数字与 _ . - /，且不能以 - 开头、不能含 ..、不能以 .lock 结尾、长度不超过 200——git ref 名的保守子集，防 分支名被拼进 shell 或越出目录。返回规范化后的分支或 None， 非法时抛 ValueError（调用方转 400）。""" if branch is None: return None if not isinstance(branch, str): raise ValueError("branch must be a string") branch = branch.strip() if not branch: return None if len(branch) > 200 or not _ENV_BRANCH_RE.match(branch) \ or branch.startswith("-") or ".." in branch \ or branch.endswith(".lock"): raise ValueError("branch is not a valid git branch name") return branch def _environment_to_dict(row): return { "id": row["id"], "project_id": row["project_id"], "name": row["name"], "branch": _row_get(row, "branch"), "executor": _row_get(row, "executor"), "status": row["status"], "error_text": _row_get(row, "error_text"), "repo_url": _row_get(row, "repo_url"), "created_by": row["created_by"], "created_at": row["created_at"], "updated_at": row["updated_at"], } def _is_postgres_backend(): backend = os.environ.get("CLOUD_DB_BACKEND") or "sqlite" return str(backend).strip().lower() in ("postgres", "postgresql") def init_db(db_path): """创建 server 自己的 projects/tasks 表（AuthStore 的表由其自建）。 Postgres 模式：建 cloud.db.POSTGRES_SCHEMA 的全部表（其中 projects/tasks 已含 migrate_tasks_table 的 6 列），再跑一次 migrate_tasks_table——PRAGMA 翻译后在 PG 上是 no-op，老库 迁移仍走同一函数。SQLite 模式：原行为不变。 """ conn = _connect(db_path) try: if _is_postgres_backend(): _init_postgres_schema(conn) migrate_tasks_table(conn) migrate_projects_table(conn) _ensure_followups_table(conn) _ensure_continue_messages_table(conn) _ensure_environments_table(conn) _ensure_quotas_table(conn) _backfill_default_quotas(conn) _ensure_gateway_keys(conn) _ensure_uploads_tables(conn) _ensure_task_checkpoints_table(conn) _ensure_task_steps_table(conn) conn.commit() return conn.execute( "CREATE TABLE IF NOT EXISTS projects(" "id TEXT PRIMARY KEY, " "name TEXT, " "owner_id TEXT, " "created_at REAL, " "repo_url TEXT, " "auto_pr INTEGER)" ) conn.execute( "CREATE TABLE IF NOT EXISTS tasks(" "id TEXT PRIMARY KEY, " "project_id TEXT, " "prompt TEXT, " "status TEXT, " "idempotency_key TEXT, " "depends_on TEXT, " "priority INTEGER, " "created_by TEXT, " "created_at REAL, " "updated_at REAL, " "last_heartbeat REAL, " "UNIQUE(project_id, idempotency_key))" ) migrate_tasks_table(conn) migrate_projects_table(conn) _ensure_followups_table(conn) _ensure_continue_messages_table(conn) _ensure_environments_table(conn) _ensure_quotas_table(conn) _backfill_default_quotas(conn) _ensure_uploads_tables(conn) _ensure_task_checkpoints_table(conn) _ensure_task_steps_table(conn) # worker 每轮 poll 都按 status 取任务（见 load_tasks 的 # WHERE status IN (...)），无索引时是全表扫描；任务表随 # 时间变大后索引是必须的。IF NOT EXISTS 保证老库幂等。 conn.execute( "CREATE INDEX IF NOT EXISTS idx_tasks_status" " ON tasks(status)") conn.commit() finally: conn.close() @contextmanager def _auth_store(db_path): """每请求一个 AuthStore 实例（自带新连接），用完即关闭。""" store = AuthStore(db_path) try: yield store finally: try: store.conn.close() except Exception: pass def _row_get(row, name): """sqlite Row 的容错取值：老库行缺列时返回 None 不炸。""" try: return row[name] except (KeyError, IndexError, TypeError): return None def _task_to_dict(row, attachments=None, total_tokens=None): depends_on = row["depends_on"] try: depends_on = json.loads(depends_on) if depends_on else [] except (TypeError, ValueError): depends_on = [] if not isinstance(depends_on, list): depends_on = [depends_on] return { "id": row["id"], "project_id": row["project_id"], "prompt": row["prompt"], "status": row["status"], "idempotency_key": row["idempotency_key"], "depends_on": depends_on, "priority": row["priority"], "created_by": row["created_by"], "created_at": row["created_at"], "updated_at": row["updated_at"], "last_heartbeat": row["last_heartbeat"], "result_text": _row_get(row, "result_text"), "error_text": _row_get(row, "error_text"), "actual_model": _row_get(row, "actual_model"), "started_at": _row_get(row, "started_at"), "finished_at": _row_get(row, "finished_at"), "child_pid": _row_get(row, "child_pid"), "executor": _row_get(row, "executor"), "pr_url": _row_get(row, "pr_url"), "pr_number": _row_get(row, "pr_number"), "goal": _row_get(row, "goal"), "verify_command": _row_get(row, "verify_command"), "goal_max_rounds": _row_get(row, "goal_max_rounds"), "goal_mode": _row_get(row, "goal_mode") or 0, "attachments": list(attachments or []), "resume_message": _row_get(row, "resume_message"), "worktree_host": _row_get(row, "worktree_host"), "model": _row_get(row, "model"), "effort": _row_get(row, "effort"), "child_model": _row_get(row, "child_model"), "child_effort": _row_get(row, "child_effort"), "approval": _row_get(row, "approval"), "plan": _row_get(row, "plan") or 0, "forked_from": _row_get(row, "forked_from"), "environment_id": _row_get(row, "environment_id"), "turn_id": _row_get(row, "turn_id"), "root_turn_id": _row_get(row, "root_turn_id"), "coordinator_parts": ( _coord_parse_parts(_row_get(row, "coordinator_parts")) if _row_get(row, "coordinator_parts") else None), "parent_task_id": _row_get(row, "parent_task_id"), "coordinator_part": _row_get(row, "coordinator_part"), "goal_resume_pending": _row_get(row, "goal_resume_pending") or 0, "paused_by_user": _row_get(row, "paused_by_user") or 0, "interrupted_reason": _row_get(row, "interrupted_reason"), "auto_resume_count": _row_get(row, "auto_resume_count") or 0, "no_time_limit": _row_get(row, "no_time_limit") or 0, # 列表接口由 _task_tokens_map 一次聚合传入；其它调用方 # 不传时为 None（前端显示占位），绝不把“未算”写成 0。 "total_tokens": total_tokens, } def _project_to_dict(row): return { "id": row["id"], "name": row["name"], "owner_id": row["owner_id"], "created_at": row["created_at"], # 老库行缺 repo_url 列时 _row_get 给 None，不炸（列本身由 # migrate_projects_table 在 init_db 时补，老行读到也是 None）。 "repo_url": _row_get(row, "repo_url"), # auto_pr 默认 0（关闭）：老行缺列时 None 按 0 计，绝不因 # 迁移就把老项目默认改成自动推。 "auto_pr": _row_get(row, "auto_pr") or 0, } def sweep_stale_tasks(db_path, threshold_seconds=300): """把 running 且心跳过期的任务改为 interrupted，返回被扫任务 id 列表。 心跳取 last_heartbeat，无心跳则用 updated_at；早于 now - threshold_seconds 即过期。审计记一条 "sweep_interrupted" （user_id 记 "system"，因为回收不是某个用户的操作）。 这是系统中断：interrupted_reason='sweep'、paused_by_user=0， 长任务自动恢复可接它（用户暂停绝不走这条路）。 独立可单测，不依赖 HTTP。 """ now = time.time() cutoff = now - threshold_seconds conn = _connect(db_path) try: conn.row_factory = sqlite3.Row rows = conn.execute( "SELECT id, project_id FROM tasks WHERE status = 'running'" " AND COALESCE(last_heartbeat, updated_at) < ?", (cutoff,), ).fetchall() swept = [] for row in rows: cur = conn.execute( "UPDATE tasks SET status = 'interrupted'," " interrupted_reason = 'sweep', paused_by_user = 0," " updated_at = ?" " WHERE id = ? AND status = 'running'", (now, row["id"]), ) if cur.rowcount: swept.append(row["id"]) conn.commit() stale = [(row["id"], row["project_id"]) for row in rows if row["id"] in swept] finally: conn.close() with _auth_store(db_path) as store: for task_id, project_id in stale: store.audit("system", project_id, "sweep_interrupted", task_id) return swept class CloudControlPlaneHandler(BaseHTTPRequestHandler): """控制面请求处理：除 /health 与 /webhooks/* 外一律要求 X-API-Key。""" protocol_version = "HTTP/1.1" # -- 通用工具 ------------------------------------------------------ def log_message(self, *args): # 测试输出保持干净 pass def _send_json(self, status, obj, extra_headers=None): body = json.dumps(obj, default=_json_default).encode("utf-8") self.send_response(status) self.send_header("Content-Type", "application/json") self.send_header("Content-Length", str(len(body))) for header_name, header_value in (extra_headers or {}).items(): self.send_header(header_name, header_value) self.end_headers() # 发头即算已响应：之后 wfile 写失败（客户端已断）也不应再 # 尝试回 500——响应一旦开始就不能再发第二个状态行。 self._responded = True self.wfile.write(body) def _send_html(self, status, html_body): body = html_body.encode("utf-8") self.send_response(status) self.send_header("Content-Type", "text/html; charset=utf-8") self.send_header("Content-Length", str(len(body))) self.end_headers() self._responded = True self.wfile.write(body) def _read_body(self): try: length = int(self.headers.get("Content-Length") or 0) except ValueError: length = 0 if length <= 0: return b"" return self.rfile.read(length) def _read_json(self): """返回 (obj, error)：空 body 视为 {}；非法 JSON 返回 error。""" raw = self._read_body() if not raw: return {}, None try: obj = json.loads(raw.decode("utf-8")) except (ValueError, UnicodeDecodeError): return None, "invalid json" if not isinstance(obj, dict): return None, "body must be a JSON object" return obj, None def _db(self): conn = _connect(self.server.db_path) conn.row_factory = sqlite3.Row return conn def _authenticate(self): """X-API-Key -> user_id；无 key 或 key 错返回 None。""" api_key = self.headers.get("X-API-Key") if not api_key: return None with _auth_store(self.server.db_path) as store: return store.authenticate(api_key) # -- 入口 ---------------------------------------------------------- def do_GET(self): self._dispatch_safe("GET") def do_POST(self): self._dispatch_safe("POST") def do_DELETE(self): self._dispatch_safe("DELETE") def do_PATCH(self): # PATCH 之前没有入口（BaseHTTPRequestHandler 默认回 501）， # 项目补仓库是第一个 PATCH 路由；与其它方法一样走 _dispatch。 self._dispatch_safe("PATCH") def do_PUT(self): # PUT 与 PATCH 同理：此前无入口，/users/me/profile 是 # 第一个 PUT 路由；未知 PUT 路径仍由 _dispatch 回 404。 self._dispatch_safe("PUT") def _dispatch_safe(self, method): """分发兜底：_dispatch 里任何未捕获异常都回 500 JSON，而不是 让请求线程直接断连（2026-10-27 死锁事件就是这么变成前端 “HTTP 502”的：异常逃出 handle_one_request 后连接无响应， nginx 只能报 502，客户端拿不到任何可读错误）。 500 体只写固定 internal_error，不把堆栈泄漏给客户端； 堆栈走 _server_log.exception 进服务端日志。已开始响应 （SSE 流、_send_json/_send_html 已发头）时不再二次发送， 只记日志——响应一旦开始就不能再发第二个状态行。 _responded 每请求重置（同一连接 keep-alive 复用 handler 对象时不串请求）。 """ self._responded = False try: self._dispatch(method) except Exception: _server_log.exception("unhandled error in %s %s", method, self.path) if not self._responded: try: self._send_json(500, {"error": "internal_error"}) except Exception: pass def _dispatch(self, method): parsed = urlparse(self.path) path = parsed.path if len(path) > 1 and path.endswith("/"): path = path.rstrip("/") query = parse_qs(parsed.query) if path == "/health" and method == "GET": # 健康检查不走限流与认证；db_ok 只做一次轻量查询， # 绝不返回连接串、密码或任何凭据。 db_ok = False try: conn = _connect(self.server.db_path) try: conn.execute("SELECT 1").fetchone() db_ok = True finally: conn.close() except Exception: db_ok = False # worker 字段：worker_ok 只表示“worker 心跳新鲜”，worker # 不 ok 不代表 server 挂了，所以 health 本身仍返回 200， # 调用方看 worker_ok 字段判断，不要把 health 改成 503 # 破坏已有调用（monitor.sh 也是按字段判断，不按状态码）。 age, worker_ok = _worker_heartbeat_status(self.server) self._send_json(200, { "ok": True, "service": "cloud-control-plane", "backend": _db_backend_name(), "db_ok": db_ok, "worker_last_seen_seconds_ago": age, "worker_ok": worker_ok, # 上线证据：health 通过不再单独证明新代码， # 部署验真必须同时核对 commit 等于期望值（见 deploy.py）。 "commit": _deployed_commit(), }) return if path == "/console" and method == "GET": # 命令台 v1：只出静态壳，不走鉴权与限流（与 /health 同款 # pre-auth 待遇）。壳里没有任何数据；数据一律凭用户在 # 浏览器里填的 X-API-Key 调接口，key 只存在用户浏览器 # localStorage。页面文件与 server.py 同目录，改动随部署走。 try: here = os.path.dirname(os.path.abspath(__file__)) with open(os.path.join(here, "console.html"), "r", encoding="utf-8") as f: self._send_html(200, f.read()) except OSError: self._send_json(404, {"error": "console not found"}) return if path.startswith("/oauth/"): # OAuth 登录/回调是 pre-auth 端点（用户还没本站 API key， # 这正是 OAuth 要解决的问题），靠 state + client_secret # 认证，不走 X-API-Key；不要把它当成无认证后门。 # 绑定端点例外：绑定必须知道绑到哪个已有账号，所以在 # 处理器内验 X-API-Key（无 key 401），分发仍走这支。 bind = self._oauth_bind_route(path) if bind is not None: provider, action = bind if method == "POST" and action == "bind_initiate": self._oauth_bind_initiate(provider) elif method == "GET" and action == "bindings": self._oauth_bindings_get(provider) elif method == "DELETE" and action == "bindings": self._oauth_bindings_delete(provider) else: self._send_json(404, {"error": "not found"}) return if method == "GET" and path.endswith("/login"): self._oauth_login(path) elif method == "GET" and path.endswith("/callback"): # 真实浏览器流程：provider 重定向到这里，query 带 # code + state（不带 client_id，靠 state 记录取回）。 self._oauth_callback_get(path) elif method == "POST" and path.endswith("/callback"): self._oauth_callback(path) else: self._send_json(404, {"error": "not found"}) return if path == "/users/me/gateway/rotate" and method == "POST": self._user_gateway_rotate() return if path.startswith("/users/me/keys"): # API keys 管理：全部只操作认证用户自己的 key。 if method == "GET" and path == "/users/me/keys": self._user_keys_list() elif method == "POST" and path == "/users/me/keys": self._user_keys_create() elif method == "POST" and \ path == "/users/me/keys/revoke-others": self._user_keys_revoke_others() elif method == "DELETE" and \ path.startswith("/users/me/keys/"): key_id = path[len("/users/me/keys/"):] if key_id and "/" not in key_id: self._user_keys_revoke(key_id) else: self._send_json(404, {"error": "not found"}) else: self._send_json(404, {"error": "not found"}) return if path.startswith("/github-app/"): # GitHub App 一键安装：setup/state 与 status 须持本站 key # （在处理器内验）；setup 表单页与 callback 靠 setup # state 凭证（一次性、1 小时），不走 X-API-Key（浏览器 # 回调带不了请求头，state 就是凭证）。 if method == "POST" and path == "/github-app/setup/state": self._github_app_setup_state() elif method == "GET" and path == "/github-app/setup": self._github_app_setup_page() elif method == "GET" and path == "/github-app/callback": self._github_app_callback() elif method == "GET" and path == "/github-app/status": self._github_app_status() else: self._send_json(404, {"error": "not found"}) return if path.startswith("/webhooks/"): # webhook 靠签名认证（外部服务无法持 X-API-Key），不走 API key。 if method != "POST": self._send_json(404, {"error": "not found"}) return if path == "/webhooks/github": self._handle_github_webhook() elif path == "/webhooks/slack": self._handle_slack_webhook() else: self._send_json(404, {"error": "not found"}) return # 限流在认证之前、健康/OAuth/webhook 之后：超限返回 429， # 不是 401（不要把“请求太频繁”记成“认证失败”）。 # key：有 X-API-Key 时按 key 的 sha256 计（原始 key 不存）， # 无 key 时按客户端 IP 计。 limiter = getattr(self.server, "rate_limiter", None) if limiter is None: limiter = _make_rate_limiter(self.server.db_path) self.server.rate_limiter = limiter # 测试注入：server.rate_limit_per_minute / rate_limit_window_seconds # 改动后即时生效，不用重启 server。 if getattr(self.server, "rate_limit_per_minute", None) is not None: limiter.per_minute = self.server.rate_limit_per_minute if getattr(self.server, "rate_limit_window_seconds", None) is not None: limiter.window_seconds = self.server.rate_limit_window_seconds api_key_header = self.headers.get("X-API-Key") if api_key_header: limit_key = "key:" + hashlib.sha256( api_key_header.encode("utf-8")).hexdigest() else: limit_key = "ip:" + (self.client_address[0] if self.client_address else "unknown") if not limiter.allow(limit_key): # 429 限流：只加 Retry-After 头（值为限流窗口秒数， # 即 limiter.window_seconds，默认 60），不改阈值、 # 不改计数逻辑、不加白名单。客户端据此退避一个完整 # 窗口，而不是以原速率继续 hammer 把自己钉在限流里 # （Postgres 下 DbRateLimiter 先 INSERT 再 COUNT， # 被拒请求本身也计入窗口，这是 abuse 缓解的本意）。 self._send_json( 429, {"error": "rate_limited"}, extra_headers={"Retry-After": str(limiter.window_seconds)}) return user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return if path == "/projects" and method == "POST": self._create_project(user_id) elif path == "/projects" and method == "GET": self._list_projects(user_id) elif path == "/workers" and method == "GET": self._workers_list(user_id) elif path == "/workers/heartbeat" and method == "POST": self._workers_heartbeat(user_id) elif path == "/metrics" and method == "GET": self._metrics(user_id) elif path == "/models" and method == "GET": self._models_overview(user_id) elif path == "/relay/models" and method == "GET": self._relay_models(user_id) elif path == "/github/repos" and method == "GET": self._github_repos_list(user_id) elif path.startswith("/projects/"): self._dispatch_project(user_id, method, path, query) elif path == "/environments" and method == "POST": self._create_environment(user_id) elif path == "/environments" and method == "GET": self._list_environments(user_id, query) elif path.startswith("/environments/"): rest = path[len("/environments/"):] if "/" not in rest and method == "GET": self._get_environment(user_id, rest) elif rest.endswith("/archive") and method == "POST": self._archive_environment(user_id, rest[: -len("/archive")]) else: self._send_json(404, {"error": "not found"}) elif path == "/users/me/quota" and method == "GET": self._user_quota_self(user_id) elif path == "/users/me/profile" and method == "GET": self._identity_profile_get(user_id) elif path == "/users/me/profile" and method in ("PUT", "POST"): self._identity_profile_upsert(user_id) elif path == "/users/me/memories" and method == "GET": self._identity_user_memories_list(user_id) elif path == "/users/me/memories" and method == "POST": self._identity_user_memory_create(user_id) elif path == "/users/me/identity-context" and method == "GET": self._identity_context(user_id, query) elif path == "/users/me/auto-memory-settings" and method == "GET": self._auto_memory_settings_get(user_id) elif path == "/users/me/auto-memory-settings" and \ method in ("PUT", "POST"): self._auto_memory_settings_upsert(user_id) elif path == "/users/me/auto-memory-log" and method == "GET": self._auto_memory_log(user_id, query) elif path == "/users/me/auto-memory/run" and method == "POST": self._auto_memory_run(user_id) elif path.startswith("/users/me/memories/"): _mid = path[len("/users/me/memories/"):] if _mid and "/" not in _mid and method == "DELETE": self._identity_user_memory_delete(user_id, _mid) elif _mid.endswith("/supersede") and method == "POST": self._identity_user_memory_supersede( user_id, _mid[: -len("/supersede")].rstrip("/")) else: self._send_json(404, {"error": "not found"}) elif path == "/tasks" and method == "POST": self._create_task(user_id) elif path == "/uploads" and method == "POST": self._create_upload(user_id) elif path == "/tasks" and method == "GET": self._list_tasks(user_id, query) elif path == "/admin/sweep" and method == "POST": self._admin_sweep(user_id) elif path == "/admin/backup" and method == "POST": self._admin_backup(user_id) elif path == "/admin/quotas" and method == "GET": self._admin_quota_get(user_id, query) elif path == "/admin/quotas" and method == "POST": self._admin_quota_set(user_id) elif path == "/admin/push/dispatch" and method == "POST": self._push_dispatch_endpoint(user_id) elif path.startswith("/tasks/"): rest = path[len("/tasks/"):] if "/" not in rest and method == "GET": self._get_task(user_id, rest) elif rest.endswith("/cost") and method == "GET": self._task_cost(user_id, rest[: -len("/cost")]) elif rest.endswith("/trace/stream") and method == "GET": self._task_trace_stream( user_id, rest[: -len("/trace/stream")]) elif rest.endswith("/trace") and method == "GET": self._task_trace(user_id, rest[: -len("/trace")]) elif rest.endswith("/agents") and method == "GET": self._task_agents(user_id, rest[: -len("/agents")]) elif rest.endswith("/cancel") and method == "POST": self._cancel_task(user_id, rest[: -len("/cancel")]) elif rest.endswith("/pause") and method == "POST": self._pause_task(user_id, rest[: -len("/pause")]) elif rest.endswith("/merge") and method == "POST": self._merge_task(user_id, rest[: -len("/merge")]) elif rest.endswith("/pr") and method == "POST": self._task_pr(user_id, rest[: -len("/pr")]) elif rest.endswith("/retry") and method == "POST": self._retry_task(user_id, rest[: -len("/retry")]) elif rest.endswith("/goal-resume") and method == "POST": self._goal_resume_task(user_id, rest[: -len("/goal-resume")]) elif rest.endswith("/auto-memory-flags") and method == "POST": self._task_auto_memory_flags( user_id, rest[: -len("/auto-memory-flags")]) elif rest.endswith("/heartbeat") and method == "POST": self._heartbeat_task(user_id, rest[: -len("/heartbeat")]) elif rest.endswith("/followups") and method == "POST": self._create_followup(user_id, rest[: -len("/followups")]) elif rest.endswith("/followups") and method == "GET": self._list_followups(user_id, rest[: -len("/followups")]) elif rest.endswith("/timeline") and method == "GET": self._task_timeline(user_id, rest[: -len("/timeline")]) elif rest.endswith("/files") and method == "GET": self._task_files(user_id, rest[: -len("/files")], query) elif rest.endswith("/chat-history") and method == "GET": self._task_chat_history( user_id, rest[: -len("/chat-history")]) elif rest.endswith("/messages") and method == "POST": self._create_peer_message(user_id, rest[: -len("/messages")]) elif rest.endswith("/messages") and method == "GET": self._list_peer_messages(user_id, rest[: -len("/messages")]) elif rest.endswith("/reviews") and method == "POST": self._create_review(user_id, rest[: -len("/reviews")]) elif rest.endswith("/reviews") and method == "GET": self._list_reviews(user_id, rest[: -len("/reviews")]) elif "/reviews/" in rest and rest.endswith("/findings") \ and method == "POST": _task_part, _rev_part = rest.split("/reviews/", 1) self._update_review_findings( user_id, _task_part, _rev_part.split("/")[0]) elif rest.endswith("/threads") and method == "GET": self._task_threads(user_id, rest[: -len("/threads")]) elif rest.endswith("/thread") and method == "GET": self._task_thread(user_id, rest[: -len("/thread")], query) elif rest.endswith("/thread/rename") and method == "POST": self._task_thread_rename( user_id, rest[: -len("/thread/rename")]) elif rest.endswith("/thread/archive") and method == "POST": self._task_thread_archive( user_id, rest[: -len("/thread/archive")]) elif rest.endswith("/thread/unarchive") and method == "POST": self._task_thread_unarchive( user_id, rest[: -len("/thread/unarchive")]) elif rest.endswith("/thread/compact") and method == "POST": self._task_thread_compact( user_id, rest[: -len("/thread/compact")]) elif rest.endswith("/thread/read") and method == "GET": self._task_thread_read(user_id, rest[: -len("/thread/read")]) elif rest.endswith("/thread/message") and method == "POST": self._task_thread_message( user_id, rest[: -len("/thread/message")]) elif rest.endswith("/handoff") and method == "GET": self._task_handoff_get(user_id, rest[: -len("/handoff")]) elif rest.endswith("/handoff") and method == "POST": self._task_handoff_create(user_id, rest[: -len("/handoff")]) elif "/handoff/" in rest and rest.endswith("/report") \ and method == "POST": _task_part, _hid_part = rest.split("/handoff/", 1) self._task_handoff_report( user_id, _task_part, _hid_part[: -len("/report")]) elif rest.endswith("/worktree") and method == "GET": self._task_worktree_status(user_id, rest[: -len("/worktree")]) elif rest.endswith("/bindings") and method == "GET": self._task_bindings(user_id, rest[: -len("/bindings")]) elif rest.endswith("/refs") and method == "GET": self._task_refs_list(user_id, rest[: -len("/refs")]) elif rest.endswith("/refs") and method == "POST": self._task_refs_create(user_id, rest[: -len("/refs")]) elif "/refs/" in rest and method == "DELETE": _task_part, _ref_part = rest.split("/refs/", 1) self._task_refs_delete(user_id, _task_part, _ref_part) elif rest.endswith("/worktree/archive") and method == "POST": self._task_worktree_archive( user_id, rest[: -len("/worktree/archive")]) elif rest.endswith("/worktree/restore") and method == "POST": self._task_worktree_restore( user_id, rest[: -len("/worktree/restore")]) elif rest.endswith("/worktree/snapshots") and method == "GET": self._task_worktree_snapshots( user_id, rest[: -len("/worktree/snapshots")]) elif rest.endswith("/pr/checks") and method == "GET": self._task_pr_checks(user_id, rest[: -len("/pr/checks")]) elif rest.endswith("/sleep") and method == "POST": self._task_sleep(user_id, rest[: -len("/sleep")]) elif rest.endswith("/wait") and method == "POST": self._task_wait(user_id, rest[: -len("/wait")]) elif rest.endswith("/fork") and method == "POST": self._fork_task(user_id, rest[: -len("/fork")]) elif rest.endswith("/approvals") and method == "GET": self._list_approvals(user_id, rest[: -len("/approvals")]) elif rest.endswith("/approvals") and method == "POST": self._create_approval(user_id, rest[: -len("/approvals")]) elif rest.endswith("/approve") and method == "POST": self._decide_approval( user_id, rest[: -len("/approve")], "approved") elif rest.endswith("/deny") and method == "POST": self._decide_approval( user_id, rest[: -len("/deny")], "denied") elif rest.endswith("/continue") and method == "POST": self._continue_task(user_id, rest[: -len("/continue")]) else: self._send_json(404, {"error": "not found"}) else: self._send_json(404, {"error": "not found"}) # -- 环境 ---------------------------------------------------------- def _fetch_environment(self, env_id): conn = self._db() try: return conn.execute( "SELECT * FROM environments WHERE id = ?", (env_id,) ).fetchone() finally: conn.close() def _create_environment(self, user_id): """建环境：只记录意图（status=creating），检出由 worker 在下一轮准备（clone + checkout 分支），准备好后 status 变 ready，失败变 failed 并带 error_text——创建本身是同步 返回的记录，准备是异步的，与任务 queued->running 同款语义。 同项目内未归档环境名唯一（409），避免选环境时分不清； 归档过的名字可重用。项目没有 repo_url 时 400：环境就是 仓库的基准检出，没有仓库就没有环境。""" body, err = self._read_json() if err: self._send_json(400, {"error": err}) return project_id = body.get("project_id") if not project_id or not isinstance(project_id, str): self._send_json(400, {"error": "project_id required"}) return name = body.get("name") if not name or not isinstance(name, str) or not name.strip(): self._send_json(400, {"error": "name required"}) return name = name.strip() if len(name) > 100: self._send_json(400, {"error": "name too long"}) return executor = body.get("executor") if executor is not None and executor not in ("local", "docker"): self._send_json(400, { "error": "executor must be local or docker"}) return try: branch = _validate_env_branch(body.get("branch")) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return now = time.time() env_id = uuid.uuid4().hex conn = self._db() try: proj = conn.execute( "SELECT repo_url FROM projects WHERE id = ?", (project_id,)).fetchone() if proj is None: self._send_json(404, {"error": "project not found"}) return repo_url = _row_get(proj, "repo_url") if not repo_url: self._send_json(400, { "error": "project has no repo_url, " "environment needs a repo"}) return existing = conn.execute( "SELECT id FROM environments WHERE project_id = ?" " AND name = ? AND status != 'archived'", (project_id, name)).fetchone() if existing: self._send_json(409, { "error": "environment name already exists" " in this project"}) return try: conn.execute( "INSERT INTO environments(id, project_id, name," " branch, executor, status, error_text, repo_url," " created_by, created_at, updated_at)" " VALUES(?, ?, ?, ?, ?, 'creating', NULL, ?, ?," " ?, ?)", (env_id, project_id, name, branch, executor, repo_url, user_id, now, now)) conn.commit() except (sqlite3.IntegrityError, _PgIntegrityError): self._send_json(409, { "error": "environment name already exists" " in this project"}) return row = conn.execute( "SELECT * FROM environments WHERE id = ?", (env_id,) ).fetchone() finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "environment_created", env_id) self._send_json(201, _environment_to_dict(row)) def _list_environments(self, user_id, query): project_ids = query.get("project_id") project_id = project_ids[0] if project_ids else None if not project_id: self._send_json(400, {"error": "project_id required"}) return err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return include_archived = query.get("include_archived") == ["1"] conn = self._db() try: if include_archived: rows = conn.execute( "SELECT * FROM environments WHERE project_id = ?" " ORDER BY created_at, id", (project_id,)).fetchall() else: rows = conn.execute( "SELECT * FROM environments WHERE project_id = ?" " AND status != 'archived'" " ORDER BY created_at, id", (project_id,)).fetchall() finally: conn.close() self._send_json(200, { "environments": [_environment_to_dict(r) for r in rows]}) def _get_environment(self, user_id, env_id): row = self._fetch_environment(env_id) if row is None: self._send_json(404, {"error": "environment not found"}) return env = _environment_to_dict(row) err = self._check_project(user_id, env["project_id"], "read") if err: self._send_json(err[0], {"error": err[1]}) return self._send_json(200, env) def _archive_environment(self, user_id, env_id): """归档环境：已归档时幂等返回 200；有 queued/running 任务正在用它时 409，绝不让进行中的任务失去基准检出。 归档只改状态，不删检出目录（已完成任务的 worktree 独立， 检出留着可查；磁盘清理另行手动做，不在归档里顺手删）。""" row = self._fetch_environment(env_id) if row is None: self._send_json(404, {"error": "environment not found"}) return env = _environment_to_dict(row) err = self._check_project( user_id, env["project_id"], "create_task") if err: self._send_json(err[0], {"error": err[1]}) return if env["status"] == "archived": self._send_json(200, env) return now = time.time() conn = self._db() try: using = conn.execute( "SELECT id FROM tasks WHERE environment_id = ?" " AND status IN ('queued', 'running') LIMIT 1", (env_id,)).fetchone() if using: self._send_json(409, { "error": "environment is in use by a queued or" " running task"}) return conn.execute( "UPDATE environments SET status = 'archived'," " updated_at = ? WHERE id = ?", (now, env_id)) conn.commit() row = conn.execute( "SELECT * FROM environments WHERE id = ?", (env_id,) ).fetchone() finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, env["project_id"], "environment_archived", env_id) self._send_json(200, _environment_to_dict(row)) # -- 项目 ---------------------------------------------------------- def _create_project(self, user_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return name = body.get("name") if not name or not isinstance(name, str): self._send_json(400, {"error": "name required"}) return if len(name) > MAX_PROJECT_NAME_LEN: self._send_json(400, { "error": "project name too long: max %d characters" % MAX_PROJECT_NAME_LEN}) return project_id = body.get("id") or uuid.uuid4().hex if not isinstance(project_id, str): self._send_json(400, {"error": "id must be a string"}) return if len(project_id) > MAX_PROJECT_ID_LEN: self._send_json(400, { "error": "project id too long: max %d characters" % MAX_PROJECT_ID_LEN}) return # 单用户项目数上限：按 projects.owner_id 计（成员身份加入 # 的项目不计入自己的上限，避免“被拉进很多项目就建不了 # 项目”）；超限 400 且不建项目。 _count_conn = self._db() try: _owned = _count_conn.execute( "SELECT COUNT(*) FROM projects WHERE owner_id = ?", (user_id,)).fetchone()[0] finally: _count_conn.close() if _owned >= MAX_PROJECTS_PER_USER: self._send_json(400, { "error": "project limit exceeded: max %d projects" " per user" % MAX_PROJECTS_PER_USER}) return # repo_url 可选：不传时为 None（老行为不变）；传了则与 worker # 共用 cloud.repos.validate_repo_url 的同一套校验，不合法时 # 400 且不建项目，绝不把带凭证的 URL 存进库。 repo_url = body.get("repo_url") if repo_url is not None: try: repo_url = validate_repo_url(repo_url) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return # auto_pr 可选，默认 0（关闭）：只接受 0/1（布尔 True/False # 按 1/0 计），其它值 400 且不建项目。本轮没有现成的 # PATCH /projects/{id} 路由，auto_pr 只能在创建时指定， # 建后改它需直接改库或重建项目（见 README）。 auto_pr_raw = body.get("auto_pr", 0) if isinstance(auto_pr_raw, bool): auto_pr = 1 if auto_pr_raw else 0 elif isinstance(auto_pr_raw, int) and auto_pr_raw in (0, 1): auto_pr = auto_pr_raw else: self._send_json(400, {"error": "auto_pr must be 0 or 1"}) return now = time.time() conn = self._db() try: existing = conn.execute( "SELECT id FROM projects WHERE id = ?", (project_id,) ).fetchone() if existing: self._send_json(409, {"error": "project exists"}) return conn.execute( "INSERT INTO projects(id, name, owner_id, created_at," " repo_url, auto_pr) VALUES(?, ?, ?, ?, ?, ?)", (project_id, name, user_id, now, repo_url, auto_pr), ) conn.commit() project = { "id": project_id, "name": name, "owner_id": user_id, "created_at": now, "repo_url": repo_url, "auto_pr": auto_pr, } except (sqlite3.IntegrityError, _PgIntegrityError): self._send_json(409, {"error": "project exists"}) return finally: conn.close() # AuthStore.create_project 只写成员表（owner 角色），项目记录 # 本身在上面的 projects 表；两者配合才算一个完整项目。 with _auth_store(self.server.db_path) as store: store.create_project(project_id, user_id) store.audit(user_id, project_id, "create_project", name) self._send_json(201, project) def _update_project(self, user_id, project_id): """PATCH /projects/{id}：项目 owner 可改 repo_url（建后补仓 库，解“建项目时没填仓库、之后建环境一直 400”的死结）。 repo_url 缺 key 时 400；null 或空串表示清空；字符串走与 创建时同一套 validate_repo_url 校验（带凭证的 URL 拒绝）。 只改 projects 行，不动已建环境的快照 repo_url——已建环境 仍用建环境时的仓库，新环境才用新值。改完记 update_project 审计。""" err = self._check_project(user_id, project_id, "manage_project") if err: self._send_json(err[0], {"error": err[1]}) return body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return if "repo_url" not in body: self._send_json(400, {"error": "repo_url required"}) return repo_url = body.get("repo_url") if repo_url is not None and repo_url != "": if not isinstance(repo_url, str): self._send_json(400, {"error": "repo_url must be a string"}) return try: repo_url = validate_repo_url(repo_url) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return else: repo_url = None conn = self._db() try: row = conn.execute( "SELECT id, name, owner_id, created_at, repo_url, auto_pr" " FROM projects WHERE id = ?", (project_id,)).fetchone() if row is None: self._send_json(404, {"error": "project not found"}) return conn.execute( "UPDATE projects SET repo_url = ? WHERE id = ?", (repo_url, project_id)) conn.commit() row = conn.execute( "SELECT id, name, owner_id, created_at, repo_url, auto_pr" " FROM projects WHERE id = ?", (project_id,)).fetchone() finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "update_project", repo_url or "(cleared)") self._send_json(200, {"project": _project_to_dict(row)}) def _github_repos_list(self, user_id): """GET /github/repos：只返回调用者成员项目对应的仓库。 P1 收紧前返回全部安装记录（任一已认证用户可看到全部 安装仓库名，属跨租户信息泄露）。现按 project_members 过滤：只保留调用者是成员的项目的 repo_url 对应的仓库 （clone_url 归一化后比对：去 .git 后缀、比对小写）； 调用者无成员项目或项目未填 repo_url 时返回空列表。 手填 URL 的能力不变——没进 App 安装的公开仓库仍可手动填。""" conn = self._db() try: rows = list_installations(conn) member_ids = { row["project_id"] for row in conn.execute( "SELECT project_id FROM project_members" " WHERE user_id = ?", (user_id,)).fetchall() } allowed = set() for row in conn.execute( "SELECT id, repo_url FROM projects").fetchall(): if row["id"] not in member_ids or not row["repo_url"]: continue url = str(row["repo_url"]).strip().lower() if url.endswith(".git"): url = url[:-4] allowed.add(url) finally: conn.close() repos = [] for r in rows: clone_url = "https://github.com/%s.git" % r["repo_full_name"] normalized = clone_url.lower() if normalized.endswith(".git"): normalized = normalized[:-4] if normalized not in allowed: continue repos.append({ "installation_id": r["installation_id"], "account_login": r["account_login"], "repo_full_name": r["repo_full_name"], "clone_url": clone_url, }) self._send_json(200, {"repos": repos}) def _list_projects(self, user_id): conn = self._db() try: member_rows = conn.execute( "SELECT project_id, role FROM project_members" " WHERE user_id = ?", (user_id,)).fetchall() member_ids = {row["project_id"] for row in member_rows} roles = {row["project_id"]: row["role"] for row in member_rows} rows = conn.execute( "SELECT id, name, owner_id, created_at, repo_url, auto_pr" " FROM projects ORDER BY created_at, id" ).fetchall() finally: conn.close() projects = [] for r in rows: if r["id"] not in member_ids: continue # 附加字段 my_role（只增字段，不改已有成功语义）： # 控制台据此按角色禁用重试/合并/提 PR 等按钮；服务端 # 权限仍以每次请求的 check_permission 为准，前端禁用 # 只是防误点，不是鉴权。 item = _project_to_dict(r) item["my_role"] = roles.get(r["id"]) projects.append(item) self._send_json(200, {"projects": projects}) # -- 项目成员：邀请 / 列表 / 改角色 ------------------------------- def _can_manage_members(self, user_id, project_id): """成员管理权：项目 owner 或全局管理员。 全局管理员（CODEX_GLOBAL_ADMINS）不一定是项目成员， 故不能只用项目内 manage_project 判定；项目 owner 判定 复用 check_permission 的 manage_project（仅 owner）。 """ if self._is_global_admin(user_id): return True with _auth_store(self.server.db_path) as store: return store.check_permission( user_id, project_id, "manage_project") def _set_member_row(self, store, project_id, actor_id, target_id, role): """写成员行并记审计：owner 走 AuthStore.set_member（内含 owner 校验与审计）；非成员的全局管理员走直接写 + 同格式 审计（set_member 的 owner 校验会挡住全局管理员，故分流）。 """ if store.check_permission(actor_id, project_id, "manage_project"): store.set_member(project_id, actor_id, target_id, role) return store.conn.execute( "INSERT OR REPLACE INTO project_members" "(project_id, user_id, role) VALUES(?, ?, ?)", (project_id, target_id, role)) store.conn.commit() store.audit(actor_id, project_id, "set_member", "%s:%s" % (target_id, role)) def _project_members_list(self, user_id, project_id): """GET /projects/{id}/members：项目成员（read）或全局 管理员可读。只返回 user_id / username / role，绝不返回 key 哈希等认证字段。""" if not self._project_exists(project_id): self._send_json(404, {"error": "project not found"}) return if not self._is_global_admin(user_id): err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: rows = conn.execute( "SELECT m.user_id, m.role, u.username FROM" " project_members m LEFT JOIN users u" " ON u.id = m.user_id WHERE m.project_id = ?" " ORDER BY u.username, m.user_id", (project_id,)).fetchall() finally: conn.close() self._send_json(200, {"project_id": project_id, "members": [ {"user_id": r["user_id"], "username": r["username"], "role": r["role"]} for r in rows]}) def _resolve_invite_target(self, body): """邀请目标解析：优先 user_id，其次 username 查 id； 返回 (target_id, error_status, error)。""" target = body.get("user_id") username = body.get("username") if target is not None and not isinstance(target, str): return None, 400, "user_id must be a string" if username is not None and not isinstance(username, str): return None, 400, "username must be a string" if not target and not username: return None, 400, "user_id or username required" conn = self._db() try: if target: row = conn.execute( "SELECT id FROM users WHERE id = ?", (target,)).fetchone() if row is None: return None, 404, "user not found" return row["id"], None, None row = conn.execute( "SELECT id FROM users WHERE username = ?", (username,)).fetchone() if row is None: return None, 404, "user not found" return row["id"], None, None finally: conn.close() def _project_member_invite(self, user_id, project_id): """POST /projects/{id}/members：限项目 owner 或全局管理 员。已是成员时 409（改角色走 PATCH，不用邀请覆盖）； 成功记 set_member 审计。role 缺省 contributor。""" if not self._project_exists(project_id): self._send_json(404, {"error": "project not found"}) return if not self._can_manage_members(user_id, project_id): self._send_json(403, {"error": "forbidden"}) return body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return role = body.get("role") or "contributor" if role not in _MEMBER_ROLES: self._send_json(400, {"error": "unknown role"}) return target, estatus, eerr = self._resolve_invite_target(body) if eerr: self._send_json(estatus, {"error": eerr}) return with _auth_store(self.server.db_path) as store: existing = store.conn.execute( "SELECT role FROM project_members" " WHERE project_id = ? AND user_id = ?", (project_id, target)).fetchone() if existing is not None: self._send_json(409, {"error": "already_member"}) return self._set_member_row(store, project_id, user_id, target, role) self._send_json(201, {"project_id": project_id, "user_id": target, "role": role}) def _project_member_patch(self, user_id, project_id, target): """PATCH /projects/{id}/members/{user_id}：限项目 owner 或全局管理员。唯一 owner 降为非 owner 时 409（无论降 自己还是降他人——否则项目将无 owner 可管）；目标非成员 时 404。""" if not self._project_exists(project_id): self._send_json(404, {"error": "project not found"}) return if not self._can_manage_members(user_id, project_id): self._send_json(403, {"error": "forbidden"}) return body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return role = body.get("role") if role not in _MEMBER_ROLES: self._send_json(400, {"error": "unknown role"}) return with _auth_store(self.server.db_path) as store: cur = store.conn.execute( "SELECT role FROM project_members" " WHERE project_id = ? AND user_id = ?", (project_id, target)).fetchone() if cur is None: self._send_json(404, {"error": "member not found"}) return if cur[0] == "owner" and role != "owner": owners = store.conn.execute( "SELECT COUNT(*) FROM project_members" " WHERE project_id = ? AND role = 'owner'", (project_id,)).fetchone()[0] if owners <= 1: self._send_json( 409, {"error": "cannot demote the only owner"}) return self._set_member_row(store, project_id, user_id, target, role) self._send_json(200, {"project_id": project_id, "user_id": target, "role": role}) def _project_member_delete(self, user_id, project_id, target): """DELETE /projects/{id}/members/{user_id}：限项目 owner 或全局管理员。删唯一 owner 时 409（否则项目将无 owner 可管）；目标非成员时 404。成功记 remove_member 审计。""" if not self._project_exists(project_id): self._send_json(404, {"error": "project not found"}) return if not self._can_manage_members(user_id, project_id): self._send_json(403, {"error": "forbidden"}) return with _auth_store(self.server.db_path) as store: cur = store.conn.execute( "SELECT role FROM project_members" " WHERE project_id = ? AND user_id = ?", (project_id, target)).fetchone() if cur is None: self._send_json(404, {"error": "member not found"}) return if cur[0] == "owner": owners = store.conn.execute( "SELECT COUNT(*) FROM project_members" " WHERE project_id = ? AND role = 'owner'", (project_id,)).fetchone()[0] if owners <= 1: self._send_json( 409, {"error": "cannot remove the only owner"}) return self._remove_member_row(store, project_id, user_id, target) self._send_json(200, {"project_id": project_id, "user_id": target}) def _remove_member_row(self, store, project_id, actor_id, target_id): """删成员行并记审计：owner 走 AuthStore.remove_member （内含 owner 校验与审计）；非成员的全局管理员走直接删 + 同格式审计（remove_member 的 owner 校验会挡住全局 管理员，故分流，与 _set_member_row 同款）。""" if store.check_permission(actor_id, project_id, "manage_project"): store.remove_member(project_id, actor_id, target_id) return store.conn.execute( "DELETE FROM project_members" " WHERE project_id = ? AND user_id = ?", (project_id, target_id)) store.conn.commit() store.audit(actor_id, project_id, "remove_member", target_id) # -- 项目子资源：记忆 / 知识库 / 成本 ------------------------------- def _project_exists(self, project_id): conn = self._db() try: row = conn.execute( "SELECT id FROM projects WHERE id = ?", (project_id,) ).fetchone() return row is not None finally: conn.close() def _check_project(self, user_id, project_id, action): """返回 None 表示通过；否则返回 (status, error) 先行响应。""" if not self._project_exists(project_id): return 404, "project not found" with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, project_id, action): return 403, "forbidden" return None def _dispatch_project(self, user_id, method, path, query): rest = path[len("/projects/"):] parts = rest.split("/") project_id = parts[0] if parts else "" if not project_id: self._send_json(404, {"error": "not found"}) return if len(parts) == 1 and method == "PATCH": self._update_project(user_id, project_id) return # /projects/{id}/members：GET 列表 / POST 邀请 if len(parts) == 2 and parts[1] == "members": if method == "GET": self._project_members_list(user_id, project_id) elif method == "POST": self._project_member_invite(user_id, project_id) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/members/{user_id}：PATCH 改角色 / DELETE 删成员 if len(parts) == 3 and parts[1] == "members": if method == "PATCH": self._project_member_patch(user_id, project_id, parts[2]) elif method == "DELETE": self._project_member_delete(user_id, project_id, parts[2]) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/identity-memories (project-scope system memory) if len(parts) == 2 and parts[1] == "identity-memories": if method == "POST": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._project_identity_memory_create(user_id, project_id) elif method == "GET": err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._project_identity_memories_list(project_id, query) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/identity-memories/{mid}/supersede if len(parts) == 4 and parts[1] == "identity-memories" \ and parts[3] == "supersede": if method != "POST": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._project_identity_memory_supersede( user_id, project_id, parts[2]) return # /projects/{id}/identity-memories/{mid} if len(parts) == 3 and parts[1] == "identity-memories": if method != "DELETE": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._project_identity_memory_delete( user_id, project_id, parts[2]) return # /projects/{id}/memory if len(parts) == 2 and parts[1] == "memory": if method == "POST": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._memory_create(user_id, project_id) elif method == "GET": err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._memory_list(project_id, query) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/memory/{mid}/supersede if len(parts) == 4 and parts[1] == "memory" and parts[3] == "supersede": if method != "POST": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._memory_supersede(user_id, project_id, parts[2]) return # /projects/{id}/kb/index if len(parts) == 3 and parts[1] == "kb" and parts[2] == "index": if method != "POST": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._kb_index(user_id, project_id) return # /projects/{id}/kb/search if len(parts) == 3 and parts[1] == "kb" and parts[2] == "search": if method != "GET": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._kb_search(project_id, query) return # /projects/{id}/cost if len(parts) == 2 and parts[1] == "cost": if method != "GET": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._project_cost(project_id, query) return # /projects/{id}/push/subscriptions if len(parts) == 3 and parts[1] == "push" and parts[2] == "subscriptions": if method == "POST": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._push_create_endpoint(user_id, project_id) elif method == "GET": err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._send_json(200, { "subscriptions": _push_list( self.server.db_path, project_id, user_id=user_id)}) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/push/subscriptions/{sid} DELETE if len(parts) == 4 and parts[1] == "push" and parts[2] == "subscriptions": if method != "DELETE": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return subs = _push_list(self.server.db_path, project_id) mine = [s for s in subs if s["id"] == parts[3]] if not mine: self._send_json(404, {"error": "subscription not found"}) return # 只能删自己的订阅，项目 owner 可删任意（owner 角色检查）。 with _auth_store(self.server.db_path) as auth: is_owner = auth.check_permission( user_id, project_id, "manage_project") if mine[0]["user_id"] != user_id and not is_owner: self._send_json(403, {"error": "forbidden"}) return deleted = _push_delete(self.server.db_path, subscription_id=parts[3]) if deleted: with _auth_store(self.server.db_path) as store: store.audit( user_id, project_id, "push_subscription_deleted", "subscription_id=%s" % parts[3]) self._send_json(200, {"deleted": bool(deleted)}) return # /projects/{id}/automations if len(parts) == 2 and parts[1] == "automations": if method == "POST": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_create(user_id, project_id) elif method == "GET": err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_list(project_id) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/automations/{aid}：GET 单条（含最近产出） # / PATCH 更新（automation_update） if len(parts) == 3 and parts[1] == "automations": if method == "GET": err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_get(user_id, project_id, parts[2]) elif method == "PATCH": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_update(user_id, project_id, parts[2]) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/automations/{aid}/cancel if len(parts) == 4 and parts[1] == "automations" \ and parts[3] == "cancel": if method != "POST": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_cancel(user_id, project_id, parts[2]) return # /projects/{id}/automations/{aid}/bind（GET/POST/DELETE） # / /heartbeat（POST）：心跳绑定与唤醒，见 handlers。 if len(parts) == 4 and parts[1] == "automations" \ and parts[3] in ("bind", "heartbeat"): if parts[3] == "bind" and method == "GET": err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_bind_get(user_id, project_id, parts[2]) elif parts[3] == "bind" and method == "POST": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_bind(user_id, project_id, parts[2]) elif parts[3] == "bind" and method == "DELETE": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_unbind(user_id, project_id, parts[2]) elif parts[3] == "heartbeat" and method == "POST": err = self._check_project(user_id, project_id, "create_task") if err: self._send_json(err[0], {"error": err[1]}) return self._automation_heartbeat(user_id, project_id, parts[2]) else: self._send_json(404, {"error": "not found"}) return # /projects/{id}/triage if len(parts) == 2 and parts[1] == "triage": if method != "GET": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._triage_inbox(project_id) return # /projects/{id}/skills GET（项目 read） if len(parts) == 2 and parts[1] == "skills": if method != "GET": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._skills_list(project_id) return # /projects/{id}/apps GET（项目 read） if len(parts) == 2 and parts[1] == "apps": if method != "GET": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._apps_list(project_id) return # /projects/{id}/mcp-servers GET（项目 read） if len(parts) == 2 and parts[1] == "mcp-servers": if method != "GET": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return self._mcp_servers_list(project_id) return # /projects/{id}/mcp-servers/reload POST（项目 manage_project） if len(parts) == 3 and parts[1] == "mcp-servers" \ and parts[2] == "reload": if method != "POST": self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "manage_project") if err: self._send_json(err[0], {"error": err[1]}) return self._mcp_servers_reload(user_id, project_id) return # /projects/{id}/mcp-servers/{name}/oauth-login POST # （项目 manage_project；name 为空或穿越时 404） if len(parts) == 4 and parts[1] == "mcp-servers" \ and parts[3] == "oauth-login": if method != "POST": self._send_json(404, {"error": "not found"}) return if not parts[2] or parts[2] in (".", ".."): self._send_json(404, {"error": "not found"}) return err = self._check_project(user_id, project_id, "manage_project") if err: self._send_json(err[0], {"error": err[1]}) return self._mcp_server_oauth_login(user_id, project_id, parts[2]) return self._send_json(404, {"error": "not found"}) def _memory_create(self, user_id, project_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return goal = body.get("goal") conclusion = body.get("conclusion") if not goal or not isinstance(goal, str): self._send_json(400, {"error": "goal required"}) return if not conclusion or not isinstance(conclusion, str): self._send_json(400, {"error": "conclusion required"}) return store = MemoryStore(self.server.db_path) try: mid = store.add_summary( project_id, body.get("thread_id") or "", goal, conclusion, files_changed=body.get("files_changed") or [], open_issues=body.get("open_issues") or [], ) finally: try: store.conn.close() except Exception: pass with _auth_store(self.server.db_path) as auth: auth.audit(user_id, project_id, "create_memory", str(mid)) self._send_json(201, {"id": mid, "project_id": project_id}) def _memory_list(self, project_id, query): try: top_k = int((query.get("top_k") or ["5"])[0]) except (TypeError, ValueError): self._send_json(400, {"error": "top_k must be an integer"}) return store = MemoryStore(self.server.db_path) try: summaries = store.list_summaries(project_id) context = store.build_prompt_context(project_id, top_k=top_k) finally: try: store.conn.close() except Exception: pass self._send_json(200, { "project_id": project_id, "summaries": summaries[:top_k], "prompt_context": context, }) def _memory_supersede(self, user_id, project_id, mid_raw): try: mid = int(mid_raw) except (TypeError, ValueError): self._send_json(400, {"error": "id must be an integer"}) return conn = self._db() try: row = conn.execute( "SELECT project_id FROM summaries WHERE id = ?", (mid,) ).fetchone() finally: conn.close() if row is None or row["project_id"] != project_id: self._send_json(404, {"error": "summary not found"}) return store = MemoryStore(self.server.db_path) try: store.deprecate(mid) finally: try: store.conn.close() except Exception: pass with _auth_store(self.server.db_path) as auth: auth.audit(user_id, project_id, "supersede_memory", str(mid)) self._send_json(200, {"id": mid, "status": "deprecated"}) # -- System-level identity / memory (cloud only) ------------------ # These handlers never touch host.py, CODEX_HOME or any thread: # they only read/write the control-plane database. The context # endpoint returns text for an explicit caller; it does not # inject anything into a task or a thread on its own. def _identity_store(self): return IdentityStore(self.server.db_path) def _identity_close(self, store): try: store.conn.close() except Exception: pass def _identity_profile_get(self, user_id): store = self._identity_store() try: self._send_json(200, store.get_profile(user_id)) finally: self._identity_close(store) def _identity_profile_upsert(self, user_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return store = self._identity_store() try: try: profile = store.upsert_profile( user_id, display_name=body.get("display_name"), timezone=body.get("timezone"), preferences=body.get("preferences")) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: self._identity_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, "", "profile_updated", user_id) self._send_json(200, profile) def _identity_user_memories_list(self, user_id): store = self._identity_store() try: rows = store.list_user_memories(user_id) finally: self._identity_close(store) self._send_json(200, {"user_id": user_id, "memories": rows}) def _identity_user_memory_create(self, user_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return store = self._identity_store() try: try: mem_id = store.add_memory( user_id, "user", body.get("kind"), body.get("content"), source_thread_id=body.get("source_thread_id")) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: self._identity_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, "", "identity_memory_created", mem_id) self._send_json(201, {"id": mem_id, "scope": "user"}) def _identity_user_memory_supersede(self, user_id, mem_id): body, err = self._read_json() if err: body = {} store = self._identity_store() try: row = store.get_memory(mem_id) if row is None or row["scope"] != "user" \ or row["owner_user_id"] != user_id: self._send_json(404, {"error": "memory not found"}) return try: _old, new_id = store.supersede_memory( mem_id, user_id, replacement_content=body.get("replacement_content"), replacement_kind=body.get("replacement_kind")) except (KeyError, PermissionError): self._send_json(404, {"error": "memory not found"}) return except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: self._identity_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, "", "identity_memory_superseded", mem_id) self._send_json(200, {"id": mem_id, "status": "superseded", "replacement_id": new_id}) def _identity_user_memory_delete(self, user_id, mem_id): store = self._identity_store() try: row = store.get_memory(mem_id) if row is None or row["scope"] != "user" \ or row["owner_user_id"] != user_id: self._send_json(404, {"error": "memory not found"}) return try: store.delete_memory(mem_id, user_id) except (KeyError, PermissionError): self._send_json(404, {"error": "memory not found"}) return finally: self._identity_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, "", "identity_memory_deleted", mem_id) self._send_json(200, {"deleted": True, "id": mem_id}) def _identity_context(self, user_id, query): project_id = None if query: vals = query.get("project_id") if vals: project_id = vals[0] if project_id: err = self._check_project(user_id, project_id, "read") if err: self._send_json(err[0], {"error": err[1]}) return store = self._identity_store() try: profile = store.get_profile(user_id) user_rows = store.list_user_memories(user_id) proj_rows = store.list_project_memories(project_id) \ if project_id else [] context = store.build_identity_context(user_id, project_id) finally: self._identity_close(store) summaries_context = "" if project_id: mem_store = MemoryStore(self.server.db_path) try: summaries_context = mem_store.build_prompt_context( project_id) finally: try: mem_store.conn.close() except Exception: pass self._send_json(200, { "user_id": user_id, "project_id": project_id, "profile": profile, "user_memories": user_rows, "project_memories": proj_rows, "identity_context": context, # Kept as a separate field on purpose: the existing # project summaries are NOT merged into identity_context # and neither field is injected into any task/thread here. "project_summaries_context": summaries_context, }) # -- 自动记忆（官方 memories 对齐：设置 + 提取触发） ------------ # 设置与提取日志只归属本人；任务级开关走项目 create_task 门。 def _auto_memory_store(self): return AutoMemoryStore(self.server.db_path) def _auto_memory_close(self, store): try: store.close() except Exception: pass def _auto_memory_settings_get(self, user_id): store = self._auto_memory_store() try: self._send_json(200, store.get_settings(user_id)) finally: self._auto_memory_close(store) def _auto_memory_settings_upsert(self, user_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return if not isinstance(body, dict): self._send_json(400, {"error": "body must be an object"}) return store = self._auto_memory_store() try: try: settings = store.upsert_settings(user_id, **body) except (ValueError, TypeError) as exc: self._send_json(400, {"error": str(exc)}) return finally: self._auto_memory_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, "", "auto_memory_settings_updated", "") self._send_json(200, settings) def _auto_memory_log(self, user_id, query): try: limit = int((query.get("limit") or ["50"])[0]) except (TypeError, ValueError): self._send_json(400, {"error": "limit must be an integer"}) return store = self._auto_memory_store() try: rows = store.list_log(user_id, limit=limit) finally: self._auto_memory_close(store) self._send_json(200, {"user_id": user_id, "log": rows}) def _auto_memory_run(self, user_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return force = False if isinstance(body, dict) and body.get("force") is not None: if body.get("force") not in (True, False, 0, 1): self._send_json(400, {"error": "force must be a boolean"}) return force = bool(body.get("force")) results = _auto_process_due( self.server.db_path, force=force, owner_id=user_id) for item in results: if item.get("status") == "extracted": # 提取日志已在 process_due_tasks 里落库，这里只补 # 一条审计（不查任务归属：run 只扫本人的任务）。 task_id = item.get("task_id") or "" with _auth_store(self.server.db_path) as auth: auth.audit(user_id, "", "auto_memory_extracted", task_id) self._send_json(200, {"user_id": user_id, "results": results}) def _task_auto_memory_flags(self, user_id, task_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return if not isinstance(body, dict): self._send_json(400, {"error": "body must be an object"}) return task = self._fetch_task(task_id) if task is None: self._send_json(404, {"error": "task not found"}) return err = self._check_project( user_id, task["project_id"], "create_task") if err: self._send_json(err[0], {"error": err[1]}) return store = self._auto_memory_store() try: try: flags = store.set_task_flags( task_id, use_memories=body.get("use_memories"), generate_memories=body.get("generate_memories")) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: self._auto_memory_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, task["project_id"], "task_auto_memory_flags", task_id) self._send_json(200, {"task_id": task_id, "flags": flags}) def _project_identity_memory_create(self, user_id, project_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return store = self._identity_store() try: try: mem_id = store.add_memory( user_id, "project", body.get("kind"), body.get("content"), project_id=project_id, source_thread_id=body.get("source_thread_id")) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: self._identity_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, project_id, "identity_memory_created", mem_id) self._send_json(201, {"id": mem_id, "scope": "project", "project_id": project_id}) def _project_identity_memories_list(self, project_id, query): try: top_k = int((query.get("top_k") or ["20"])[0]) except (TypeError, ValueError): self._send_json(400, {"error": "top_k must be an integer"}) return store = self._identity_store() try: rows = store.list_project_memories(project_id) finally: self._identity_close(store) self._send_json(200, {"project_id": project_id, "memories": rows[:top_k]}) def _project_identity_memory_supersede(self, user_id, project_id, mem_id): body, err = self._read_json() if err: body = {} store = self._identity_store() try: row = store.get_memory(mem_id) if row is None or row["scope"] != "project" \ or row["project_id"] != project_id: self._send_json(404, {"error": "memory not found"}) return try: _old, new_id = store.supersede_memory( mem_id, user_id, replacement_content=body.get("replacement_content"), replacement_kind=body.get("replacement_kind")) except (KeyError, PermissionError, ValueError) as exc: if isinstance(exc, ValueError): self._send_json(400, {"error": str(exc)}) else: self._send_json(404, {"error": "memory not found"}) return finally: self._identity_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, project_id, "identity_memory_superseded", mem_id) self._send_json(200, {"id": mem_id, "status": "superseded", "replacement_id": new_id}) def _project_identity_memory_delete(self, user_id, project_id, mem_id): store = self._identity_store() try: row = store.get_memory(mem_id) if row is None or row["scope"] != "project" \ or row["project_id"] != project_id: self._send_json(404, {"error": "memory not found"}) return store.delete_memory(mem_id, user_id) finally: self._identity_close(store) with _auth_store(self.server.db_path) as auth: auth.audit(user_id, project_id, "identity_memory_deleted", mem_id) self._send_json(200, {"deleted": True, "id": mem_id}) def _kb_index(self, user_id, project_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return path = body.get("path") content = body.get("content") if not path or not isinstance(path, str): self._send_json(400, {"error": "path required"}) return if content is None or not isinstance(content, str): self._send_json(400, {"error": "content required"}) return store = KBStore(self.server.db_path) try: doc_id = store.index_file( project_id, path, content, kind=body.get("kind") or "file") except ValueError as e: self._send_json(400, {"error": str(e)}) return finally: try: store.conn.close() except Exception: pass with _auth_store(self.server.db_path) as auth: auth.audit(user_id, project_id, "kb_index", path) self._send_json(201, {"id": doc_id, "project_id": project_id, "path": path}) def _kb_search(self, project_id, query): q = (query.get("q") or [""])[0] if not q: self._send_json(400, {"error": "q required"}) return try: top_k = int((query.get("top_k") or ["5"])[0]) except (TypeError, ValueError): self._send_json(400, {"error": "top_k must be an integer"}) return store = KBStore(self.server.db_path) try: results = store.search(project_id, q, top_k=top_k) finally: try: store.conn.close() except Exception: pass self._send_json(200, {"project_id": project_id, "query": q, "results": results}) def _project_cost(self, project_id, query): store = CostStore(self.server.db_path) try: overall = store.report_by_project(project_id) conn = store._conn conn.row_factory = sqlite3.Row days = (query.get("days") or [None])[0] day = (query.get("day") or [None])[0] daily = [] if day: row = conn.execute( "SELECT day, COALESCE(SUM(total_tokens),0) AS t," " COALESCE(SUM(usd_micros),0) AS u, COUNT(*) AS c," " COALESCE(SUM(fallback_count),0) AS f," " COALESCE(SUM(cached_input_tokens),0) AS cached," " COALESCE(SUM(CASE WHEN source = 'actual'" " AND usd_micros IS NULL THEN total_tokens" " ELSE 0 END),0) AS unpriced" " FROM cost_records WHERE project_id = ? AND day = ?" " GROUP BY day", (project_id, day)).fetchone() if row: daily = [{"day": row["day"], "total_tokens": int(row["t"]), "usd_micros": int(row["u"]), "turns": int(row["c"]), "fallback_count": int(row["f"]), "cached_input_tokens": int(row["cached"]), "unpriced_actual_tokens": int(row["unpriced"])}] elif days is not None: try: n = int(days) except (TypeError, ValueError): self._send_json(400, {"error": "days must be an integer"}) return from datetime import date, timedelta cutoff = (date.today() - timedelta(days=max(n - 1, 0)) ).isoformat() rows = conn.execute( "SELECT day, COALESCE(SUM(total_tokens),0) AS t," " COALESCE(SUM(usd_micros),0) AS u, COUNT(*) AS c," " COALESCE(SUM(fallback_count),0) AS f," " COALESCE(SUM(cached_input_tokens),0) AS cached," " COALESCE(SUM(CASE WHEN source = 'actual'" " AND usd_micros IS NULL THEN total_tokens" " ELSE 0 END),0) AS unpriced" " FROM cost_records WHERE project_id = ? AND day >= ?" " GROUP BY day ORDER BY day", (project_id, cutoff)).fetchall() daily = [{"day": r["day"], "total_tokens": int(r["t"]), "usd_micros": int(r["u"]), "turns": int(r["c"]), "fallback_count": int(r["f"]), "cached_input_tokens": int(r["cached"]), "unpriced_actual_tokens": int(r["unpriced"])} for r in rows] finally: try: store._conn.close() except Exception: pass self._send_json(200, {"project_id": project_id, "overall": overall, "daily": daily}) # -- 任务成本与模型总览 ---------------------------------------------- def _task_cost(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as auth: if not auth.check_permission(user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return store = CostStore(self.server.db_path) try: report = store.report_by_task(task_id) finally: try: store._conn.close() except Exception: pass self._send_json(200, {"task_id": task_id, "project_id": task["project_id"], **report}) def _relay_models(self, user_id): # 中转可用模型列表：服务端凭环境变量里的 relay key 现取 # 现回，只把模型 id 交给调用者。key 绝不进响应、日志、 # 缓存（见 cloud/relay.py）。单测可经 server.relay_fetcher # 注入假取数函数；中转挂了或未配 key 时 502，不编造列表。 # 网关为 sub2api 时：模型目录因用户而异（key 绑定的组 # 决定）。P1 收紧：首次调模型目录即做真正的懒开通/ # 健康检查，不再只回 provisioning: pending——无行则开通， # 旧 key 经 /v1/models 实测已死（401/403，含余额为 0 的 # 403）则轮换重开；网关本身不可用时回 502、保留旧行。 # key 明文绝不进响应、日志、缓存。 if _gateway_name() == "sub2api": conn = self._db() try: try: status, api_key, _sub, _kid = _validate_sub2api_key( conn, user_id) except _Sub2apiError as exc: self._send_json(502, {"error": str(exc)}) return except Exception as exc: self._send_json(502, {"error": str(exc)}) return finally: conn.close() try: models = _list_sub2api_models(_gateway_origin(), api_key) except Exception as exc: self._send_json(502, {"error": str(exc)}) return self._send_json(200, {"models": models, "gateway": "sub2api", "cached": False, "updated_at": None, "provisioning": status}) return fetcher = getattr(self.server, "relay_fetcher", None) try: models, cached, updated_at = _get_relay_models(fetcher=fetcher) except _RelayError as exc: self._send_json(502, {"error": str(exc)}) return self._send_json(200, { "models": models, "cached": cached, "updated_at": updated_at, "gateway": "xcmapi"}) def _models_overview(self, user_id): # 优先级列表来自环境变量 MODELS_PRIORITY（逗号分隔），未设时 # 用默认列表；这只是控制面的默认配置，不是 provider 的承诺。 raw = os.environ.get("MODELS_PRIORITY", "") priority = [m.strip() for m in raw.split(",") if m.strip()] or [ "gpt-6.1-sol", "gpt-6-sol", "gpt-5.6-sol"] # 只统计调用者是成员的项目，避免跨项目泄露成本。 conn = self._db() try: member_ids = [r["project_id"] for r in conn.execute( "SELECT project_id FROM project_members WHERE user_id = ?", (user_id,)).fetchall()] finally: conn.close() if not member_ids: self._send_json(200, {"priority_list": priority, "model_stats": [], "fallback_events": []}) return placeholders = ",".join("?" for _ in member_ids) store = CostStore(self.server.db_path) try: conn = store._conn conn.row_factory = sqlite3.Row rows = conn.execute( "SELECT model, COUNT(*) AS turns," " COALESCE(SUM(total_tokens),0) AS tokens," " COALESCE(SUM(fallback_count),0) AS fallbacks" " FROM cost_records WHERE project_id IN (%s)" " GROUP BY model ORDER BY model" % placeholders, member_ids).fetchall() fb_rows = conn.execute( "SELECT task_id, project_id, model, fallback_count" " FROM cost_records WHERE project_id IN (%s)" " AND fallback_count > 0" " ORDER BY created_at DESC LIMIT 50" % placeholders, member_ids).fetchall() finally: try: store._conn.close() except Exception: pass self._send_json(200, { "priority_list": priority, "model_stats": [ {"model": r["model"], "turns": int(r["turns"]), "total_tokens": int(r["tokens"]), "fallback_count": int(r["fallbacks"])} for r in rows], "fallback_events": [ {"task_id": r["task_id"], "project_id": r["project_id"], "model": r["model"], "fallback_count": int(r["fallback_count"])} for r in fb_rows], }) # -- 任务 ---------------------------------------------------------- # -- 任务附件 ------------------------------------------------------ def _create_upload(self, user_id): """上传一包附件，返回 upload_id（建任务时绑定）。 权限：任何持有效 key 的用户都可上传（包本身不挂项目， 归属在建任务时校验）；包不直接进任务，必须经 _create_task 绑定才生效。413 预检在读 body 之前按 Content-Length 卡， 防止超大 body 先占内存；文件级上限由 validate_bundle 卡。 """ content_type = self.headers.get("Content-Type", "") if "multipart/form-data" not in content_type: self._send_json(400, { "error": "Content-Type 必须是 multipart/form-data"}) return try: length = int(self.headers.get("Content-Length") or 0) except ValueError: length = 0 if length > MAX_RAW_BYTES: self._send_json(413, {"error": "upload too large"}) return raw = self._read_body() try: fields, files = parse_multipart(raw, content_type) paths = parse_paths_field(fields, files) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return if not files: self._send_json(400, {"error": "no files uploaded"}) return if len(paths) != len(files): self._send_json(400, { "error": "附件路径与文件数量不一致"}) return err = validate_bundle(paths, [len(data) for _name, data in files]) if err: self._send_json(400, {"error": err}) return root = _upload_dir_for(self.server) os.makedirs(root, exist_ok=True) bundle_id, saved = save_bundle( root, paths, [data for _name, data in files]) conn = self._db() try: conn.execute( "INSERT INTO uploads(id, created_by, created_at, status)" " VALUES(?, ?, ?, 'pending')", (bundle_id, user_id, time.time()), ) conn.commit() finally: conn.close() self._send_json(201, { "upload_id": bundle_id, "files": [{"path": path, "size": size} for path, size in saved], }) def _create_task(self, user_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return project_id = body.get("project_id") prompt = body.get("prompt") if not project_id or not isinstance(project_id, str): self._send_json(400, {"error": "project_id required"}) return if not prompt or not isinstance(prompt, str): self._send_json(400, {"error": "prompt required"}) return depends_on = body.get("depends_on") or [] if isinstance(depends_on, str): depends_on = [depends_on] if not isinstance(depends_on, list): self._send_json(400, {"error": "depends_on must be a list"}) return try: priority = int(body.get("priority", 0) or 0) except (TypeError, ValueError): self._send_json(400, {"error": "priority must be an integer"}) return # executor 可选：None 表示任意 worker 可认领；指定时只能是 # local/docker/cloud，非法值 400 且不建任务。 executor = body.get("executor") if executor is not None and executor not in ( "local", "docker", "cloud"): self._send_json(400, { "error": "executor must be local, docker or cloud"}) return # 任务级选项：model 不做白名单（中转目录会变，下拉只是 # 建议值）；effort 必须是 codex 的 effort 档位；approval # 是 console 三档（ask/auto/full），非法值 400 且不建任务。 # 三者都缺省（NULL）时 worker 走配置默认值，行为与过去一致。 model = body.get("model") if model is not None: if not isinstance(model, str) or not model.strip(): self._send_json(400, { "error": "model must be a non-empty string"}) return model = model.strip() effort = body.get("effort") if effort is not None and effort not in ( "low", "medium", "high", "xhigh", "max"): self._send_json(400, { "error": "effort must be low, medium, high, xhigh or max"}) return approval = body.get("approval") if approval is not None and approval not in ("ask", "auto", "full"): self._send_json(400, { "error": "approval must be ask, auto or full"}) return # 派生默认：本任务派生的子任务（marker task-create、 # 协调员分工）未显式写模型/强度时用的模型/强度。 # 显式字段优先；缺省时若 prompt 里有“子任务用 X max” # 这类显式指令，由 parse_spawn_defaults 解析填入—— # 只认带派生主语的显式指令，裸说“主线用 X”不算， # 那是本任务自己的 model，不应被误当成派生默认。 # 两者都缺省（NULL）时派生走本任务 model / effort， # 再缺省才走 worker 默认，行为与过去一致。 child_model = body.get("child_model") if child_model is not None: if not isinstance(child_model, str) or not child_model.strip(): self._send_json(400, { "error": "child_model must be a non-empty string"}) return child_model = child_model.strip() child_effort = body.get("child_effort") if child_effort is not None and child_effort not in ( "low", "medium", "high", "xhigh", "max"): self._send_json(400, { "error": "child_effort must be low, medium, high," " xhigh or max"}) return if child_model is None or child_effort is None: parsed = _parse_spawn_defaults(prompt) if child_model is None: child_model = parsed.get("model") if child_effort is None: child_effort = parsed.get("effort") # 计划模式：只读沙箱，不改任何文件；与“完全访问” # （danger-full-access）语义直接冲突，拒绝建任务。 plan = 1 if body.get("plan") in (True, 1) else 0 if plan and approval == "full": self._send_json(400, { "error": "plan 模式与 approval=full 冲突（只读 vs 完全访问）"}) return # goal 模式分新旧两种语义（2026-10-27 起 console 只发新语义）： # 新语义 goal_mode=1：prompt 本身就是目标，不需要专用 goal # 文本、不需要验收命令、不设轮次上限（goal_max_rounds 存 0， # worker 走 host.py goal 循环的模型自决分支）；传了 # verify_command 是语义冲突，400。旧语义（verify_command # 非空）保留：goal 文本缺省用 prompt，轮次缺省 3，非法值 # 400 且不建任务；老客户端与已建的旧 goal 任务继续可用。 goal_mode = 1 if body.get("goal_mode") in (True, 1) else 0 if goal_mode: if plan: self._send_json(400, { "error": "plan 模式与 goal 模式冲突（只读 vs 改文件）"}) return if body.get("verify_command"): self._send_json(400, { "error": "goal 模式不需要验收命令（达标由模型宣告）"}) return goal = prompt verify_command = None goal_max_rounds = 0 else: goal = body.get("goal") if goal is not None and not isinstance(goal, str): self._send_json(400, {"error": "goal must be a string"}) return verify_command = body.get("verify_command") if verify_command is not None and not isinstance( verify_command, str): self._send_json(400, { "error": "verify_command must be a string"}) return # 计划模式与 goal 模式也冲突：goal 循环就是要改文件 # 直到验测通过，只读沙箱下它永远做不成。 if plan and verify_command: self._send_json(400, { "error": "plan 模式与 goal 模式冲突（只读 vs 改文件）"}) return try: goal_max_rounds = int(body.get("goal_max_rounds", 3)) except (TypeError, ValueError): self._send_json(400, { "error": "goal_max_rounds must be an integer"}) return if goal_max_rounds < 1: self._send_json(400, { "error": "goal_max_rounds must be >= 1"}) return # P1：旧验收形态轮次设上限 100（与 worker/sandbox 两道门 # 一致；新 goal_mode=1 不走本分支，仍由配额兜底）。 if goal_max_rounds > 100: self._send_json(400, { "error": "goal_max_rounds 超过上限 100 轮"}) return # 协调员：coordinator_parts 非空时任务本身不跑模型回合， # worker 认领后按分工建并行子任务、等齐、合流；与 goal/ # plan/验收命令语义冲突（那些都是“本任务跑模型”的意思）， # 同用时 400 且不建任务。 coord_parts = None if body.get("coordinator_parts") is not None: coord_parts, coord_err = _coord_validate_parts( body.get("coordinator_parts")) if coord_err: self._send_json(400, {"error": coord_err}) return if goal_mode or plan or verify_command: self._send_json(400, { "error": "协调员任务不跑模型回合，不能与" " goal/plan/验收命令同用"}) return idempotency_key = body.get("idempotency_key") if idempotency_key is not None and not isinstance(idempotency_key, str): self._send_json(400, {"error": "idempotency_key must be a string"}) return with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, project_id, "create_task"): self._send_json(403, {"error": "forbidden"}) return if self._reject_if_over_quota(user_id): return # 协调员预留（P1）：父任务准入只查一次时，N 个分工会 # 解锁 N 倍消费。父任务创建时要求剩余美元配额至少覆盖 # 分工数 × 每分工预留额，否则直接 402、父任务不建； # 子任务归属 = 父任务创建人（worker 建子任务时 # created_by 直接取父任务创建人，成本 JOIN 据此归属， # 子任务认领时 worker 侧配额门再查一次）。不限额用户 # （quota 为 None）不受此预留约束。 if coord_parts and not self._check_coordinator_reserve( user_id, len(coord_parts)): return # sub2api 懒开通/健康检查（P1）：建任务前先真校验网关 # key——无行则开通，死 key 则轮换重开；网关不可用时 # 502 且不建任务（不把死 key/待开通当成已开通发给 # worker）。xcmapi 网关下跳过本段。 if _gateway_name() == "sub2api": _gw_conn = self._db() try: try: _validate_sub2api_key(_gw_conn, user_id) except _Sub2apiError as exc: self._send_json(502, {"error": str(exc)}) return except Exception as exc: self._send_json(502, {"error": str(exc)}) return finally: _gw_conn.close() # 环境绑定：environment_id 非空时必须是本项目、已 ready # 的环境；creating/failed/archived 一律拒绝并把状态写进 # 报错（creating 时用户就知道该等 worker 准备好再建任务， # 而不是任务排队后才在 worker 侧失败）。执行器规则： # 环境 executor 非空且任务 executor 已指定时必须一致； # 任务 executor 未指定时继承环境 executor（认领过滤靠它， # 否则 local 任务可能被 docker worker 认领、反之亦然）； # cloud 执行器没有环境检出路径，一律拒绝。 environment_id = body.get("environment_id") if environment_id is not None: if not isinstance(environment_id, str) \ or not environment_id.strip(): self._send_json(400, { "error": "environment_id must be a non-empty string"}) return environment_id = environment_id.strip() env_row = self._fetch_environment(environment_id) if env_row is None: self._send_json(404, {"error": "environment not found"}) return env = _environment_to_dict(env_row) if env["project_id"] != project_id: self._send_json(400, { "error": "environment belongs to another project"}) return if env["status"] != "ready": self._send_json(400, { "error": "environment not ready: %s" % env["status"]}) return if executor == "cloud": self._send_json(400, { "error": "environment does not support cloud executor"}) return if env["executor"] and executor \ and env["executor"] != executor: self._send_json(400, { "error": "executor does not match environment executor"}) return if executor is None and env["executor"]: executor = env["executor"] if executor is None: # 未指定且无环境继承时默认 docker：空 executor（任意 # worker 可认领）会让任务落到隔离较弱的 local worker， # 是多用户下的隔离缺口；显式 local/cloud 不受影响。 executor = _default_executor() # 附件绑定（upload_id 由 POST /uploads 发出）：包必须存在、 # 归属当前用户、未使用、24 小时内、暂存目录还在；cloud # 执行器没有 worktree 可 seed，直接拒绝。校验在 INSERT # 之前做，绑定写与任务 INSERT 同一事务，失败不留半截。 bundle_files = [] upload_id = body.get("upload_id") if upload_id is not None: if not isinstance(upload_id, str) or not upload_id: self._send_json(400, { "error": "upload_id must be a non-empty string"}) return if executor == "cloud": self._send_json(400, { "error": "附件不支持 cloud 执行器"}) return conn0 = self._db() try: brow = conn0.execute( "SELECT * FROM uploads WHERE id = ?", (upload_id,), ).fetchone() finally: conn0.close() if brow is None: self._send_json(400, {"error": "upload_id 不存在"}) return if brow["created_by"] != user_id: self._send_json(403, {"error": "forbidden"}) return if brow["status"] == "used": self._send_json(409, {"error": "附件包已使用"}) return if time.time() - brow["created_at"] > BUNDLE_TTL_SECONDS: self._send_json(400, {"error": "附件包已过期"}) return bundle_dir = os.path.join( _upload_dir_for(self.server), upload_id) if not os.path.isdir(bundle_dir): self._send_json(400, {"error": "附件暂存目录缺失"}) return for dirpath, _dirnames, filenames in os.walk(bundle_dir): for fn in sorted(filenames): full = os.path.join(dirpath, fn) rel = os.path.relpath(full, bundle_dir) bundle_files.append((rel, os.path.getsize(full))) bundle_files.sort() if not bundle_files: self._send_json(400, {"error": "附件包为空"}) return now = time.time() conn = self._db() try: if idempotency_key is not None: row = conn.execute( "SELECT * FROM tasks WHERE project_id = ?" " AND idempotency_key = ?", (project_id, idempotency_key), ).fetchone() if row: self._send_json(200, _task_to_dict( row, _attachments_map( conn, [row["id"]])[row["id"]])) return task_id = uuid.uuid4().hex try: conn.execute( "INSERT INTO tasks(id, project_id, prompt, status," " idempotency_key, depends_on, priority, created_by," " created_at, updated_at, last_heartbeat, executor," " goal, verify_command, goal_max_rounds," " model, effort, approval, plan, goal_mode," " environment_id, coordinator_parts," " parent_task_id, coordinator_part," " child_model, child_effort)" " VALUES(?, ?, ?, 'queued', ?, ?, ?, ?, ?, ?, NULL, ?," " ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?)", (task_id, project_id, prompt, idempotency_key, json.dumps(depends_on), priority, user_id, now, now, executor, goal, verify_command, goal_max_rounds, model, effort, approval, plan, goal_mode, environment_id, json.dumps(coord_parts) if coord_parts else None, None, None, child_model, child_effort), ) # 长任务不限时：API 字段 no_time_limit=1 时写标记， # worker 认领后按不限时跑（单轮 host 600 秒仍在）； # 不传或非真值时保持默认 0，现有任务行为不变。 if body.get("no_time_limit") in (True, 1): conn.execute( "UPDATE tasks SET no_time_limit = 1" " WHERE id = ?", (task_id,)) for rel_path, size in bundle_files: conn.execute( "INSERT INTO task_attachments" "(task_id, bundle_id, rel_path, size)" " VALUES(?, ?, ?, ?)", (task_id, upload_id, rel_path, size), ) if upload_id is not None: conn.execute( "UPDATE uploads SET status = 'used' WHERE id = ?", (upload_id,), ) conn.commit() except (sqlite3.IntegrityError, _PgIntegrityError): # 并发下同幂等键抢建：回读已有任务，不建重复。 row = conn.execute( "SELECT * FROM tasks WHERE project_id = ?" " AND idempotency_key = ?", (project_id, idempotency_key), ).fetchone() if row: self._send_json(200, _task_to_dict( row, _attachments_map( conn, [row["id"]])[row["id"]])) return raise row = conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() task = _task_to_dict( row, [rel_path for rel_path, _size in bundle_files]) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "create_task", task_id) if coord_parts: # 创建响应里写明子任务配额归属（与 worker 建子任务时 # created_by=父任务创建人一致），不是只写文档宣称。 task["quota_attribution"] = ( "coordinator subtasks are charged to the parent" " task creator") task["quota_reserved_usd_micros"] = ( len(coord_parts) * COORDINATOR_RESERVE_PER_PART_USD_MICROS) self._send_json(201, task) def _list_tasks(self, user_id, query): project_ids = query.get("project_id") project_id = project_ids[0] if project_ids else None if not project_id: self._send_json(400, {"error": "project_id required"}) return with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, project_id, "read"): self._send_json(403, {"error": "forbidden"}) return parent_task_id = None parent_ids = query.get("parent_task_id") if parent_ids: parent_task_id = parent_ids[0] conn = self._db() try: if parent_task_id: rows = conn.execute( "SELECT * FROM tasks WHERE project_id = ?" " AND parent_task_id = ?" " ORDER BY created_at, id", (project_id, parent_task_id), ).fetchall() else: rows = conn.execute( "SELECT * FROM tasks WHERE project_id = ?" " ORDER BY created_at, id", (project_id,), ).fetchall() amap = _attachments_map(conn, [r["id"] for r in rows]) tmap = _task_tokens_map(conn, [r["id"] for r in rows]) finally: conn.close() self._send_json(200, {"tasks": [ _task_to_dict(r, amap[r["id"]], tmap.get(r["id"], 0)) for r in rows]}) def _fetch_task(self, task_id): conn = self._db() try: return conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() finally: conn.close() def _get_task(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return conn = self._db() try: atts = _attachments_map(conn, [task_id])[task_id] # 详情与列表口径一致：单任务也一次聚合回 total_tokens， # 否则详情里的 token 栏只能显示占位。 tok = _task_tokens_map(conn, [task_id]).get(task_id, 0) finally: conn.close() task = _task_to_dict(row, atts, tok) with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return self._send_json(200, task) # -- 任务实时链路 -------------------------------------------------- def _trace_snapshot(self, task): """当前链路快照 (entries, note)：worktree 在别机时读不到 文件，返回空链路 + 说明（多机诚实降级，不谎报无过程）。 租户目录与共享目录都读、合并（租户 Docker 任务的链路 文件只在租户目录里，旧版只读共享目录会误报为空）。""" worktree_host = task.get("worktree_host") if worktree_host and worktree_host != socket.gethostname(): return [], ("链路文件在 worktree 主机 %s 上，本机读不到" % worktree_host) paths = [os.path.join(d, _trace_file_name(task["id"]) + ".jsonl") for d in _trace_dirs_for_task(self.server, task)] return _read_trace_entries_multi(paths), "" def _task_trace(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return entries, note = self._trace_snapshot(task) self._send_json(200, {"task_id": task_id, "status": task["status"], "entries": entries, "note": note}) def _task_agents(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return worktree_host = task.get("worktree_host") if worktree_host and worktree_host != socket.gethostname(): self._send_json(200, {"task_id": task_id, "status": task["status"], "agents": [], "note": ("链路文件在 worktree 主机 %s 上，本机读不到" % worktree_host)}) return agents = _build_agent_chain( task, _trace_dirs_for_task(self.server, task)) self._send_json(200, {"task_id": task_id, "status": task["status"], "agents": agents, "note": ""}) def _task_trace_stream(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return entries, note = self._trace_snapshot(task) try: self.send_response(200) self.send_header("Content-Type", "text/event-stream") self.send_header("Cache-Control", "no-cache") self.send_header("Connection", "keep-alive") self.end_headers() except (BrokenPipeError, ConnectionResetError): return self._responded = True # SSE 无 Content-Length，done 后靠关连接界定流结束；注意 # send_header("Connection", "keep-alive") 会把 # close_connection 改回 False，所以必须在 end_headers 之后 # 再置 True（CPython send_header 的 Connection 分支行为）。 self.close_connection = True sent = {} def _emit(obj): try: self.wfile.write( ("data: " + json.dumps(obj, ensure_ascii=False, default=_json_default) + "\n\n").encode("utf-8")) self.wfile.flush() except (BrokenPipeError, ConnectionResetError): return False return True if not _emit({"type": "snapshot", "task_id": task_id, "status": task["status"], "entries": entries, "note": note}): return for entry in entries: sent[entry["id"]] = json.dumps(entry, sort_keys=True, ensure_ascii=False) if task["status"] in TERMINAL_STATUSES: _emit({"type": "done", "status": task["status"]}) return deadline = time.time() + TRACE_STREAM_MAX_SECONDS try: while time.time() < deadline: time.sleep(TRACE_STREAM_POLL_SECONDS) row = self._fetch_task(task_id) if row is None: _emit({"type": "done", "status": "deleted"}) return task = _task_to_dict(row) entries, _note = self._trace_snapshot(task) for entry in entries: blob = json.dumps(entry, sort_keys=True, ensure_ascii=False) if sent.get(entry["id"]) != blob: sent[entry["id"]] = blob if not _emit({"type": "entry", "entry": entry}): return if task["status"] in TERMINAL_STATUSES: _emit({"type": "done", "status": task["status"]}) return except (BrokenPipeError, ConnectionResetError): return _emit({"type": "done", "status": task["status"], "reason": "timeout"}) def _create_followup(self, user_id, task_id): """给进行中任务发后续消息：排队 / 直接发送。 语义（用户定稿）：排队进队尾，不打断本轮，本轮结束 后按序每条再跑一轮；直接发送也不中断本轮——消息立即 送达（链路里可见），本轮跑完后立刻以它开下一轮，且 优先于排队中的消息。v1 只做运行时（含排队中）的任务： 已终态的任务 409；goal 任务 409（goal 循环自有轮次）。 权限与取消同款：项目 create_task（写操作，不能只读）。 """ body, err = self._read_json() if err: self._send_json(400, {"error": err}) return row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return if self._reject_if_over_quota_for_task(user_id, task): return text = body.get("body") if not text or not isinstance(text, str) or not text.strip(): self._send_json(400, {"error": "body required"}) return text = text.strip() if len(text) > 20000: self._send_json(400, {"error": "body too long"}) return mode = body.get("mode", "queued") if mode not in ("queued", "direct"): self._send_json(400, { "error": "mode must be queued or direct"}) return if task["status"] not in ("queued", "running"): self._send_json(409, { "error": "后续消息仅支持进行中任务", "status": task["status"], }) return if task.get("verify_command"): self._send_json(409, {"error": "goal 任务暂不支持后续消息"}) return now = time.time() conn = self._db() try: _ensure_followups_table(conn) fu_id = uuid.uuid4().hex conn.execute( "INSERT INTO task_followups(id, task_id, project_id," " body, mode, status, created_by, created_at," " updated_at) VALUES(?, ?, ?, ?, ?, 'pending', ?, ?, ?)", (fu_id, task_id, task["project_id"], text, mode, user_id, now, now), ) conn.commit() fu = _followup_to_dict( conn.execute( "SELECT * FROM task_followups WHERE id = ?", (fu_id,), ).fetchone() ) finally: conn.close() if mode == "direct": self._append_direct_trace(task, fu_id, text) with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "followup_created", "%s:%s" % (task_id, fu_id)) self._send_json(201, fu) def _append_direct_trace(self, task, fu_id, text): """直接发送的消息立即进链路：往 host 的 jsonl 里追加一条 message 条目（phase=followup-direct），运行中的链路流 下一轮 poll 就能看到它。只尽力而为：worktree 在别机时 本机文件不是 worker 写的那份，跳过（与 _trace_snapshot 的多机降级同规则）；写失败也绝不让 POST 失败。""" try: worktree_host = task.get("worktree_host") if worktree_host and worktree_host != socket.gethostname(): return # 续写已有链路文件所在的目录：租户 Docker 任务的链路 # 文件在租户目录里，续写共享目录会把一条任务的链路 # 拆成两处；还没有任何链路文件时默认写共享目录。 d = _trace_dir_for(self.server) tenant = _tenant_trace_dir(self.server, task.get("project_id")) if tenant and os.path.exists(os.path.join( tenant, _trace_file_name(task["id"]) + ".jsonl")): d = tenant os.makedirs(d, exist_ok=True) entry = {"kind": "message", "id": "fu-" + fu_id, "ts": int(time.time() * 1000), "phase": "followup-direct", "text": text[:300]} with open(os.path.join( d, _trace_file_name(task["id"]) + ".jsonl"), "a", encoding="utf-8") as f: f.write(json.dumps(entry, ensure_ascii=False) + "\n") except Exception: pass def _list_followups(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return conn = self._db() try: _ensure_followups_table(conn) rows = conn.execute( "SELECT * FROM task_followups WHERE task_id = ?" " ORDER BY created_at, id", (task_id,), ).fetchall() finally: conn.close() self._send_json(200, { "followups": [_followup_to_dict(r) for r in rows]}) def _task_timeline(self, user_id, task_id): """GET /tasks/{id}/timeline（P0 三件其三）：一个任务一张 时间线。steps 直读 task_steps（claim/resume/round/final）， checkpoints 直读 task_checkpoints（每轮断点快照）；旧 任务（部署前跑完、无步骤记录）返回空数组，不编造。 """ row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return conn = self._db() try: _ensure_task_checkpoints_table(conn) _ensure_task_steps_table(conn) step_rows = conn.execute( "SELECT step_no, kind, summary, state_sha, created_at" " FROM task_steps WHERE task_id = ?" " ORDER BY step_no, created_at, id", (task_id,)).fetchall() cp_rows = conn.execute( "SELECT round_no, thread_id, goal_status, state_sha," " verify_out, created_at FROM task_checkpoints" " WHERE task_id = ? ORDER BY round_no", (task_id,)).fetchall() finally: conn.close() self._send_json(200, { "task_id": task_id, "steps": [{"step_no": r[0], "kind": r[1], "summary": r[2], "state_sha": r[3], "created_at": r[4]} for r in step_rows], "checkpoints": [{"round_no": r[0], "thread_id": r[1], "goal_status": r[2], "state_sha": r[3], "verify_out": r[4], "created_at": r[5]} for r in cp_rows], }) def _task_files(self, user_id, task_id, query): """GET /tasks/{id}/files：读任务 worktree 里的文件。 解析见 _task_worktree_for_files：本地任务走本地 worktree， 租户 Docker 任务走 tenants 下的任务级子目录（只 serves host-worktrees/<任务id>，绝不 serves 共享的 /app/work 本 身）；cloud 任务与跨机 worktree 一律 409，解析不到时 404。 ?path=<相对路径>：不传列 worktree 顶层（递归、最多 200 条，只含文件路径与大小，不跟符号链接）；传目录列该目录 （非递归，含 is_dir）；传文件读文本内容（UTF-8、≤256KB， 二进制或超大一律 409/413 明说，不截断冒充全文）。路径 解析一律走 _safe_worktree_path，防 .. 与符号链接逃逸。 读操作不限制任务状态（进行中任务读到的是中间态）。 """ task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return worktree, werr = _task_worktree_for_files(self.server, task) if werr is not None: self._send_json(werr[0], {"error": werr[1]}) return rel = (query.get("path") or [""])[0] target = _safe_worktree_path(worktree, rel) if target is None: self._send_json(400, {"error": "path escapes task worktree"}) return if os.path.isdir(target): entries = [] if not rel: for root, dirs, files in os.walk(target): dirs[:] = [d for d in dirs if not os.path.islink(os.path.join(root, d))] dirs.sort() for name in sorted(files): fpath = os.path.join(root, name) if os.path.islink(fpath): continue entries.append({ "path": os.path.relpath(fpath, worktree), "size": os.path.getsize(fpath), }) if len(entries) >= 200: break if len(entries) >= 200: break else: for name in sorted(os.listdir(target)): fpath = os.path.join(target, name) is_link = os.path.islink(fpath) entries.append({ "path": os.path.relpath(fpath, worktree), "size": os.path.getsize(fpath) if os.path.isfile(fpath) and not is_link else 0, "is_dir": os.path.isdir(fpath) and not is_link, }) self._send_json(200, {"task_id": task_id, "path": rel, "entries": entries}) return if not os.path.isfile(target): self._send_json(404, {"error": "no such file"}) return size = os.path.getsize(target) if size > 256 * 1024: self._send_json(413, {"error": "file too large for inline read"}) return try: with open(target, encoding="utf-8") as fh: content = fh.read() except (OSError, UnicodeDecodeError): self._send_json(409, {"error": "file is not readable UTF-8 text"}) return self._send_json(200, {"task_id": task_id, "path": rel, "size": size, "content": content}) def _task_chat_history(self, user_id, task_id): """GET /tasks/{id}/chat-history：真正的交替历史，一次性 按时间交错拼好返回，前端不再猜顺序。 来源（全部是后端已有记录，不编造）： - 首条 prompt：任务行 prompt + created_at（用户） - 继续消息：task_continue_messages（用户，部署后才入库） - 后续消息：task_followups（用户，含任务间互发） - 助手/工具/状态：链路 message/exec/file/tool/call/ plan/reasoning/agent-* 条目（trace 的 ts 是毫秒时间戳， 无 ts 的条目按链路顺序贴在上一条有 ts 的条目之后， 不给它伪造时间戳——输出里 ts_ms 为 null） 排序：按 ts_ms 升序，同一毫秒用户消息在链路条目之前 （用户消息是触发该轮的原因），其余按原顺序稳定排序。 旧任务缺口：部署前发生的继续只在 audit 里留了 task_continued（只有任务 id，没有正文），无法追回； legacy_continue_count = audit 次数 - 已入库条数，>0 时 前端必须在聊天窗上标“此前继续消息未入库，历史不完整”， 不能假装这就是全部对话。异机 worktree 时链路读不到， messages 里只有用户侧 + note，不谎报无过程。""" row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return entries, trace_note = self._trace_snapshot(task) conn = self._db() try: _ensure_continue_messages_table(conn) _ensure_followups_table(conn) cont_rows = conn.execute( "SELECT * FROM task_continue_messages WHERE task_id = ?" " ORDER BY created_at, id", (task_id,), ).fetchall() fu_rows = conn.execute( "SELECT * FROM task_followups WHERE task_id = ?" " ORDER BY created_at, id", (task_id,), ).fetchall() legacy = None try: aud = conn.execute( "SELECT COUNT(*) FROM audit_log" " WHERE action = 'task_continued' AND detail = ?", (task_id,), ).fetchone() legacy = max(0, int(aud[0]) - len(cont_rows)) except Exception: legacy = None finally: conn.close() merged = [] def _ms(seconds): try: return int(float(seconds) * 1000) except (TypeError, ValueError): return None if task.get("prompt"): merged.append((0, _ms(task.get("created_at")), { "id": "task-prompt", "role": "user", "source": "prompt", "label": "用户", "text": task["prompt"], "ts_ms": _ms(task.get("created_at"))})) for r in cont_rows: d = _continue_message_to_dict(r) merged.append((0, _ms(d["created_at"]), { "id": "continue-" + d["id"], "role": "user", "source": "continue", "label": "用户", "text": d["body"], "ts_ms": _ms(d["created_at"])})) for r in fu_rows: d = _followup_to_dict(r) merged.append((0, _ms(d["created_at"]), { "id": "followup-" + d["id"], "role": "user", "source": "followup", "label": "后续消息", "text": d["body"], "ts_ms": _ms(d["created_at"])})) last_trace_ms = _ms(task.get("created_at")) for e in entries: if not isinstance(e, dict): continue if str(e.get("id") or "").startswith("fu-"): # 直接发送的后续消息已在链路里留了一条回声 # （_append_direct_trace 写 kind=message）， # followups 表里同一条已作用户消息返回；这里 # 跳过回声，否则同一条消息会先以用户、再以 # 助手各出现一次。 continue msg = _chat_message_from_trace(e) ts = e.get("ts") if isinstance(ts, (int, float)): last_trace_ms = int(ts) sort_ms = int(ts) else: sort_ms = last_trace_ms msg["ts_ms"] = int(ts) if isinstance(ts, (int, float)) else None merged.append((1, sort_ms, msg)) # 排序键：(时间, 用户优先, 原顺序)。merged 里用户项的 # 第一元组是 0、链路项是 1；Python 排序稳定，同一 # (时间, 优先级) 内保持插入顺序。 merged.sort(key=lambda item: ( item[1] if item[1] is not None else 0, item[0])) self._send_json(200, { "task_id": task_id, "status": task["status"], "messages": [m for _p, _t, m in merged], "continue_messages_stored": len(cont_rows), "legacy_continue_count": legacy, "trace_note": trace_note, }) def _create_peer_message(self, user_id, task_id): """任务间互发消息（API 发送方）：以 from_task_id 任务的名义 给目标任务发消息。投递语义与 worker 路径共用 deliver 层， 同样不中断目标任务：运行中/排队中排成后续消息，终态则 续跑复活。权限：调用方须对目标项目有 create_task、对 发送任务项目有 read（防冒名）；from_task_id 必填——用户 给任务发消息走 /followups，这里只做任务对任务。""" body, err = self._read_json() if err: self._send_json(400, {"error": err}) return target_row = self._fetch_task(task_id) if target_row is None: self._send_json(404, {"error": "task not found"}) return target = _task_to_dict(target_row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, target["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return from_task_id = body.get("from_task_id") if not from_task_id or not isinstance(from_task_id, str): self._send_json(400, {"error": "from_task_id required"}) return sender_row = self._fetch_task(from_task_id) if sender_row is None: self._send_json(404, {"error": "sender task not found"}) return sender = _task_to_dict(sender_row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, sender["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return if self._reject_if_over_quota_for_task(user_id, target): return text = body.get("body") if not text or not isinstance(text, str) or not text.strip(): self._send_json(400, {"error": "body required"}) return text = text.strip() if len(text) > 20000: self._send_json(400, {"error": "body too long"}) return mode = body.get("mode", "queued") if mode not in ("queued", "direct"): self._send_json(400, { "error": "mode must be queued or direct"}) return conn = self._db() try: _ensure_followups_table(conn) status, detail = _deliver_peer_message( conn, from_task_id, task_id, text, mode) finally: conn.close() if status == "rejected": self._send_json(409, {"error": detail}) return if status == "delivered" and mode == "direct": # 直接发送的链路可见性与用户后续消息同款：消息立即 # 进链路，但当前轮仍跑完才开下一轮，不中断。 self._append_direct_trace( target, detail, _peer_prefix(from_task_id) + text) with _auth_store(self.server.db_path) as store: store.audit(user_id, target["project_id"], "peer_message_sent", "%s -> %s (%s)" % (from_task_id, task_id, status)) self._send_json(201, { "from_task_id": from_task_id, "to_task_id": task_id, "mode": mode, "delivery": status, "followup_id": ( detail if status == "delivered" else None)}) def _list_peer_messages(self, user_id, task_id): """列出某任务发出的互发消息（收到的消息在 /followups 里， 带 sender_task_id）。只含排成后续消息的那部分；复活投递 的那部分没有 followup 行，查审计 peer_message_sent 与目标 任务的续跑轮次。权限与 followup 列表同款：项目 read。""" row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return conn = self._db() try: _ensure_followups_table(conn) rows = conn.execute( "SELECT * FROM task_followups WHERE sender_task_id = ?" " ORDER BY created_at, id", (task_id,), ).fetchall() finally: conn.close() self._send_json(200, { "messages": [_followup_to_dict(r) for r in rows]}) def _create_review(self, user_id, task_id): """发起评审：对某任务登记一条评审队列记录（status requested），不跑模型、不伪造 findings——执行方跑完 后经 /findings 写回。权限：项目 create_task；目标组合 非法时 400，表里不留脏行；记审计 review_requested。""" from cloud.review import build_review_target from cloud.review import create_review as _review_create body, err = self._read_json() if err: self._send_json(400, {"error": err}) return row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) err = self._check_project(user_id, task["project_id"], "create_task") if err: self._send_json(err[0], {"error": err[1]}) return target_type = body.get("target_type", "uncommittedChanges") branch = body.get("branch") sha = body.get("sha") instructions = body.get("instructions") for name, value in (("branch", branch), ("sha", sha), ("instructions", instructions)): if value is not None and not isinstance(value, str): self._send_json(400, {"error": "%s must be a string" % name}) return try: build_review_target(target_type, branch, sha, instructions) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return conn = self._db() try: record = _review_create( conn, task_id, task["project_id"], target_type, user_id, branch=branch, sha=sha, instructions=instructions) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "review_requested", "%s -> %s" % (task_id, record["id"])) self._send_json(201, record) def _list_reviews(self, user_id, task_id): """评审队列查看：列出某任务的全部评审记录（含 findings， 未写回的 findings 为 null，如实展示不编造）。权限： 项目 read。""" from cloud.review import list_reviews as _review_list row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) err = self._check_project(user_id, task["project_id"], "read") if err: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: reviews = _review_list(conn, task_id) finally: conn.close() self._send_json(200, {"reviews": reviews}) def _update_review_findings(self, user_id, task_id, review_id): """评审结果写回：执行方把 findings 记到指定记录上。 不传 status 时 findings 写回默认落 completed；显式传 failed 可标失败。权限：项目 create_task；记录不属于 该任务时 404；记审计 review_findings_updated。""" from cloud.review import get_review as _review_get from cloud.review import update_review as _review_update body, err = self._read_json() if err: self._send_json(400, {"error": err}) return row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) err = self._check_project(user_id, task["project_id"], "create_task") if err: self._send_json(err[0], {"error": err[1]}) return findings = body.get("findings") status = body.get("status") if findings is None and status is None: self._send_json(400, { "error": "findings or status required"}) return if findings is not None and not isinstance(findings, str): self._send_json(400, {"error": "findings must be a string"}) return conn = self._db() try: record = _review_get(conn, review_id) if record is None or record["task_id"] != task_id: self._send_json(404, {"error": "review not found"}) return try: updated = _review_update(conn, review_id, status=status, findings=findings) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "review_findings_updated", "%s -> %s" % (task_id, review_id)) self._send_json(200, updated) # -- 任务线程操作（经 host.py CLI 透传）---------------------------- # 本批限制（P2 切片 C 接线时如实保留，见 cherry-pick 说明）： # Docker/异机任务线程操作一律 409（见 _thread_task_guard）； # 改操作仅 completed/failed/interrupted，merged/merge-failed # 409（见 THREAD_MUTATION_STATUSES，控制台门控与此一致）； # turn/steer 与 review/start 不在本批（review 端点是 P1 已有 # 功能，不由本批新增或改动）。 def _thread_task(self, user_id, task_id, action): """取任务并验项目权限：返回 (task, None)，或 (None, err)， err 为 (status, msg)，调用方直接 _send_json。任务不存在 404 在先（与 peer 消息同款顺序），权限不足 403。""" row = self._fetch_task(task_id) if row is None: return None, (404, "task not found") task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], action): return None, (403, "forbidden") return task, None def _thread_task_guard(self, task): """线程操作的执行器门：只做 local 执行器任务。Docker 任务的 thread 在容器内、cloud 任务的 thread 不在本机， 本机租户 codex-home 里没有，查了也是错指，一律 409 明说，不回空结果假装无 thread。executor 为空（建任务 时未指定）时放行：老任务多为 NULL 且实际由 local worker 认领，卡死它们等于端点对老任务不可用；若实际 是 Docker 跑的，thread/list 会返回零个而得 404。 worktree 在别机时同样 409（与链路的跨机诚实降级同款， 但改操作绝不能在错的主机 home 上执行，所以不用 200 空结果）。返回 None 表示通过，否则为 (status, msg)。""" executor = task.get("executor") if executor == "docker": return (409, "thread ops are local-executor only;" " docker task threads live inside the container") if executor == "cloud": return (409, "thread ops are local-executor only;" " cloud task threads are not on this host") worktree_host = task.get("worktree_host") if worktree_host and worktree_host != socket.gethostname(): return (409, "task worktree is on host %s;" " thread ops must run there" % worktree_host) return None def _list_task_threads(self, task, archived=False): """对任务调 thread-list：返回 (threads, codex_home, cwd, err, provider)，err 为 (status, msg) 或 None。cwd 过滤 用任务 worktree（见 _thread_worktree_for_task）。 archived 为真时传 --archived，只列已归档 thread （unarchive 解析专用；不传时只列非归档）。 候选按序穷尽，首个非空即停（thread 操作不是热路径， 多次 CLI 调用可接受）： - home：租户 home（见 _tenant_codex_home）优先，本地 worker 共享 home（见 _local_worker_codex_home）兜底 ——本地派发至今仍用共享 home，旧 thread 全在那里， 只查租户 home 永远解析不到； - provider：缺省（配置 provider）优先，sub2api 次之 ——app-server 按进程 provider 过滤列表，不带注入时 sub2api 下建的 thread 在列表里不存在；未配 SUB2API_BASE_URL 时跳过次选（host.py 会 loud fail， 不能把配置缺失变成 502）。 任一候选成功返回空列表时不再继续（空就是空）；全部 候选都报错（host.py 本身不可用）时回首个错误 502。""" codex_home = _tenant_codex_home(self.server, task["project_id"]) if codex_home is None: return None, None, None, ( 502, "cannot resolve tenant codex-home"), None cwd = _thread_worktree_for_task(self.server, task) homes = [codex_home] shared = _local_worker_codex_home() if shared and shared != codex_home: homes.append(shared) providers = [None] if os.environ.get("SUB2API_BASE_URL", "").strip(): providers.append("sub2api") first_error = None any_success = False list_argv = ["thread-list", "--cwd", cwd] if archived: list_argv.append("--archived") for home in homes: for provider in providers: ok, result = _run_host_cli( list_argv, home, model_provider=provider) if not ok: if first_error is None: first_error = result continue threads = _extract_thread_list(result) if threads is None: if first_error is None: first_error = ("host.py thread-list output has" " no thread list") continue any_success = True if threads: return threads, home, cwd, None, provider if not any_success and first_error is not None: return None, None, None, (502, first_error), None return [], codex_home, cwd, None, None def _resolve_task_thread(self, task, archived=False): """单线程端点的解析：thread-list 后按 _pick_latest_thread 取最新一个非 archived（archived 为真时取最新一个已归档， unarchive 专用——不传时只列非归档，刚归档的 thread 永远解析不到，unarchive 也就永远 404）。返回 (thread, codex_home, cwd, err, provider)；零个 thread 时 err 为 (404, "thread not found")。provider 必须原样带给后续的 thread-read / rename / archive CLI——同一 thread 在另一 provider 进程里同样看不到，丢了它改操作会 502。""" threads, codex_home, cwd, err, provider = \ self._list_task_threads(task, archived=archived) if err is not None: return None, None, None, err, None thread = _pick_latest_thread(threads, include_archived=archived) if thread is None: return None, None, None, (404, "thread not found"), None return thread, codex_home, cwd, None, provider def _task_threads(self, user_id, task_id): """GET /tasks/{id}/threads：thread/list 原样返回列表。 读权限用项目 read；零个 thread 时返回空列表（原样）， 不像单线程端点那样 404——列表端点没有“解析不到”的 概念，空就是空。""" task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return guard = self._thread_task_guard(task) if guard is not None: self._send_json(guard[0], {"error": guard[1]}) return threads, _home, cwd, err, _provider = self._list_task_threads(task) if err is not None: self._send_json(err[0], {"error": err[1]}) return self._send_json(200, {"task_id": task_id, "cwd": cwd, "threads": threads}) def _task_thread(self, user_id, task_id, query): """GET /tasks/{id}/thread：先 thread/list 解析出 thread， 再 thread/read。默认只要元数据（includeTurns 不传）； ?include_turns=1 时才传 includeTurns。读操作不限制 任务状态；执行错误原样透传为 502。""" task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return guard = self._thread_task_guard(task) if guard is not None: self._send_json(guard[0], {"error": guard[1]}) return thread, codex_home, cwd, err, provider = \ self._resolve_task_thread(task) if err is not None: self._send_json(err[0], {"error": err[1]}) return argv = ["thread-read", "--thread-id", thread["id"]] include_turns = (query.get("include_turns") or ["0"])[0] if include_turns == "1": argv.append("--include-turns") ok, result = _run_host_cli(argv, codex_home, model_provider=provider) if not ok: self._send_json(502, {"error": result}) return full = _extract_thread(result) if full is None: self._send_json(502, { "error": "host.py thread-read output has no thread"}) return self._send_json(200, {"task_id": task_id, "cwd": cwd, "thread_id": thread["id"], "thread": full}) def _task_thread_mutate(self, user_id, task_id, argv, audit_action, audit_detail, timeout=60, resolve_archived=False): """线程改操作的公共流程：权限用项目 create_task；只允许 终态任务（completed/failed/interrupted），running/queued 一律 409；解析 thread 后调对应 CLI，成功记审计。 resolve_archived 只供 unarchive：已归档 thread 只能在 --archived 列表里找到，走普通解析永远 404。""" task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return guard = self._thread_task_guard(task) if guard is not None: self._send_json(guard[0], {"error": guard[1]}) return if task["status"] not in THREAD_MUTATION_STATUSES: self._send_json(409, { "error": "thread ops require a terminal task", "status": task["status"]}) return thread, codex_home, _cwd, err, provider = \ self._resolve_task_thread(task, archived=resolve_archived) if err is not None: self._send_json(err[0], {"error": err[1]}) return ok, result = _run_host_cli( list(argv) + ["--thread-id", thread["id"]], codex_home, timeout=timeout, model_provider=provider) if not ok: self._send_json(502, {"error": result}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], audit_action, audit_detail % thread["id"]) self._send_json(200, {"task_id": task_id, "thread_id": thread["id"], "result": result}) def _task_thread_rename(self, user_id, task_id): """POST /tasks/{id}/thread/rename {name}：thread/name/set。 name 必填、非空、200 字内；记 thread_renamed 审计。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return name = body.get("name") if not name or not isinstance(name, str) or not name.strip(): self._send_json(400, {"error": "name required"}) return name = name.strip() if len(name) > 200: self._send_json(400, {"error": "name too long"}) return self._task_thread_mutate( user_id, task_id, ["thread-rename", "--name", name], "thread_renamed", "%s renamed to " + name) def _task_thread_archive(self, user_id, task_id): """POST /tasks/{id}/thread/archive：thread/archive。 记 thread_archived 审计。""" self._task_thread_mutate(user_id, task_id, ["thread-archive"], "thread_archived", "%s archived") def _task_thread_unarchive(self, user_id, task_id): """POST /tasks/{id}/thread/unarchive：thread/unarchive。 记 thread_unarchived 审计。注意：必须走已归档解析 （resolve_archived）——刚归档的 thread 只在 --archived 列表里，普通解析永远 404，unarchive 也就 永远跑不通；这是 #103 时代的逻辑 bug，本批修。""" self._task_thread_mutate(user_id, task_id, ["thread-unarchive"], "thread_unarchived", "%s unarchived", resolve_archived=True) def _task_thread_compact(self, user_id, task_id): """POST /tasks/{id}/thread/compact：thread/compact/start。 压缩可能耗时，CLI 超时放宽到 120 秒；记 thread_compacted 审计。注意：这是线程压缩，不是开新回合，不跑模型 轮次之外的 turn（压缩本身由 app-server 内部完成）。""" self._task_thread_mutate(user_id, task_id, ["thread-compact"], "thread_compacted", "%s compacted", timeout=120) # -- 项目 skills / apps / MCP（经 host.py CLI 透传）-------------- # codex-home 按项目分租户目录，所以这批端点是项目 scope： # 读用项目 read，改用项目 manage_project（owner）。 def _project_host_home(self, project_id): """项目端点的租户 home 与工作目录：返回 (codex_home, work_dir)，任一解析不出时返回 (None, None)。注意：这里 反映的是宿主租户 home，容器内 home 可能不同，skills/MCP 面看到的是宿主侧视图，不代表容器内视图。""" codex_home = _tenant_codex_home(self.server, project_id) work_dir = _tenant_work_dir(self.server, project_id) if codex_home is None or work_dir is None: return None, None return codex_home, work_dir def _skills_list(self, project_id): """GET /projects/{id}/skills：skills/list 原样返回。""" codex_home, work_dir = self._project_host_home(project_id) if codex_home is None: self._send_json(502, { "error": "cannot resolve tenant codex-home"}) return ok, result = _run_host_cli(["skills-list", "--cwd", work_dir], codex_home) if not ok: self._send_json(502, {"error": result}) return skills = _extract_result_list(result, ("data", "skills")) if skills is None: self._send_json(502, { "error": "host.py skills-list output has no list"}) return self._send_json(200, {"project_id": project_id, "skills": skills}) def _apps_list(self, project_id): """GET /projects/{id}/apps：app/list 原样返回（schema 里 是 AppsListParams/AppsListResponse；项目 scope 下不带 threadId，不做按线程的特性门控）。""" codex_home, _work = self._project_host_home(project_id) if codex_home is None: self._send_json(502, { "error": "cannot resolve tenant codex-home"}) return ok, result = _run_host_cli(["apps-list"], codex_home) if not ok: self._send_json(502, {"error": result}) return apps = _extract_result_list(result, ("data", "apps")) if apps is None: self._send_json(502, { "error": "host.py apps-list output has no list"}) return body = {"project_id": project_id, "apps": apps} cursor = result.get("nextCursor") if cursor is not None: body["nextCursor"] = cursor self._send_json(200, body) def _mcp_servers_list(self, project_id): """GET /projects/{id}/mcp-servers：mcpServerStatus/list 原样返回（schema 里是 ListMcpServerStatusParams/ Response；不带 threadId，走配置发现）。""" codex_home, _work = self._project_host_home(project_id) if codex_home is None: self._send_json(502, { "error": "cannot resolve tenant codex-home"}) return ok, result = _run_host_cli(["mcp-servers-list"], codex_home) if not ok: self._send_json(502, {"error": result}) return servers = _extract_result_list(result, ("data", "servers")) if servers is None: self._send_json(502, { "error": "host.py mcp-servers-list output has no list"}) return body = {"project_id": project_id, "servers": servers} cursor = result.get("nextCursor") if cursor is not None: body["nextCursor"] = cursor self._send_json(200, body) def _mcp_servers_reload(self, user_id, project_id): """POST /projects/{id}/mcp-servers/reload：config/mcpServer/ reload。核对结论：该方法在协议 schema 里真实存在—— v1 与 v2 的 ClientRequest 方法枚举里都有它，params 为 null，没有专用的响应定义（结果通常为空），所以 正常调、结果原样透传；只有 CLI 本身报错时才 502， 绝不伪造“不支持”也不伪造成功。记审计。""" codex_home, _work = self._project_host_home(project_id) if codex_home is None: self._send_json(502, { "error": "cannot resolve tenant codex-home"}) return ok, result = _run_host_cli(["mcp-servers-reload"], codex_home) if not ok: self._send_json(502, {"error": result}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "mcp_servers_reloaded", "mcp servers reloaded") self._send_json(200, {"project_id": project_id, "reloaded": True, "result": result}) def _mcp_server_oauth_login(self, user_id, project_id, name): """POST /projects/{id}/mcp-servers/{name}/oauth-login： mcpServer/oauth/login。协议返回（McpServerOauthLoginResponse： authorizationUrl 必填、loginId 可空）原样透传给调用方， 浏览器里完成登录的 URL/步骤由调用方展示。完成态轮询 不做：协议里完成信号是 McpServerOauthLoginCompletedNotification （服务端通知，不是请求/响应轮询），本端点只做到“发起 登录并返回授权 URL”这一步，绝不假装登录已完成。 记审计时只记服务器名与 loginId，不记授权 URL。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return argv = ["mcp-server-oauth-login", "--server-name", name] scopes = body.get("scopes") if scopes is not None: if not isinstance(scopes, list) or any( not isinstance(s, str) for s in scopes): self._send_json(400, { "error": "scopes must be a list of strings"}) return if scopes: argv += ["--scopes", ",".join(scopes)] timeout_secs = body.get("timeoutSecs") if timeout_secs is not None: if not isinstance(timeout_secs, int) or timeout_secs <= 0: self._send_json(400, { "error": "timeoutSecs must be a positive integer"}) return argv += ["--timeout-secs", str(timeout_secs)] codex_home, _work = self._project_host_home(project_id) if codex_home is None: self._send_json(502, { "error": "cannot resolve tenant codex-home"}) return ok, result = _run_host_cli(argv, codex_home, timeout=120) if not ok: self._send_json(502, {"error": result}) return if not isinstance(result.get("authorizationUrl"), str): self._send_json(502, { "error": "host.py oauth-login output has no" " authorizationUrl"}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "mcp_server_oauth_login_started", "%s loginId=%s" % ( name, result.get("loginId") or "")) response = dict(result) response["project_id"] = project_id response["server_name"] = name self._send_json(200, response) # -- 线程等待与移交操作（对照 codex app 8 项） ----------------- def _task_thread_read(self, user_id, task_id): """GET /tasks/{id}/thread/read（read_thread）：合成摘要， 不是 /thread 的原样转发。任务状态、结果、心跳来自任务行； 进度来自链路快照（条目数 + 最后一条）；thread 元数据 尽力取（guard 挡住的 Docker / cloud / 异机任务、以及 thread-read 失败时，thread 回 null + note，仍回 200—— 摘要不能因为 thread 读不到就把任务状态也藏起来，这 正是它与 /thread（409 / 502）的区别）。 详情来自链路条目本身：kind=file 是改动文件、 kind=exec 是执行命令（含退出码）、kind=message / plan / reasoning 是最近动态；测试结果在链路里没有 单独记录（test_results 回 null + note，不编造“测试 通过”——测试通常就是命令，见 commands 的 exitCode 与 recent_activity 的 agent 消息）。阻塞判断来自 待审批（decision）与待处理后续消息（processing）， 再加上“终态且可复活”时的 needs_instruction。读权限 read；审批扫荡（过期变 expired）与 /approvals 列表 同款，读摘要时一并做。""" task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return entries, trace_note = self._trace_snapshot(task) last = entries[-1] if entries else None last_text = "" if isinstance(last, dict): last_text = str(last.get("text") or last.get("message") or "")[:500] now = time.time() heartbeat_age = None if task.get("last_heartbeat"): heartbeat_age = now - task["last_heartbeat"] thread = None thread_id = None note = trace_note guard = self._thread_task_guard(task) if guard is not None: note = guard[1] else: resolved, _home, _cwd, rerr, provider = \ self._resolve_task_thread(task) if rerr is not None: note = rerr[1] else: thread_id = resolved.get("id") ok, result = _run_host_cli( ["thread-read", "--thread-id", thread_id], _home, model_provider=provider) if not ok: note = result else: full = _extract_thread(result) if full is None: note = ("host.py thread-read output has" " no thread") else: thread = full # 改动文件 / 命令 / 最近动态：只取链路里已有的事实， # 去重与截断在服务端做，不回整条链路原文。 changed = {} for entry in entries: if isinstance(entry, dict) and entry.get("kind") == "file" \ and entry.get("path"): changed[entry["path"]] = { "path": entry["path"], "change": entry.get("change") or "", "status": entry.get("status") or ""} changed_files = list(changed.values())[-50:] commands = [{ "command": (e.get("command") or "")[:500], "exit_code": e.get("exitCode"), "duration_ms": e.get("durationMs"), } for e in entries if isinstance(e, dict) and e.get("kind") == "exec"][-20:] def _activity(entry): if not isinstance(entry, dict): return {"kind": "unknown"} if entry.get("kind") == "tool": # tool 条目没有 text/command，旧代码只取 tool 名， # 丢了 server 与 status；拼成可读的一行。 text = "%s/%s: %s" % ( entry.get("server") or "", entry.get("tool") or "", entry.get("status") or "") else: text = (entry.get("text") or entry.get("command") or entry.get("path") or entry.get("summary") or entry.get("tool") or "") return {"kind": entry.get("kind"), "id": entry.get("id"), "text": str(text)[:300]} recent_activity = [_activity(e) for e in entries[-10:]] # 待审批与待处理后续消息（阻塞与“需不需要人”的来源）。 conn = self._db() try: _appr_ensure(conn) _appr_expire(conn) pending_approvals = [ {"id": a["id"], "kind": a["kind"], "summary": (a["summary"] or "")[:300]} for a in _appr_list(conn, task_id=task_id, status="pending")] _peer_ensure_followups(conn) pending_followups = [{ "id": r[0], "mode": r[1], "body": (r[2] or "")[:200]} for r in conn.execute( "SELECT id, mode, body FROM task_followups" " WHERE task_id = ? AND status = 'pending'" " ORDER BY created_at, id", (task_id,)).fetchall()] finally: conn.close() worktree_host = task.get("worktree_host") remote = worktree_host and worktree_host != socket.gethostname() agents = [] if not remote: try: agents = [{ "id": a.get("id"), "kind": a.get("kind"), "status": a.get("status")} for a in _build_agent_chain( task, _trace_dirs_for_task(self.server, task))] except Exception: agents = [] state = {"queued": "waiting", "running": "running", "completed": "completed", "merged": "completed", "failed": "failed", "merge-failed": "failed", "interrupted": "interrupted"}.get( task["status"], "unknown") needs_instruction = task["status"] in ( "completed", "failed", "interrupted") \ and not task.get("resume_message") reasons = [] if pending_approvals: reasons.append("pending approvals need a decision") if pending_followups: reasons.append("pending followups need processing") if needs_instruction: reasons.append("terminal task can be continued" " with a new instruction") if task.get("error_text"): reasons.append("task has an error_text") self._send_json(200, { "task_id": task_id, "project_id": task["project_id"], "status": task["status"], "state": state, "thread_id": thread_id, "thread": thread, "progress": { "trace_entries": len(entries), "last_trace": ({"kind": last.get("kind"), "id": last.get("id"), "text": last_text} if isinstance(last, dict) else None), "heartbeat_age_seconds": heartbeat_age, "worktree_host": worktree_host, }, "result": { "text": task.get("result_text"), "error_text": task.get("error_text"), "source": ("result_text" if task.get("result_text") else None), }, "changed_files": changed_files, "commands": commands, "recent_activity": recent_activity, "agents": agents, "test_results": None, "test_results_note": ( "no separate test-result record in the trace;" " tests usually appear as commands (see exit_code)" " and agent messages (see recent_activity)"), "pending_approvals": pending_approvals, "pending_followups": pending_followups, "attention": { "blocked": bool(pending_approvals), "needs_decision": bool(pending_approvals), "needs_processing": bool(pending_followups), "needs_instruction": needs_instruction, "reasons": reasons, }, "note": note, }) def _task_thread_message(self, user_id, task_id): """POST /tasks/{id}/thread/message（send_message_to_thread）： 调用方以自己名义给另一会话的 thread 发后续指令。 授权模型：调用方须对目标项目有 create_task（项目写 权限）——“用户在对话里让我协调”本身不是 API 权限， API 只认 key + 项目权限，跨项目写一律 403，审计 thread_message_sent 留痕；这就是“向其他任务发消息 需要明确授权”在本系统的落地（当前会话的协调仍须 持写权限的 key，不能凭一句话越权）。 投递分两路：进行中任务复用 /followups 的队列 （queued / direct，direct 同样立即进链路、不中断 本轮）；终态任务（completed / failed / interrupted / merge-failed）用 resume_message 复活——与 /continue 同款 CAS（状态 + resume_message 为空才改行），并 清掉旧 result/error（新一轮的指令不应顶着旧结果， 这点与 /messages 的 peer 复活不同，后者不清旧结果）； 复活后 worker 认领即在同一 thread 上再跑一轮，这 正是“对失败任务发修复指令”的路径。merged 一律 409（worktree 已删，请分支）；goal 任务一律 409 （goal 循环自有轮次，终态 goal 走 /continue）。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return if self._reject_if_over_quota_for_task(user_id, task): return text = body.get("body") if not text or not isinstance(text, str) or not text.strip(): self._send_json(400, {"error": "body required"}) return text = text.strip() if len(text) > 20000: self._send_json(400, {"error": "body too long"}) return mode = body.get("mode", "queued") if mode not in ("queued", "direct"): self._send_json(400, {"error": "mode must be queued or direct"}) return code, payload = self._deliver_to_thread( user_id, task, text, mode) self._send_json(code, payload) def _deliver_to_thread(self, user_id, task, text, mode, audit_action="thread_message_sent"): """给线程投递后续指令的共用实现（thread/message 与 自动化 heartbeat 共用同一路，不各写一套复活逻辑）： goal 任务 409、merged 409、终态任务 CAS 复活（清旧 结果/旧错误）、进行中任务写 followup（direct 再追加 直接 trace）。返回 (http_code, payload)，不直接 _send_json；配额检查由调用方在调本方法前做。""" task_id = task["id"] if task.get("verify_command") or task.get("goal_mode"): return 409, {"error": "goal 任务暂不支持后续消息"} if task["status"] == "merged": return 409, { "error": "已合并任务不能继续（worktree 已删），请分支", "status": task["status"]} if task["status"] in TERMINAL_STATUSES: # 复活路：与 /continue 同款终态集（merged 已在上 # 面排除），CAS 防“已有待续跑消息”时重复复活。 now = time.time() conn = self._db() try: cur = conn.execute( "UPDATE tasks SET status = 'queued'," " resume_message = ?, result_text = NULL," " error_text = NULL, actual_model = NULL," " updated_at = ? WHERE id = ? AND status IN" " ('completed', 'failed', 'interrupted'," " 'merge-failed') AND resume_message IS NULL", (text, now, task_id)) conn.commit() if cur.rowcount != 1: return 409, { "error": "target has a pending resume message" " or status changed", "status": task["status"]} finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], audit_action, "%s:revived" % task_id) return 201, { "task_id": task_id, "delivery": "revived", "followup_id": None, "status": "queued", "mode": mode} now = time.time() conn = self._db() try: _peer_ensure_followups(conn) fu_id = uuid.uuid4().hex conn.execute( "INSERT INTO task_followups(id, task_id, project_id," " body, mode, status, created_by, created_at," " updated_at) VALUES(?, ?, ?, ?, ?, 'pending', ?, ?, ?)", (fu_id, task_id, task["project_id"], text, mode, user_id, now, now)) conn.commit() fu = _followup_to_dict( conn.execute( "SELECT * FROM task_followups WHERE id = ?", (fu_id,)).fetchone()) finally: conn.close() if mode == "direct": self._append_direct_trace(task, fu_id, text) with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], audit_action, "%s:%s" % (task_id, fu_id)) return 201, dict(fu, delivery="queued" if mode == "queued" else "direct") def _task_handoff_create(self, user_id, task_id): """POST /tasks/{id}/handoff：登记一次移交意图 （get_handoff_status 的写侧）。target_host 必填； 同一任务已有未终态移交时 409（见 wait_ops）。 权限 create_task；记 handoff_created 审计。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: try: handoff = _handoff_create( conn, task_id, task["project_id"], body.get("target_host"), user_id, source_host=task.get("worktree_host") or socket.gethostname(), detail=body.get("detail") or "") except ValueError as exc: self._send_json(409 if "already has an open" in str(exc) else 400, {"error": str(exc)}) return finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "handoff_created", "%s -> %s" % (task_id, handoff["id"])) self._send_json(201, handoff) def _task_handoff_get(self, user_id, task_id): """GET /tasks/{id}/handoff（get_handoff_status）：轮询 最新移交。无移交记录时 handoff 回 null，同时回任务 当前状态与当前主机——轮询方据此判断“还没交”还是 “已交但对方未回报”。读权限 read。""" task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: handoff = _handoff_latest(conn, task_id) finally: conn.close() current_host = task.get("worktree_host") or socket.gethostname() self._send_json(200, { "task_id": task_id, "task_status": task["status"], "current_host": current_host, "handoff": handoff, "arrived": bool( handoff is not None and current_host == handoff["target_host"]), "note": ("" if handoff is not None else "no handoff recorded for this task"), }) def _task_handoff_report(self, user_id, task_id, handoff_id): """POST /tasks/{id}/handoff/{hid}/report：对方主机 回报移交进度。body：status（必填）、progress（可选 0-100）、detail（可选）。跨项目移交一律 404（不 泄露存在性）；非法状态 / 进度 400；非法转移与终态 重报 409。权限 create_task（与任务心跳同款，回报 方持项目写权限）；记 handoff_reported 审计。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: existing = _handoff_get(conn, handoff_id) if existing is None or existing["project_id"] != \ task["project_id"] or existing["task_id"] != task_id: self._send_json(404, {"error": "handoff not found"}) return ok, result = _handoff_report( conn, handoff_id, body.get("status"), progress=body.get("progress"), detail=body.get("detail")) finally: conn.close() if not ok: if result == "handoff not found": self._send_json(404, {"error": result}) elif result.startswith("cannot move"): self._send_json(409, {"error": result}) else: self._send_json(400, {"error": result}) return if result.get("status") == "completed": # 移交完成即执行位置切换的落点：任务的 worktree_host # 改成目标主机，后续 /worktree、/pr/checks、线程解析 # 都按新主机判断；失败/进行中的上报不改主机。 conn = self._db() try: conn.execute( "UPDATE tasks SET worktree_host = ?," " updated_at = ? WHERE id = ?", (result.get("target_host"), time.time(), task_id)) conn.commit() finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "handoff_reported", "%s:%s" % (task_id, handoff_id)) self._send_json(200, result) def _worktree_summary(self, task): """worktree 摘要（bindings 与 /worktree 共用的读逻辑）： remote 时 exists/is_git/branch 一律 null（本机查不到， 不谎报）；本机时读目录 + .git + 分支（尽力，失败 null）。""" worktree_host = task.get("worktree_host") remote = worktree_host if ( worktree_host and worktree_host != socket.gethostname() ) else None path = _thread_worktree_for_task(self.server, task) exists = None is_git = None branch = None if remote is None: exists = os.path.isdir(path) is_git = os.path.exists(os.path.join(path, ".git")) \ if exists else False if exists and is_git: try: proc = subprocess.run( ["git", "-C", path, "branch", "--show-current"], capture_output=True, text=True, timeout=5) if proc.returncode == 0: branch = (proc.stdout or "").strip() or None except Exception: branch = None env_status = None if task.get("environment_id"): env_row = self._fetch_environment(task["environment_id"]) if env_row is not None: env_status = _environment_to_dict(env_row)["status"] status = _wait_worktree_status( task["status"], path, exists, is_git, environment_status=env_status, remote_host=remote) return dict(status, path=path, branch=branch, environment_id=task.get("environment_id"), remote_host=remote) def _task_bindings(self, user_id, task_id): """GET /tasks/{id}/bindings（任务与 Git 状态绑定 + 项目/主机上下文）：把散在任务行、项目行、环境行、 worktree、PR、附件、外部引用里的一行拼成一张总表， 供跨线程协调时一次取全。只读聚合，不产生新状态； 读权限 read。local/remote 按 worktree_host 与本机 主机名判定；default_executor 是全局缺省，任务行 的 executor 为空时才生效。""" task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: proj = conn.execute( "SELECT id, name, repo_url FROM projects WHERE id = ?", (task["project_id"],)).fetchone() atts = _attachments_map(conn, [task_id])[task_id] refs = _life_list_refs(conn, task_id) snaps = _life_list_snapshots(conn, task_id) finally: conn.close() env = None if task.get("environment_id"): env_row = self._fetch_environment(task["environment_id"]) if env_row is not None: env = _environment_to_dict(env_row) worktree = self._worktree_summary(task) self._send_json(200, { "task_id": task_id, "task_status": task["status"], "project": ({ "id": _row_get(proj, "id"), "name": _row_get(proj, "name"), "repo_url": _row_get(proj, "repo_url"), } if proj is not None else None), "environment": env, "host": { "worktree_host": task.get("worktree_host"), "local": worktree["remote_host"] is None, "current_host": socket.gethostname(), }, "worktree": worktree, "branch": worktree["branch"], "pull_request": ({ "url": task.get("pr_url"), "number": task.get("pr_number"), } if task.get("pr_number") else None), "executor": task.get("executor") or _default_executor(), "attachments": { "files": atts, "refs": refs, }, "worktree_snapshots": [{ "id": s["id"], "branch": s["branch"], "head_sha": s["head_sha"], "created_at": s["created_at"], "restored_at": s["restored_at"], } for s in snaps], "lineage": { "parent_task_id": task.get("parent_task_id"), "forked_from": task.get("forked_from"), "coordinator_part": task.get("coordinator_part"), }, }) def _task_refs_list(self, user_id, task_id): task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: refs = _life_list_refs(conn, task_id) finally: conn.close() self._send_json(200, {"task_id": task_id, "refs": refs}) def _task_refs_create(self, user_id, task_id): """POST /tasks/{id}/refs：记一条外部引用（生成的文档 / 构建结果 / 外部服务结果）。只记引用，不存内容、不 校验链接可达；kind 白名单见 lifecycle.REF_KINDS。 权限 create_task。""" task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return conn = self._db() try: try: ref = _life_add_ref( conn, task_id, task["project_id"], body.get("kind"), body.get("ref"), body.get("note"), user_id) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "task_ref_added", "%s:%s" % (task_id, ref["id"])) self._send_json(201, ref) def _task_refs_delete(self, user_id, task_id, ref_id): task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: ok = _life_delete_ref(conn, task_id, ref_id) finally: conn.close() if not ok: self._send_json(404, {"error": "ref not found"}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "task_ref_deleted", "%s:%s" % (task_id, ref_id)) self._send_json(200, {"task_id": task_id, "ref_id": ref_id, "deleted": True}) def _git_text(self, path, args, limit): """worktree 上尽力跑一条只读 git 命令；git 不在、 不是仓库、超时都回空串，不拖垮快照。""" try: proc = subprocess.run( ["git", "-C", path] + args, capture_output=True, text=True, timeout=10) if proc.returncode != 0: return "" return (proc.stdout or "")[:limit] except Exception: return "" def _task_worktree_archive(self, user_id, task_id): """POST /tasks/{id}/worktree/archive：给当前 worktree 拍一张快照（branch / head / status / diff / untracked 路径），行进 task_worktree_snapshots。快照不删目录、 不删分支——删目录是 merge/discard 的职责，归档只是 “先把证据存下来”。worktree 在别机时 409（本机 git 读不到对方目录）；目录不存在时 409（无可拍）。 权限 create_task；记 worktree_snapshot_created 审计。""" task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return summary = self._worktree_summary(task) if summary["remote_host"] is not None: self._send_json(409, { "error": "task worktree is on host %s;" " snapshot must run there" % summary["remote_host"], "worktree_host": summary["remote_host"]}) return path = summary["path"] if not summary["exists"]: self._send_json(409, { "error": "worktree directory does not exist", "path": path}) return status_text = self._git_text( path, ["status", "--porcelain"], 4000) \ if summary["is_git"] else "" diff_text = self._git_text( path, ["diff", "HEAD"], 20000) if summary["is_git"] else "" head_sha = None if summary["is_git"]: head_sha = self._git_text( path, ["rev-parse", "HEAD"], 100).strip() or None untracked = [line[3:] for line in status_text.splitlines() if line.startswith("?? ")] conn = self._db() try: snap = _life_snapshot( conn, task_id, task["project_id"], path, summary["branch"], head_sha, status_text, diff_text, untracked) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "worktree_snapshot_created", "%s:%s" % (task_id, snap["id"])) self._send_json(201, { "task_id": task_id, "snapshot_id": snap["id"], "branch": snap["branch"], "head_sha": snap["head_sha"], "untracked_count": len(snap["untracked"]), "status_lines": len( (snap["status_text"] or "").splitlines()), "note": ("snapshot only: untracked files are listed," " not copied; restore does not recreate a" " deleted directory"), }) def _task_worktree_snapshots(self, user_id, task_id): task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: snaps = _life_list_snapshots(conn, task_id) finally: conn.close() self._send_json(200, {"task_id": task_id, "snapshots": snaps}) def _task_worktree_restore(self, user_id, task_id): """POST /tasks/{id}/worktree/restore：解归档最新快照。 目录还在时只把快照标 restored（目录本身没动过，谈 不上“还原”）；目录已删时 409 并附快照（重建需要 仓库路径与分支检出，服务端没有，不编一个假恢复）。 权限 create_task。""" task, err = self._thread_task(user_id, task_id, "create_task") if err is not None: self._send_json(err[0], {"error": err[1]}) return conn = self._db() try: snap = _life_latest_snapshot(conn, task_id) finally: conn.close() if snap is None: self._send_json(409, {"error": "no snapshot to restore"}) return if not os.path.isdir(snap["worktree_path"]): self._send_json(409, { "error": "worktree directory is gone; snapshot" " cannot recreate it without the repo", "snapshot": snap}) return conn = self._db() try: snap = _life_mark_restored( conn, snap["id"], "worktree directory still present; snapshot" " unarchived only") finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "worktree_snapshot_restored", "%s:%s" % (task_id, snap["id"])) self._send_json(200, {"task_id": task_id, "snapshot": snap}) def _task_worktree_status(self, user_id, task_id): """GET /tasks/{id}/worktree（get_worktree_creation_status）： 派生状态，不是异步创建任务的轮询——云端 worktree 由 worker 认领后同步建，建的过程没有可查的 job 行。 worktree 在别机时 status=remote 且 exists=null（本机 查不到，不谎报不存在）；任务绑 environment 时一并回 environment_status（那才是真异步的创建过程）。读权限 read。""" task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return summary = self._worktree_summary(task) self._send_json(200, dict(summary, task_id=task_id)) def _task_pr_checks(self, user_id, task_id): """GET /tasks/{id}/pr/checks（read_pull_request_check_diagnostics）： 只读诊断，绝不重跑检查、不批准、不合并（与 /pr 的 建 PR、/merge 的合并门是三条线）。无 pr_number 时 409（还没建 PR，查无可查）；worktree 在别机时 409 （gh 必须在 worktree 所在主机跑，与 /pr 的队列路 不同——诊断是只读拉取，不排队等对方 worker 顺带跑， 避免“查一次 CI 就排一个 PR 任务”的副作用）。 取数分两层：先 `gh pr checks --json`（workflow、 link、description 即“哪个 Action 失败”与失败摘要）， JSON 失败时回落制表符解析；有仓库 + head sha 且有 失败项时，再走 check-runs API 拿失败日志原文 （output.text，截 4000 字）与文件行号注释 （annotations：path / start_line / message，上限 20 条）。check-runs 一层失败时不 502 整单—— checks 本身已够回答“哪个检查失败”，日志是加分项， 此时 check_runs 回 available=False + note。读权限 read。""" task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return if not task.get("pr_number"): self._send_json(409, { "error": "task has no pull request yet", "pr_number": None}) return worktree_host = task.get("worktree_host") if worktree_host and worktree_host != socket.gethostname(): self._send_json(409, { "error": "task worktree is on host %s;" " pr checks must run there" % worktree_host, "worktree_host": worktree_host}) return from cloud.pr import _run as _pr_run from cloud.pr import parse_git_remote_owner_repo as _parse_repo worktree_path = _thread_worktree_for_task(self.server, task) runner = getattr(self.server, "pr_gh_runner", None) def _run(cmd): result = _pr_run(cmd, cwd=worktree_path, runner=runner) return result.returncode, result.stdout or "", \ result.stderr or "" owner_repo = None conn = self._db() try: row = conn.execute( "SELECT repo_url FROM projects WHERE id = ?", (task["project_id"],)).fetchone() repo_url = row[0] if row is not None else None finally: conn.close() if repo_url: parsed = _parse_repo(repo_url) if parsed is not None: owner_repo = "%s/%s" % (parsed[0], parsed[1]) head_sha = None if owner_repo: rc, out, _e = _run(["gh", "pr", "view", str(task["pr_number"]), "--json", "headRefOid", "--jq", ".headRefOid"]) head_sha = (out or "").strip() or None if not head_sha: rc, out, _e = _run(["git", "-C", worktree_path, "rev-parse", "HEAD"]) head_sha = (out or "").strip() or None try: diag = _wait_build_diag(_run, task["pr_number"], owner_repo=owner_repo, head_sha=head_sha) except RuntimeError as exc: self._send_json(502, {"error": str(exc)[:500]}) return pending = [c["name"] for c in diag["checks"] if c["state"] == "pending"] self._send_json(200, { "task_id": task_id, "pr_url": task.get("pr_url"), "pr_number": task["pr_number"], "head_sha": head_sha, "checks": diag["checks"], "all_pass": diag["all_pass"], "failed": diag["failed"], "pending": pending, "diagnostics": diag["diagnostics"], "check_runs": diag["check_runs"], }) def _task_sleep(self, user_id, task_id): """POST /tasks/{id}/sleep（clock.sleep 的控制面形态）： 在服务端睡一段（默认 5 秒，上限 60 秒）再回任务快照， 供轮询客户端“等一会儿再继续”而不用自己计时。睡的 是调用方的等待，不是任务的执行——任务仍由 worker 跑，sleep 绝不暂停、加速或改动任务。读权限 read； seconds 非法时 400（不是静默钳制，调用方应知道 自己传错了）。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return seconds = body.get("seconds", 5) if isinstance(seconds, bool) or not isinstance( seconds, (int, float)): self._send_json(400, {"error": "seconds must be a number"}) return if seconds < 0 or seconds > 60: self._send_json(400, { "error": "seconds must be between 0 and 60"}) return slept, _interrupted = _wait_sleep(seconds) row = self._fetch_task(task_id) task = _task_to_dict(row) if row is not None else task self._send_json(200, { "task_id": task_id, "slept_seconds": slept, "status": task["status"], "result_text": task.get("result_text"), }) def _task_wait(self, user_id, task_id): """POST /tasks/{id}/wait（wait_threads）：等第一个 重要变化，不是等全部终态。一次最多 8 个线程（超限 400，调用方自己选子集）；body 可选 task_ids（缺省 时等该任务的全部 coordinator 子任务，超过 8 个同样 400）；timeout_seconds 缺省 30、上限 120；轮询间 隔 0.5 秒。 重要变化（见 wait_ops.detect_significant_change）： 终态（completed / failed / interrupted / merged / merge-failed）、待用户输入（kind=elicitation 的待 审批新增）、待审批（其它 kind 的待审批新增）、待 继续处理（待处理后续消息新增）。running / queued 流转与链路条目增加不算变化，不会把等待刷屏。 after_cursor：上一轮返回的游标；传了它，本轮只报 相对游标的新变化（已终态的线程不会再报一遍）； 非法游标 400（不静默当无游标）。不传游标时，已 处重要状态的线程立即返回（不用等一轮）。 超时回 timed_out=true + 当时进度 + 新游标，不是 错误——调用方拿新游标再等一轮，或先处理进度里 已终态 / 已阻塞的线程。返回里同时保留 children （= progress 的别名）与 all_terminal，方便“等 全部完成”的调用方直接判断。 权限：锚任务 read，且每个等待任务都要 read（跨 项目任务无 read 时 403，任务不存在时 404，不 泄露存在性以外的信息）；只读轮询，不改任何任务， 不创建任务、不发指令。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return task, err = self._thread_task(user_id, task_id, "read") if err is not None: self._send_json(err[0], {"error": err[1]}) return timeout = body.get("timeout_seconds", 30) if isinstance(timeout, bool) or not isinstance( timeout, (int, float)): self._send_json(400, {"error": "timeout_seconds must be a number"}) return if timeout < 0 or timeout > 120: self._send_json(400, { "error": "timeout_seconds must be between 0 and 120"}) return requested = body.get("task_ids") if requested is not None and ( not isinstance(requested, list) or any( not isinstance(x, str) for x in requested)): self._send_json(400, {"error": "task_ids must be a list"}) return if requested is not None and len(requested) == 0: self._send_json(400, {"error": "task_ids must not be empty"}) return if requested is not None and len(requested) > 8: self._send_json(400, { "error": "at most 8 threads per wait", "count": len(requested)}) return conn = self._db() try: if requested is None: rows = conn.execute( "SELECT id FROM tasks WHERE parent_task_id = ?", (task_id,)).fetchall() child_ids = [r[0] if not isinstance(r, dict) and not hasattr(r, "keys") else r["id"] for r in rows] else: child_ids = list(requested) finally: conn.close() if len(child_ids) > 8: self._send_json(400, { "error": "at most 8 threads per wait;" " this task has %d children, pass task_ids" " to select a subset" % len(child_ids), "count": len(child_ids)}) return # 每个等待任务先验存在与 read 权限（顺序即 task_ids # 顺序，第一个不合规的先报错，不静默跳过）。 for cid in child_ids: _t, terr = self._thread_task(user_id, cid, "read") if terr is not None: self._send_json(terr[0], {"error": terr[1]}) return baseline = None if body.get("after_cursor") is not None: try: baseline = _wait_decode_cursor(body["after_cursor"]) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return def _fetch_summaries(): conn = self._db() try: _appr_ensure(conn) _peer_ensure_followups(conn) out = {} for cid in child_ids: row = conn.execute( "SELECT * FROM tasks WHERE id = ?", (cid,)).fetchone() if row is None: # 验过存在后理论上不会走到这里；走到 # 时按“无状态”处理，不当成终态。 out[cid] = {"status": "not_found", "pending_approvals": 0, "pending_input": 0, "pending_followups": 0} continue status = _task_to_dict(row)["status"] appr_rows = conn.execute( "SELECT kind FROM task_approvals" " WHERE task_id = ? AND status = 'pending'", (cid,)).fetchall() kinds = [r[0] if not isinstance(r, dict) and not hasattr(r, "keys") else r["kind"] for r in appr_rows] followups = conn.execute( "SELECT COUNT(*) FROM task_followups" " WHERE task_id = ? AND status = 'pending'", (cid,)).fetchone()[0] out[cid] = { "status": status, "pending_approvals": sum( 1 for k in kinds if k != "elicitation"), "pending_input": sum( 1 for k in kinds if k == "elicitation"), "pending_followups": int(followups or 0), } return out finally: conn.close() changed, summaries, waited, timed_out = _wait_poll_first( _fetch_summaries, child_ids, baseline=baseline, timeout_seconds=timeout) progress = [] for cid in child_ids: summary = summaries.get(cid, {}) status = summary.get("status") progress.append({ "task_id": cid, "status": status, "terminal": status in TERMINAL_STATUSES, "pending_approvals": summary.get("pending_approvals", 0), "pending_input": summary.get("pending_input", 0), "pending_followups": summary.get("pending_followups", 0), "significant_now": _wait_significant_now(summary), }) self._send_json(200, { "task_id": task_id, "changed_task": changed, "progress": progress, "children": progress, "all_terminal": all( p["terminal"] for p in progress), "timed_out": timed_out, "waited_seconds": waited, "cursor": _wait_encode_cursor(summaries), }) def _fork_task(self, user_id, task_id): """会话分支：从已结束任务的 thread 分叉出新任务。 新任务继承源任务的 executor/模型/强度/权限/计划模式， 以及派生默认 child_model / child_effort（分支会话自己 再派生时仍用同一派生默认），不继承 goal（分支是普通 任务，首轮 prompt 就是这里传的 message）。worker 认领 后先调 host.py fork（分叉 thread 历史 + 拷 worktree 文件），再以 message 跑首轮。 只能从终态任务分支（进行中的 thread 正在变，分叉快照 不可信）；message 必填——分支没有首条消息就没有方向。 """ body, err = self._read_json() if err: self._send_json(400, {"error": err}) return row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return if self._reject_if_over_quota(user_id): return message = body.get("message") if not message or not isinstance(message, str) \ or not message.strip(): self._send_json(400, {"error": "message required"}) return message = message.strip() if len(message) > 20000: self._send_json(400, {"error": "message too long"}) return if task["status"] not in TERMINAL_STATUSES: self._send_json(409, { "error": "只能从已结束的任务分支", "status": task["status"], }) return now = time.time() new_id = uuid.uuid4().hex conn = self._db() try: conn.execute( "INSERT INTO tasks(id, project_id, prompt, status," " idempotency_key, depends_on, priority, created_by," " created_at, updated_at, last_heartbeat, executor," " goal, verify_command, goal_max_rounds," " model, effort, approval, plan, forked_from," " child_model, child_effort)" " VALUES(?, ?, ?, 'queued', NULL, '[]', ?, ?, ?, ?," " NULL, ?, NULL, NULL, ?, ?, ?, ?, ?, ?, ?, ?)", (new_id, task["project_id"], message, task["priority"], user_id, now, now, task["executor"] or _default_executor(), task["goal_max_rounds"] or 3, task["model"], task["effort"], task["approval"], task["plan"] or 0, task_id, task["child_model"], task["child_effort"]), ) # 分支带走附件清单（worktree 本身已含这些文件，分支 # 不再 seed；清单只作展示，bundle 删了也不影响分支）。 conn.execute( "INSERT INTO task_attachments" "(task_id, bundle_id, rel_path, size)" " SELECT ?, bundle_id, rel_path, size" " FROM task_attachments WHERE task_id = ?", (new_id, task_id), ) conn.commit() new_task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (new_id,) ).fetchone(), _attachments_map(conn, [new_id])[new_id], ) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "task_forked", "%s -> %s" % (task_id, new_id)) self._send_json(201, new_task) def _cancel_task(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return if task["status"] in TERMINAL_STATUSES: self._send_json(400, {"error": "task already terminal"}) return now = time.time() conn = self._db() try: # 用户取消 = 用户暂停：自动恢复绝不接它，人工 # /retry 或 /goal-resume 才能再跑（那两处会清标记）。 conn.execute( "UPDATE tasks SET status = 'interrupted'," " paused_by_user = 1, interrupted_reason = 'user_cancel'," " updated_at = ?" " WHERE id = ?", (now, task_id), ) conn.commit() task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() ) # 取消后 worker 不会再跑它：暂存包没人 seed 了，顺手删掉 # （任务终局后 worker 侧也会删，两边删同一目录都容忍 # 不存在；删失败不挡取消本身）。 try: brow = conn.execute( "SELECT bundle_id FROM task_attachments" " WHERE task_id = ? LIMIT 1", (task_id,), ).fetchone() if brow is not None: bundle_id = brow[0] shutil.rmtree( os.path.join( _upload_dir_for(self.server), bundle_id), ignore_errors=True) except Exception: pass finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "cancel_task", task_id) self._send_json(200, task) def _pause_task(self, user_id, task_id): """用户暂停：与 /cancel 同终态、不同语义标记。 只有用户暂停才暂停：本端点把任务标 interrupted 并置 paused_by_user=1、interrupted_reason='user_pause'，worker 自动恢复（auto_resume_interrupted）绝不接它；人工 /retry 或 /goal-resume 才能再跑（那两处会清标记）。 权限与 /cancel 同款（create_task），终态任务 400。 """ row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return if task["status"] in TERMINAL_STATUSES: self._send_json(400, {"error": "task already terminal"}) return now = time.time() conn = self._db() try: conn.execute( "UPDATE tasks SET status = 'interrupted'," " paused_by_user = 1, interrupted_reason = 'user_pause'," " updated_at = ? WHERE id = ?", (now, task_id), ) # P0 三件其三：时间线 pause 步骤（best-effort）。 try: _ensure_task_steps_table(conn) _max = conn.execute( "SELECT MAX(step_no) FROM task_steps" " WHERE task_id = ?", (task_id,)).fetchone() conn.execute( "INSERT INTO task_steps(id, task_id, step_no, kind," " summary, state_sha, created_at)" " VALUES(?, ?, ?, 'pause', '用户暂停', NULL, ?)", (uuid.uuid4().hex, task_id, ((_max[0] or 0) + 1 if _max and _max[0] else 1), now)) except Exception: pass conn.commit() task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() ) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "pause_task", task_id) self._send_json(200, task) def _merge_task(self, user_id, task_id): """把云端任务标记为已合并：只补状态，不执行合并本身。 本接口不做 git 合并。自动 PR 的正确顺序是：任务 completed -> 调本接口改状态 -> 调 POST /tasks/{id}/pr 推分支建 PR -> 再在 GitHub 上合 PR 或本地 host.py merge。 本地 host.py merge 成功后会删分支和 worktree，此后调 PR 会跳过 no_worktree，所以 PR 必须在本地 git merge 之前做，而不是之后。规则：任务必须存在（404）、调用方 必须是项目 maintainer 以上（approve_merge，403）、任务 必须是 completed（其它状态一律 409，含已 merged 的重复 调用，避免二次合并混淆）。成功后写审计 merge_task。 """ row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "approve_merge"): self._send_json(403, {"error": "forbidden"}) return if task["status"] != "completed": self._send_json(409, { "error": "only completed tasks can be marked merged", "status": task["status"], }) return now = time.time() conn = self._db() try: conn.execute( "UPDATE tasks SET status = 'merged', updated_at = ?" " WHERE id = ?", (now, task_id), ) conn.commit() task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() ) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "merge_task", task_id) self._send_json(200, task) # -- 运行时审批队列 ------------------------------------------------ def _list_approvals(self, user_id, task_id): """列出某任务的审批项（含已决定的，回执一并带出）。 权限：项目 read。列之前先扫荡过期：已到期的 pending 在这里变成 expired（effective decision 为 denied）， 列表里看到的就是最终态，不会把已过期项继续显示为 待审批。下游异常不拦：抛给 _dispatch_safe 回 500， 绝不回一条伪造的空列表或成功。""" row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, task["project_id"], "read"): self._send_json(403, {"error": "forbidden"}) return conn = self._db() try: _appr_ensure(conn) _appr_expire(conn) items = _appr_list(conn, task_id=task_id) finally: conn.close() self._send_json(200, {"approvals": items}) def _create_approval(self, user_id, task_id): """给某任务建一条待审批项（系统入口：未来 host hook 与 手动补录都走这里，实时 elicitation 本片未接，见 approvals 模块 docstring 的诚实边界）。 权限：项目 create_task（建审批项是写动作，与后续消息 同级）。kind 缺省 elicitation；summary 必填； timeout_seconds 只接受 60 到 86400 秒整数，缺省 3600， 超出范围回 400。成功记审计 approval_created。""" row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return body, err = self._read_json() if err: self._send_json(400, {"error": err}) return kind = body.get("kind", "elicitation") summary = body.get("summary") detail = body.get("detail") if detail is not None and not isinstance( detail, (dict, list, str)): self._send_json(400, {"error": "detail must be an object"}) return timeout = body.get("timeout_seconds", 3600) if not isinstance(timeout, int) or isinstance(timeout, bool) \ or timeout < 60 or timeout > 86400: self._send_json( 400, {"error": "timeout_seconds must be 60..86400"}) return conn = self._db() try: try: item = _appr_create( conn, task_id, task["project_id"], kind=kind, summary=summary, detail=detail, requested_by=body.get("requested_by"), timeout_seconds=timeout) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "approval_created", "%s %s" % (item["id"], item["kind"])) self._send_json(201, {"approval": item}) def _decide_approval(self, user_id, prefix, decision): """批准或拒绝一条审批项：prefix 形如 /approvals/（路由从 /approve 或 /deny 后缀剥出来的剩余部分）。 权限：项目 create_task（决定是写动作）。审批项不属于 该任务时回 404，不跨任务决定。已终态（批准、拒绝或 过期）时回 409 并带回执，原决定绝不被覆盖。成功记 审计 approval_decided，回执里有 decided_by 与 decided_at。""" parts = prefix.split("/approvals/") if len(parts) != 2 or not parts[0] or not parts[1]: self._send_json(404, {"error": "not found"}) return task_id, approval_id = parts row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission(user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return conn = self._db() try: _appr_ensure(conn) _appr_expire(conn) existing = _appr_get(conn, approval_id) if existing is None or existing["task_id"] != task_id: self._send_json(404, {"error": "approval not found"}) return status, item = _appr_decide( conn, approval_id, decision, user_id) finally: conn.close() if status == "already_decided": self._send_json(409, {"error": "already decided", "approval": item}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "approval_decided", "%s %s by %s" % (approval_id, decision, user_id)) self._send_json(200, {"approval": item}) def _continue_task(self, user_id, task_id): """旧任务接回来继续会话：终端任务（completed/failed/ interrupted/merge-failed）带一条新消息 + 全部选项重排队， worker 认领后在同一会话线程上再跑一轮（不是新任务、不 是分支）。新消息存在 resume_message 列，worker 跑完清掉； 原 prompt 不动，详情里仍显示原 prompt。 规则：任务必须存在（404）、调用方须有 create_task 权限 （与后续消息同级：这本质上是“给旧会话发消息”）、任务 必须是终端且非 merged（queued/running 请用后续消息， merged 的 worktree 已删、请分支，各 409）。选项与新建 任务同款校验：model（空串 = 跟随配置）、effort、approval、 plan、goal_mode，以及派生默认 child_model / child_effort （空串 = 清空）；不传的选项沿用任务原值。冲突与新建 一致：plan + approval=full、plan + goal_mode 各 400。 goal_mode=1 时同时把任务转成新 goal 语义（goal=新消息、 verify_command 清空、轮次 0），worker 走 goal-resume 在旧线程上开新目标循环；goal_mode 不传时 goal 任务沿用 原语义续跑。状态回 queued 时上一轮 result/error 清空 （与重试一致，否则排队中的任务还挂着旧结果）。 配额：全部校验通过后、写库之前按任务创建者查一次 （与重试同口径，费用记创建者名下）；超限回 402，不 改状态——以前是先回 200 排队、随后 worker 认领门把 任务悄悄标 interrupted 且不推送。后续消息创建不查 配额（排队不花钱），本接口不是 followup，不要混淆。 并发下用 CAS（WHERE status IN 终端四态），没改到行 说明状态已变，返回 409 而不是假装成功。写审计 task_continued。 """ row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return if self._reject_if_over_quota_for_task(user_id, task): return if task["status"] in ("queued", "running"): self._send_json(409, { "error": "进行中任务请用后续消息继续", "status": task["status"], }) return if task["status"] == "merged": self._send_json(409, { "error": "已合并任务不能继续（worktree 已删），请分支", "status": task["status"], }) return if task["status"] not in TERMINAL_STATUSES: self._send_json(409, { "error": "only terminal tasks can be continued", "status": task["status"], }) return body, err = self._read_json() if err: self._send_json(400, {"error": err}) return message = body.get("message") if not isinstance(message, str) or not message.strip(): self._send_json(400, {"error": "message 必填"}) return message = message.strip() if len(message) > 20000: self._send_json(400, {"error": "message too long"}) return model = body.get("model") if model is not None: if not isinstance(model, str): self._send_json(400, { "error": "model must be a string"}) return model = model.strip() or None effort = body.get("effort") if effort is not None and effort not in ( "low", "medium", "high", "xhigh", "max"): self._send_json(400, { "error": "effort must be low, medium, high, xhigh or max"}) return # 派生默认同款：child_model 空串 = 清空（跟随本任务 # model / effort），child_effort 空串 = 清空；不传沿用原值。 child_model = None child_model_present = "child_model" in body if child_model_present: if body.get("child_model") is not None \ and not isinstance(body.get("child_model"), str): self._send_json(400, { "error": "child_model must be a string"}) return raw_child_model = body.get("child_model") child_model = raw_child_model.strip() \ if isinstance(raw_child_model, str) else None if child_model == "": child_model = None child_effort = None child_effort_present = "child_effort" in body if child_effort_present: raw_child_effort = body.get("child_effort") if raw_child_effort is None or raw_child_effort == "": child_effort = None elif raw_child_effort not in ( "low", "medium", "high", "xhigh", "max"): self._send_json(400, { "error": "child_effort must be low, medium, high," " xhigh or max"}) return else: child_effort = raw_child_effort approval = body.get("approval") if approval is not None and approval not in ( "ask", "auto", "full"): self._send_json(400, { "error": "approval must be ask, auto or full"}) return plan = None if "plan" in body: plan = 1 if body["plan"] in (True, 1) else 0 goal_mode = None if "goal_mode" in body: goal_mode = 1 if body["goal_mode"] in (True, 1) else 0 plan_eff = plan if plan is not None else (task["plan"] or 0) goal_eff = goal_mode if goal_mode is not None \ else (task["goal_mode"] or 0) approval_eff = approval if approval is not None \ else task["approval"] if plan_eff and approval_eff == "full": self._send_json(400, { "error": "plan 模式与 approval=full 冲突（只读 vs 完全访问）"}) return if plan_eff and goal_eff: self._send_json(400, { "error": "plan 模式与 goal 模式冲突"}) return sets = ["status = 'queued'", "resume_message = ?", "result_text = NULL", "error_text = NULL", "actual_model = NULL", "updated_at = ?"] vals = [message, time.time()] if model is not None or "model" in body: sets.append("model = ?") vals.append(model) if effort is not None: sets.append("effort = ?") vals.append(effort) if child_model_present: sets.append("child_model = ?") vals.append(child_model) if child_effort_present: sets.append("child_effort = ?") vals.append(child_effort) if approval is not None: sets.append("approval = ?") vals.append(approval) if plan is not None: sets.append("plan = ?") vals.append(plan) if goal_mode is not None: sets.append("goal_mode = ?") vals.append(goal_mode) if goal_mode == 1: sets.append("goal = ?") vals.append(message) sets.append("verify_command = NULL") sets.append("goal_max_rounds = 0") vals.append(task_id) # 续跑也要花模型钱：校验全过后、写库之前按创建者查 # 配额，超限回 402 且不改状态（见本函数 docstring）。 if self._reject_if_over_quota( user_id, quota_user_id=task.get("created_by") or user_id): return conn = self._db() try: cur = conn.execute( "UPDATE tasks SET %s WHERE id = ? AND status IN" " ('completed', 'failed', 'interrupted', 'merge-failed')" % ", ".join(sets), tuple(vals), ) if cur.rowcount != 1: # 状态已变化：更新 0 行，同一事务里什么都不留—— # 尤其不能先把继续消息落盘再报 409，那会凭空多 # 一条从未被执行的“用户消息”。 conn.rollback() self._send_json(409, { "error": "任务状态已变化，请刷新后重试", "status": task["status"], }) return # 继续消息与状态改回 queued 同一事务：要么一起生效， # 要么一起不生效，绝不出现“任务已重排队、消息却丢了” # 的半截状态。created_at 用本请求的 updated_at 时间戳 # （vals[1]），与任务行的时间源一致，便于按时间交错 # 拼聊天历史。 _ensure_continue_messages_table(conn) conn.execute( "INSERT INTO task_continue_messages(id, task_id," " project_id, body, created_by, created_at)" " VALUES(?, ?, ?, ?, ?, ?)", (uuid.uuid4().hex, task_id, task["project_id"], message, user_id, vals[1]), ) conn.commit() new_row = conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "task_continued", task_id) self._send_json(200, _task_to_dict(new_row)) def _goal_resume_task(self, user_id, task_id): """G10：云端 goal 断点续跑——只接受 interrupted 的 goal 任务。 与 /continue 的区别（绝不能混）：/continue 是“给旧会话 发一条新消息”，goal 任务走 goal-resume --goal-text 在旧 线程上开一个新目标循环；本端点走 host.py goal-resume （无 --goal-text）的断点语义：从 host 任务的 goal_rounds_done 的下一轮接着跑同一循环，保留原线程 与 worktree，不新建任务、不重置轮次。 拒绝口径：任务不存在 404；调用方须有 approve_merge （同重试：断点续跑要再花模型钱）；状态非 interrupted 一律 409（goal-met/goal-unmet 已终局、failed 按旧规则 新建任务、running/queued 本来就在跑/等）；非 goal 任务 409。配额按任务创建者查（与重试/续跑同款），超限 402 且不改状态。成功后状态回 queued 并置 goal_resume_pending=1（worker 认领后清掉并按断点跑）， 上一轮 result/error/actual_model 清空，写审计 task_goal_resumed。CAS 更新，没改到行说明状态已变， 回 409 而不是假装成功。 """ row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "approve_merge"): self._send_json(403, {"error": "forbidden"}) return if self._reject_if_over_quota( user_id, quota_user_id=task.get("created_by") or user_id): return if task["status"] != "interrupted": self._send_json(409, { "error": "only interrupted goal tasks can goal-resume", "status": task["status"], }) return if not (task.get("goal_mode") or task.get("verify_command")): self._send_json(409, { "error": "not a goal task", "status": task["status"], }) return now = time.time() conn = self._db() try: migrate_tasks_table(conn) cur = conn.execute( "UPDATE tasks SET status = 'queued'," " goal_resume_pending = 1, result_text = NULL," " error_text = NULL, actual_model = NULL," " paused_by_user = 0, interrupted_reason = NULL," " updated_at = ?" " WHERE id = ? AND status = 'interrupted'", (now, task_id), ) conn.commit() if cur.rowcount != 1: self._send_json(409, { "error": "task status changed, goal-resume aborted", "status": task["status"], }) return task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() ) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "task_goal_resumed", task_id) self._send_json(200, task) def _retry_task(self, user_id, task_id): """把终态失败任务重新排队：只改状态，不直接执行。 规则：任务必须存在（404）、调用方必须是项目 maintainer 以上（approve_merge，403——重跑要再花模型钱，不能让 只有读权限或普通贡献者随便点）、任务必须是 failed / interrupted / merge-failed（其它状态一律 409：running 本来就在跑，queued 本来就在等，completed/merged 已有 结果，重跑应是新任务而不是覆盖结果）。 配额按双人门查（P0 安全批，见 _reject_if_over_quota_for_task）：触发人与原任务创建 人任一超限即拦。费用仍记在创建者名下，所以只查创建 者不够——触发人用自己的额度过门、费用记他人名下， 仍是绕限；只查触发人也不够——原创建者已超限时， 替他人重试仍会把费用记到已超限的账上。 成功后状态回 queued，上一轮的 result_text/error_text/ actual_model 清空（否则新一轮的结果会和旧结果混在一起 无法分辨）；prompt、模型、优先级、依赖原样保留，依赖 已完成时重跑任务会立刻就绪。写审计 task_retried。 更新用 CAS（WHERE status IN (...)），避免与正在完成的 回合互相覆盖：若 CAS 没改到行，说明状态已变，返回 409 而不是假装成功。 """ row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "approve_merge"): self._send_json(403, {"error": "forbidden"}) return if self._reject_if_over_quota_for_task(user_id, task): return if task["status"] not in ("failed", "interrupted", "merge-failed"): self._send_json(409, { "error": "only failed/interrupted tasks can be retried", "status": task["status"], }) return now = time.time() conn = self._db() try: cur = conn.execute( "UPDATE tasks SET status = 'queued', result_text = NULL," " error_text = NULL, actual_model = NULL," " paused_by_user = 0, interrupted_reason = NULL," " updated_at = ?" " WHERE id = ? AND status IN" " ('failed', 'interrupted', 'merge-failed')", (now, task_id), ) conn.commit() if cur.rowcount != 1: self._send_json(409, { "error": "task status changed, retry aborted", "status": task["status"], }) return task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() ) finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, task["project_id"], "task_retried", task_id) self._send_json(200, task) # -- 租户配额与计费 ---------------------------------------------- # 计费口径：只算 cost_records 里 usd_micros 非空的实际成本 # 行（estimated 行 usd 为 NULL，SUM 自动跳过，不算已花 # 的钱）；归属按任务创建者 created_by，不按项目——一个 # 用户在多个项目里花的钱都算进他自己的月度账单，项目维 # 度的拆分由 _project_cost 另行提供。窗口是 UTC 自然月， # 与 cost_records.day（UTC 日期）同口径。 def _quota_month(self): from datetime import datetime, timezone return datetime.now(timezone.utc).strftime("%Y-%m") def _quota_status(self, user_id): """返回 (quota_usd_micros|None, used_usd_micros, month)。 P0 安全批后：无配额行不再等于不限额——缺行时按默认 配额处理（与 _default_quota_usd_micros() 同值，只在 返回值里合成，不在这里写行；写行由 _apply_default_quota / _backfill_default_quotas 负责）。只有管理员显式把 行写成 NULL 时，quota 才为 None（不限额）。""" month = self._quota_month() conn = self._db() try: _ensure_quotas_table(conn) conn.commit() # cost_records 由 CostStore 懒建：全新库上它还不存在， # 直接 JOIN 会报 no such table——先实例化一次建表 # （与 _project_cost 同款做法），再跑配额查询。 _cost_store = CostStore(self.server.db_path) try: _cost_store._conn.close() except Exception: pass row = conn.execute( "SELECT quota_usd_micros FROM user_quotas" " WHERE user_id = ?", (user_id,)).fetchone() if row is None: quota = _default_quota_usd_micros() else: quota = row[0] used = conn.execute( "SELECT COALESCE(SUM(c.usd_micros), 0)" " FROM cost_records c JOIN tasks t ON c.task_id = t.id" " WHERE t.created_by = ? AND c.day LIKE ?", (user_id, month + "%")).fetchone()[0] return quota, int(used or 0), month finally: conn.close() def _quota_unpriced_tokens(self, user_id, month=None): """当月无价模型 token 数（usd_micros IS NULL 的成本行， input + output 之和；cached 已含在 input 里，不重复计）。 合并说明（#86 × #90）：两边曾各自定义过一次（#90 的 只要 user_id 且只计 source='actual'，#86 的要 month 且 计全部 usd IS NULL 行），自动合并后后一个覆盖前一个， 上报调用点会 TypeError。这里统一成一个方法，以 main （#86）的口径为准：计全部 usd IS NULL 行（含 estimated 行），上报与上限共用同一口径，不再留两套数字；month 缺省为当月，兼容两边的调用点。与 _quota_status 同款 CostStore 懒建表做法，全新库上 cost_records 不存在时 先建表再查。无配额行时调用方不应以此挡人（见 _check_unpriced_token_cap）。 """ if month is None: month = self._quota_month() conn = self._db() try: _cost_store = CostStore(self.server.db_path) try: _cost_store._conn.close() except Exception: pass row = conn.execute( "SELECT COALESCE(SUM(c.input_tokens + c.output_tokens), 0)" " FROM cost_records c JOIN tasks t ON c.task_id = t.id" " WHERE t.created_by = ? AND c.day LIKE ?" " AND c.usd_micros IS NULL", (user_id, month + "%")).fetchone() return int(row[0] if row is not None else 0) finally: conn.close() def _quota_payload(self, user_id, quota, used, month, unpriced_actual_tokens=None): payload = {"user_id": user_id, "month": month, "quota_usd_micros": quota, "used_usd_micros": used, "remaining_usd_micros": (quota - used) if quota is not None else None} if unpriced_actual_tokens is not None: payload["unpriced_actual_tokens"] = unpriced_actual_tokens return payload def _check_unpriced_token_cap(self, user_id): """无价 token 上限准入：超限返回 (cap, used, month)，否则 None。 P0 安全批后：无配额行用户同样受限（无价 token 上限与 配额行存在与否无关）；USD 配额本身不计量无价模型，所 以这道是补 USD 口径的洞，不是第二套计费。""" month = self._quota_month() used = self._quota_unpriced_tokens(user_id, month) cap = unpriced_token_cap() if used >= cap: return cap, used, month return None def _check_quota(self, user_id): """配额准入：放行返回 None；超限返回 (quota, used, month)，调用方一律回 402——这是钱用完了，不是请求 太快，所以不用 429。 准入点：建任务 / 分支 / 重试 / 续跑 / goal-resume，均为权限校验 通过后、写库之前。P0 安全批后，后续消息与任务间 消息创建时同样查双人配额门（见 _reject_if_over_quota_for_task）：排队本身不花钱， 但续跑/复活必然花钱，只靠执行时轮次边界门拦不住 “超限用户靠他人任务续命”，所以创建时先拦一道， 执行时轮次边界门仍照常生效。 fail-open / fail-closed 分层（G7）：服务端准入点查 配额异常时 fail-closed——_reject_if_over_quota 回 明确的 503 quota_check_unavailable 且不改状态，绝不 因查询抖动把“不知道超没超”当成放行。system 操作人 不豁免，按普通属主走默认额度（G14 的 system 豁免与 P1 冲突，本次未合入）。 执行侧查配额异常时分层：认领门（closed）回 quota_check_unavailable、调用方标 interrupted；轮询与 轮次边界（open）回 quota_check_failed——新回合边界见 此串即拒绝，轮询经 _quota_hit 闭包过滤此串、只记 warning 不杀在跑任务，只有确认超限才掐断。 跑中掐断（与旧 docstring 不同，旧说法已过时）： Local popen 与 Docker 路径的 worker 轮询每 30 秒查 一次配额，超限杀进程组/容器；同步路径没有轮询钩子， 只有认领与轮次边界检查，单轮内的超支要到轮次结束 才停；单轮本身的钱无法按 token 流式截断（用量只在 回合结束才回传），掐断粒度是轮次边界 + 长轮询中的 30 秒检查，不是 token 级。""" quota, used, month = self._quota_status(user_id) if quota is not None and used >= quota: return quota, used, month return None def _reject_if_over_quota(self, user_id, quota_user_id=None): """配额超限时回 402 并返回 True，否则 False。 quota_user_id：实际查谁的配额。建任务 / 分支时调用 方就是创建者，缺省即调用方；重试 / 续跑时费用记在 原任务创建者名下，必须传 task 的 created_by，否则 维护者替他人重试会用错人的额度（旧 bug：重试按 操作人查、费用记创建者名下）。 查询异常时 fail-closed：回 503 quota_check_unavailable 且不改状态。调用方看到 503 应重试请求本身，而不是 认为任务已建好——本函数回 True 时调用方一律直接 return，不写库。""" try: blocked = self._check_quota(quota_user_id or user_id) except Exception: self._send_json(503, {"error": "quota_check_unavailable", "detail": "quota lookup failed; " "no task was created or queued"}) return True if blocked is not None: quota, used, month = blocked self._send_json(402, {"error": "quota_exceeded", "month": month, "quota_usd_micros": quota, "used_usd_micros": used}) return True capped = self._check_unpriced_token_cap( quota_user_id or user_id) if capped is not None: cap, used, month = capped self._send_json(402, {"error": "quota_exceeded", "month": month, "unpriced_token_cap": cap, "unpriced_tokens_used": used}) return True return False def _reject_if_over_quota_for_task(self, caller_id, task): """花钱路径的双人配额门：触发人 + 原任务创建人。 任一超限即 402（USD 配额与无价 token cap 都查）。 触发人等于创建人时只查一次。调用方须在权限校验后、 写状态前调它；返回 True 表示已回 402，调用方直接 return。""" if self._reject_if_over_quota(caller_id): return True creator = (task or {}).get("created_by") if creator and creator != caller_id: if self._reject_if_over_quota(creator): return True return False def _check_coordinator_reserve(self, user_id, n_parts): """协调员预留准入：通过返回 True；被挡时已回 402 返回 False。 剩余美元配额（quota - used，quota 为 None = 不限额时放行） 必须 >= 分工数 × COORDINATOR_RESERVE_PER_PART_USD_MICROS。 这是准入下限估计，不是计费承诺：子任务实际花费仍按 created_by=父任务创建人全额记创建人账；父任务被挡时 一个子任务也不会建，不存在“第 2 个子任务才被挡”的 半截状态。""" if not n_parts or n_parts <= 1: return True quota, used, month = self._quota_status(user_id) if quota is None: return True need = n_parts * COORDINATOR_RESERVE_PER_PART_USD_MICROS if quota - used < need: self._send_json(402, { "error": "coordinator_quota_reserve_exceeded", "month": month, "quota_usd_micros": quota, "used_usd_micros": used, "coordinator_parts": n_parts, "reserved_usd_micros": need, "quota_attribution": "coordinator subtasks are charged" " to the parent task creator"}) return False return True def _audit_admin(self, user_id, action, detail): """admin 调用审计（成功与被拒都记，失败绝不挡主流程）。""" try: with _auth_store(self.server.db_path) as store: store.audit(user_id, "", action, detail) except Exception: pass def _is_global_admin(self, user_id): """真全局管理员：只认 CODEX_GLOBAL_ADMINS。 未配置时返回 False（fail-closed）。P0 安全批前“任一 项目 maintainer 即全局管理”的推导已被废掉：项目角色 只管项目内权限，不管全系统管理权。部署时运维必须先 把管理员用户 id 写进 CODEX_GLOBAL_ADMINS 再重启， 否则 admin 端点对所有人都是 403（数据不丢，改 env 重启即恢复）。""" return user_id is not None and user_id in _global_admin_ids() def _is_global_maintainer(self, user_id): """旧名兼容：等价于 _is_global_admin（推导口径已废）。""" return self._is_global_admin(user_id) def _user_exists(self, target): conn = self._db() try: return conn.execute( "SELECT 1 FROM users WHERE id = ?", (target,)).fetchone() is not None finally: conn.close() def _user_quota_self(self, user_id): quota, used, month = self._quota_status(user_id) # 合并取舍（P1 rebase 到 d254240）：main 的 _quota_payload # 已带 unpriced_actual_tokens，P1 的附加字段也全留，供控制台 # 同时显示美元与无价 token 两条进度；402 时控制台据 # 响应字段区分“美元配额已满”与“无价 token 已满”。 payload = self._quota_payload( user_id, quota, used, month, self._quota_unpriced_tokens(user_id)) payload["unpriced_tokens_used"] = self._quota_unpriced_tokens( user_id, month) payload["unpriced_token_cap"] = unpriced_token_cap() self._send_json(200, payload) def _admin_quota_get(self, user_id, query): if not self._is_global_admin(user_id): self._audit_admin(user_id, "admin_quota_denied", "get quotas") self._send_json(403, {"error": "forbidden"}) return target = (query.get("user_id") or [None])[0] if not target or not isinstance(target, str): self._send_json(400, {"error": "user_id required"}) return if not self._user_exists(target): self._send_json(404, {"error": "user not found"}) return quota, used, month = self._quota_status(target) self._send_json(200, self._quota_payload( target, quota, used, month, self._quota_unpriced_tokens(target))) def _admin_quota_set(self, user_id): if not self._is_global_admin(user_id): self._audit_admin(user_id, "admin_quota_denied", "set quotas") self._send_json(403, {"error": "forbidden"}) return body, err = self._read_json() if err: self._send_json(400, {"error": err}) return target = body.get("user_id") if not target or not isinstance(target, str): self._send_json(400, {"error": "user_id required"}) return if not self._user_exists(target): self._send_json(404, {"error": "user not found"}) return quota = body.get("quota_usd_micros") if quota is not None: try: quota = int(quota) except (TypeError, ValueError): self._send_json(400, { "error": "quota_usd_micros must be an integer or null"}) return if quota < 0: self._send_json(400, { "error": "quota_usd_micros must be >= 0"}) return now = time.time() conn = self._db() try: cur = conn.execute( "UPDATE user_quotas SET quota_usd_micros = ?," " updated_at = ? WHERE user_id = ?", (quota, now, target)) if cur.rowcount != 1: conn.execute( "INSERT INTO user_quotas(user_id, quota_usd_micros," " updated_at) VALUES(?, ?, ?)", (target, quota, now)) conn.commit() finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, None, "quota_set", "%s:%s" % (target, quota)) quota, used, month = self._quota_status(target) self._send_json(200, self._quota_payload( target, quota, used, month, self._quota_unpriced_tokens(target))) # -- worker 池 ----------------------------------------------------- def _workers_list(self, user_id): """列出注册 worker：全局管理员看完整清单；其他已认证用户 只看在线/离线聚合（P1 收紧：worker_id、执行器、容量、 心跳时间等内部细节不对普通用户暴露，控制台的 Workers 区据此只显示聚合数字）。""" workers = _registry_list(self.server.db_path) if self._is_global_admin(user_id): self._send_json(200, {"workers": workers}) return online = sum(1 for w in workers if w.get("alive")) self._send_json(200, { "workers_online": online, "workers_offline": len(workers) - online, "workers_total": len(workers), }) def _workers_heartbeat(self, user_id): """worker 心跳：body 含 worker_id（必填，缺了 400）与可选 executor/capacity/running。心跳本身就是注册：worker_id 不存在时自动注册，绝不 404。running 是 worker 上报的 当前占用槽数（启动中占位也算）；未给时保留旧值。""" body, err = self._read_json() if err: self._send_json(400, {"error": err}) return worker_id = body.get("worker_id") if not worker_id or not isinstance(worker_id, str): self._send_json(400, {"error": "worker_id required"}) return executor = body.get("executor") capacity = body.get("capacity") if capacity is not None: try: capacity = int(capacity) except (TypeError, ValueError): self._send_json(400, {"error": "capacity must be an integer"}) return running = body.get("running") if running is not None: try: running = int(running) except (TypeError, ValueError): self._send_json(400, {"error": "running must be an integer"}) return if running < 0: self._send_json(400, {"error": "running must be >= 0"}) return try: worker = _registry_heartbeat( self.server.db_path, worker_id, executor=executor, capacity=capacity, running=running) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return worker["alive"] = True self._send_json(200, worker) # -- 自动 PR（默认关闭，显式触发）---------------------------------- def _notify_pr_event(self, project_id, event_type, payload): """PR 事件推送：best-effort，失败只记日志，绝不破坏 PR 响应。 review-requested = PR 建成功（PR 在等评审）； merge-failed = 已 merged 任务的落盘（push/建 PR）失败， 任务状态保持 merged、可重调 /pr——事件说的是落盘失败， 不是状态变 merge-failed（云端 merge 端点只改状态， 没有真合并可失败）。 """ try: result = _push_dispatch( self.server.db_path, event_type, project_id, payload) except Exception as exc: # noqa: BLE001 -- 通知失败绝不炸 PR _server_log.warning("pr notify %s failed: %s", event_type, exc) return if result.get("errors"): _server_log.warning("pr notify %s errors: %s", event_type, result["errors"]) def _task_pr(self, user_id, task_id): """给已 merged 的任务建 PR（见 cloud/pr.py 的跳过规则）。 权限：项目 maintainer 以上（approve_merge，403）；任务 不存在 404；非 merged 状态 409；跳过时返回 200 + pr_skipped 与 reason，任务状态保持 merged 不变；push/pr 创建失败时返回 502 并写清哪一步失败，任务同样保持 merged。 成功时把 pr_url/pr_number 写回任务并记审计 pr_created。 推送：成功时发 review-requested，落盘失败时发 merge-failed （均为 best-effort，不影响 PR 响应；跳过时不发）。 HA 阶段 1：任务的 worktree_host 与本机不同时，不直接跑， 而是排 pr 任务给该主机（返回 200 + pr_queued，同一任务 未完成的任务去重），由该主机上的 local worker 执行； worktree 在本机（或未记录）时同步跑，与旧行为一致。 App-token：项目 repo_url 能解析出 github.com 仓库名且 库里有该仓库的 App 安装记录时，现换 installation token 走 App 路径（响应里 auth_via=app），否则走原来的 gh + PAT 路径（auth_via=pat）；换 token 任一步失败都回落 PAT，不因此报错。token 只在本次请求内存里出现。 """ row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "approve_merge"): self._send_json(403, {"error": "forbidden"}) return if task["status"] != "merged": self._send_json(409, { "error": "only merged tasks can create a PR", "status": task["status"], }) return # G13：/pr 不再走 system 豁免。请求用户即费用归属人， # 建任务前先过配额门（超限 402、查询异常 503，均不改 # 状态、不排队）；这是有意收紧的口径，见 PR 描述—— # PR 本身不跑模型回合，纯 git/gh 操作几乎不花钱，合 # 并前若认为“已完成工作的 PR 不应被配额挡住”，可把 # 这一门改回豁免而不动归属列（created_by 照常记录）。 if self._reject_if_over_quota(user_id): return # HA 阶段 1：worktree 在别机时不直接跑，排 pr 任务给该主机； # 本机（或 worktree_host 未记录的老任务）走同步路。 worktree_host = task.get("worktree_host") if worktree_host and worktree_host != socket.gethostname(): conn = self._db() try: existing = find_open_pr_job(conn, task_id) if existing is not None: job_id = existing["id"] else: job_id = enqueue_pr_job( conn, task_id, task["project_id"], worktree_host, created_by=user_id) finally: conn.close() self._send_json(200, { "task_id": task_id, "status": task["status"], "pr_queued": True, "pr_job_id": job_id, "worktree_host": worktree_host, }) return try: result = execute_task_pr( self.server.db_path, task_id, user_id, worktrees_root=getattr( self.server, "host_worktrees_dir", None), git_runner=getattr(self.server, "pr_git_runner", None), gh_runner=getattr(self.server, "pr_gh_runner", None), gh_which=getattr(self.server, "pr_gh_which", None), app_token_client=getattr( self.server, "pr_app_token_client", None), github_api=getattr(self.server, "pr_github_api", None)) except PrSkipped as exc: self._send_json(200, { "task_id": task_id, "status": task["status"], "pr_skipped": True, "reason": exc.reason, }) return except PrStepError as exc: # merge-failed 事件已在 execute_task_pr 内发出，这里只映射响应。 self._send_json(502, { "error": exc.message, "step": exc.step, "task_id": task_id, "status": task["status"], }) return conn = self._db() try: task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,)).fetchone()) finally: conn.close() self._send_json(200, dict(task, pr_url=result["pr_url"], pr_number=result["pr_number"], branch=result["branch"], auth_via=result["auth_via"])) def _heartbeat_task(self, user_id, task_id): row = self._fetch_task(task_id) if row is None: self._send_json(404, {"error": "task not found"}) return task = _task_to_dict(row) with _auth_store(self.server.db_path) as store: if not store.check_permission( user_id, task["project_id"], "create_task"): self._send_json(403, {"error": "forbidden"}) return now = time.time() new_status = "running" if task["status"] == "queued" else task["status"] conn = self._db() try: conn.execute( "UPDATE tasks SET status = ?, last_heartbeat = ?," " updated_at = ? WHERE id = ?", (new_status, now, now, task_id), ) conn.commit() task = _task_to_dict( conn.execute( "SELECT * FROM tasks WHERE id = ?", (task_id,) ).fetchone() ) finally: conn.close() self._send_json(200, task) # -- 管理 ---------------------------------------------------------- def _admin_sweep(self, user_id): """POST /admin/sweep：把超阈值的陈旧 running 任务标 interrupted。 权限：只认 CODEX_GLOBAL_ADMINS（见 _is_global_admin）， 未配置时一律 403。threshold_seconds 下限钳到 60 秒： 0 会把所有 running 任务一口气扫掉，只能是管理员的 显式紧急操作才需要那么小的值，而 60 秒以下的“陈旧” 本就没有意义。扫完记 admin_sweep 审计，被拒也记审计。 """ if not self._is_global_admin(user_id): self._audit_admin(user_id, "admin_sweep_denied", "sweep") self._send_json(403, {"error": "forbidden"}) return body, err = self._read_json() if err: self._send_json(400, {"error": err}) return threshold = body.get( "threshold_seconds", DEFAULT_SWEEP_THRESHOLD_SECONDS) try: threshold = int(threshold) except (TypeError, ValueError): self._send_json(400, {"error": "threshold_seconds must be an integer"}) return threshold = max(60, threshold) swept = sweep_stale_tasks(self.server.db_path, threshold) with _auth_store(self.server.db_path) as store: store.audit(user_id, "", "admin_sweep", "threshold=%d swept=%d" % (threshold, len(swept))) self._send_json(200, {"swept": swept}) def _admin_backup(self, user_id): """POST /admin/backup：备份当前后端数据库，返回路径与规模信息。 权限：只认 CODEX_GLOBAL_ADMINS（见 _is_global_admin）， 未配置时一律 403；非运维调用方根本到不了这里，绝对 路径只回给全局管理员。out_dir 限白名单目录（P1 收紧）： 白名单根来自 CLOUD_BACKUP_ROOT（逗号分隔多根），未设 则 CLOUD_BACKUP_DIR，未设则固定根 cloud-backups；请求 的 out_dir 经实路径解析后必须等于某根或在其下，含 .. 逃逸、指向 /、/etc、/opt 等系统目录的一律 400（白名单 外的绝对路径即使存在也不放行）。备份文件落盘后 chmod 0600。成功与被拒都记审计（调用人由审计的 user_id 列 记，detail 含目标目录与大小，不记库内容）。 """ if not self._is_global_admin(user_id): self._audit_admin(user_id, "admin_backup_denied", "backup") self._send_json(403, {"error": "forbidden"}) return body, err = self._read_json() if err: self._send_json(400, {"error": err}) return requested = body.get("out_dir") if requested is not None and ( not isinstance(requested, str) or not requested): self._send_json(400, {"error": "out_dir must be a string"}) return roots_raw = os.environ.get("CLOUD_BACKUP_ROOT", "") if roots_raw.strip(): roots = [os.path.realpath(p.strip()) for p in roots_raw.split(",") if p.strip()] else: roots = [os.path.realpath( os.environ.get("CLOUD_BACKUP_DIR") or "cloud-backups")] if requested: candidate = os.path.realpath(requested) else: candidate = roots[0] allowed = any(candidate == root or candidate.startswith(root + os.sep) for root in roots) if not allowed: self._audit_admin( user_id, "admin_backup_denied", "out_dir outside backup roots: %s" % requested) self._send_json(400, { "error": "out_dir outside allowed backup roots"}) return out_dir = candidate backend = _db_backend_name() try: if backend == "postgres": from cloud.backup import backup_postgres as _backup_pg dest = _backup_pg(out_dir, keep=3) else: from cloud.backup import backup_db as _backup_sqlite dest = _backup_sqlite(self.server.db_path, out_dir, keep=3) try: os.chmod(dest, 0o600) except OSError: pass size_bytes = os.path.getsize(dest) conn = self._db() try: task_count = conn.execute( "SELECT COUNT(*) FROM tasks").fetchone()[0] finally: conn.close() except Exception as exc: self._send_json(500, {"error": "backup failed: %s" % (exc,)}) return self._audit_admin( user_id, "admin_backup", "caller=%s backend=%s out_dir=%s path=%s size=%d tasks=%d" % (user_id, backend, out_dir, dest, size_bytes, task_count)) self._send_json(200, { "backend": backend, "path": dest, "size_bytes": size_bytes, "task_count": task_count, }) def _metrics(self, user_id): """可观测性：任务计数、成功率、平均耗时、fallback、成本合计。 权限：任意项目成员即可读（不要求 owner），但只统计调用者 是成员的项目——不是全库数字，避免跨项目信息泄露。 成本真数与估算分开：cost_records 的 source 列区分。 """ conn = self._db() try: member_ids = { row["project_id"] for row in conn.execute( "SELECT project_id FROM project_members WHERE user_id = ?", (user_id,), ).fetchall() } rows = conn.execute( "SELECT project_id, status, started_at, finished_at" " FROM tasks" ).fetchall() # 按状态分计数：七个状态键恒存在（缺失为 0），调用方 # 不用再猜某个状态是“零”还是“没统计”。 by_status = {key: 0 for key in TASK_STATUS_KEYS} durations = [] for row in rows: if row["project_id"] not in member_ids: continue by_status[row["status"]] = by_status.get(row["status"], 0) + 1 if row["started_at"] and row["finished_at"]: durations.append(row["finished_at"] - row["started_at"]) total = sum(by_status.values()) done = by_status.get("completed", 0) + by_status.get("merged", 0) failed = by_status.get("failed", 0) + by_status.get("merge-failed", 0) finished = done + failed try: cost_rows = conn.execute( "SELECT project_id, source, total_tokens, usd_micros," " fallback_count FROM cost_records" ).fetchall() except (sqlite3.OperationalError, _PgOperationalError): cost_rows = [] actual_tokens = estimated_tokens = 0 actual_usd = estimated_usd = 0 fallback_total = 0 for row in cost_rows: if row["project_id"] not in member_ids: continue if row["source"] == "actual": actual_tokens += row["total_tokens"] or 0 actual_usd += row["usd_micros"] or 0 else: estimated_tokens += row["total_tokens"] or 0 estimated_usd += row["usd_micros"] or 0 fallback_total += row["fallback_count"] or 0 finally: conn.close() self._send_json(200, { "total_tasks": total, "by_status": by_status, "success_rate": (done / finished) if finished else None, "avg_duration_seconds": ( sum(durations) / len(durations)) if durations else None, "fallback_total": fallback_total, "cost": { "actual_tokens": actual_tokens, "estimated_tokens": estimated_tokens, "actual_usd_micros": actual_usd, "estimated_usd_micros": estimated_usd, }, }) # -- OAuth（pre-auth，靠 state + secret，不走 X-API-Key）----------- def _oauth_provider(self, path): parts = [p for p in path.split("/") if p] if len(parts) != 3 or parts[0] != "oauth": return None return parts[1] def _oauth_login(self, path): provider = self._oauth_provider(path) if provider is None: self._send_json(404, {"error": "not found"}) return query = parse_qs(urlparse(self.path).query) client_id = (query.get("client_id") or [None])[0] redirect_uri = (query.get("redirect_uri") or [None])[0] scope = (query.get("scope") or [None])[0] if not client_id or not redirect_uri: self._send_json(400, {"error": "client_id and redirect_uri required"}) return store = OAuthStateStore(self.server.db_path) try: state, url = start_oauth_login( store, provider, client_id, redirect_uri, scope=scope) except OAuthError as e: self._send_json(400, {"error": str(e), "reason": e.reason}) return except ValueError as e: self._send_json(400, {"error": str(e)}) return finally: try: store.conn.close() except Exception: pass # 只返回 URL，不直接跳转到任何登录页；跳转由调用方决定。 self._send_json(200, {"provider": provider, "state": state, "authorization_url": url}) def _oauth_clients(self, provider): """回调用的 http/userinfo 客户端：测试注入优先，生产走真实路径。 server 属性 oauth_http_client / oauth_userinfo_client 由 create_server 置为 None（生产）或由测试注入 fake；http_client 已注入（fake）而 userinfo 未注入时不走真实 userinfo（fake token 自带身份字段时不需要它，走真实端点反而会用假 token 撞真实 GitHub）。生产（两者都未注入）时 userinfo 走真实端点。 """ http_client = getattr(self.server, "oauth_http_client", None) userinfo_client = getattr(self.server, "oauth_userinfo_client", None) if userinfo_client is None and http_client is None: userinfo_client = default_userinfo_client(provider) return http_client, userinfo_client def _oauth_finish(self, provider, code, state, client_id, redirect_uri): """回调共用后半段：验 state -> 换 token -> 取身份 -> 分叉。 成功返回 6 元组 ``(local_id, created, api_key_plain, rotated, identity, is_bind)``； 失败抛 OAuthError（调用方按 JSON/HTML 分别呈现，绝不把 access_token、client_secret、旧 API key 写进任何响应）， 绑定冲突抛 BindError（调用方按 409 呈现）。 client_id / redirect_uri 为 None 时由 handle_oauth_callback 从 state 记录取回（真实浏览器回调只带 code + state）。 分叉规则（顺序即优先级）： 1. state 带 bind_user_id -> 绑定分支：把身份绑到该本站 账号，返回 is_bind=True、api_key_plain=None（绑定成功页 绝不显示任何 key）；冲突抛 BindError； 2. 身份已绑定到某本站账号 -> 登录落到被绑账号，并按 OAuth 登录规矩签发附加 key（created=False、rotated 恒为 False），与 oauth 账号登录同一语义，不发明新语义； 3. 否则走原来的确定性 oauth 账号映射（新建/复用 + 签发 附加 key）。 """ store = OAuthStateStore(self.server.db_path) try: http_client, userinfo_client = self._oauth_clients(provider) identity = handle_oauth_callback( store, provider, code, state, client_id, redirect_uri, http_client=http_client, userinfo_client=userinfo_client) finally: try: store.conn.close() except Exception: pass with _auth_store(self.server.db_path) as auth: bind_user_id = identity.get("bind_user_id") if bind_user_id: binding = bind_external_identity( auth, provider, identity, bind_user_id) auth.audit(bind_user_id, "", "bind_external", "%s:%s" % (provider, identity.get("external_id"))) if _apply_default_quota(auth.conn, bind_user_id): auth.audit(bind_user_id, "", "quota_default", "quota_usd_micros=%d" % _default_quota_usd_micros()) identity["already_bound"] = binding["already"] return (bind_user_id, False, None, False, identity, True) bound_user_id = find_bound_user(auth, provider, identity) if bound_user_id is not None: _key_id, api_key_plain = auth.create_api_key( bound_user_id, "oauth:%s" % provider) auth.audit(bound_user_id, "", "oauth_login", "%s:%s" % (provider, identity.get("external_id"))) auth.audit(bound_user_id, "", "api_key_issued", provider) if _apply_default_quota(auth.conn, bound_user_id): auth.audit(bound_user_id, "", "quota_default", "quota_usd_micros=%d" % _default_quota_usd_micros()) return (bound_user_id, False, api_key_plain, False, identity, False) local_id, created, api_key_plain, rotated = \ map_external_identity_to_local_user_with_key( auth, provider, identity) auth.audit(local_id, "", "oauth_login", "%s:%s" % (provider, identity.get("external_id"))) if _apply_default_quota(auth.conn, local_id): auth.audit(local_id, "", "quota_default", "quota_usd_micros=%d" % _default_quota_usd_micros()) if created and _gateway_origin() is not None: # sub2api 开通（best-effort）：建号不因网关开通失败 # 而失败，任务时 _ensure_gateway 会懒开通兜底。 try: _ensure_sub2api_key(auth.conn, local_id) except Exception as exc: auth.audit(local_id, "", "sub2api_provision_failed", str(exc)[:200]) if not created: auth.audit(local_id, "", "api_key_issued", provider) return local_id, created, api_key_plain, rotated, identity, False def _oauth_callback(self, path): provider = self._oauth_provider(path) if provider is None: self._send_json(404, {"error": "not found"}) return body, err = self._read_json() if err: self._send_json(400, {"error": err}) return code = body.get("code") state = body.get("state") client_id = body.get("client_id") redirect_uri = body.get("redirect_uri") if not code or not state: self._send_json(400, {"error": "code and state required"}) return try: local_id, created, api_key_plain, rotated, identity, is_bind = \ self._oauth_finish(provider, code, state, client_id, redirect_uri) except BindError as e: self._send_json(409, {"error": str(e), "reason": e.reason}) return except OAuthError as e: self._send_json(400, {"error": str(e), "reason": e.reason}) return if is_bind: # 绑定成功：绝不返回任何 key（绑定页的 completer 未必是 # 发起人，key 一旦上页就可能落到别人手里）；发起人用 # 自己的 key 调 GET /oauth/{provider}/bindings 核对。 self._send_json(200, {"linked": True, "provider": provider, "login": identity.get("login"), "external_id": identity.get("external_id"), "user_id": local_id, "already_bound": identity.get("already_bound", False)}) return # api_key 明文只在这里出现一次：调用方须立即保存， # 之后任何接口都不再返回它；登录签发的是附加 key，旧 key # 仍可继续使用（多 key；不用的旧 key 可在 keys 管理里撤销）。 self._send_json(200, {"user_id": local_id, "created": created, "provider": provider, "login": identity.get("login"), "email": identity.get("email"), "api_key": api_key_plain, "api_key_rotated": rotated}) def _oauth_error_page(self, reason, message): """GET 回调的 400 错误页：只含 reason 与提示，不含任何密钥、 token 或旧 API key（message 来自 OAuthError，本身不含密钥， 仍做 HTML 转义）。""" return ( "" "OAuth login failed" "

OAuth login failed

" "

reason: %s

%s

" "

Please restart login from the login page.

" "" % (html.escape(str(reason or "error")), html.escape(str(message)))) def _oauth_success_page(self, provider, local_id, created, login, api_key_plain, rotated): """GET 回调的成功页：只显示 login、user_id、created 与新 API key 一次；绝不显示 access_token、client_secret、旧 API key。 rotated 只为向后兼容保留（登录不再轮换，恒为 False）： 新 key 是附加 key，旧 key 仍可继续使用，页面不再写“旧 key 已失效”，而是说明多 key 与撤销入口。 """ rotation_note = ( "

Your previous API key has been rotated and no longer works.

" if rotated else "

Previous keys still work (multi-key). Revoke unused keys " "via the API keys management endpoints.

" if not created else "") return ( "" "OAuth login succeeded" "

OAuth login succeeded

" "

provider: %s

" "

login: %s

" "

user_id: %s

" "

new user: %s

" "%s" "

Your API key (shown only once, save it now):

" "

%s

" "

Please save it immediately. It will not be shown again " "after you leave or refresh this page." "

" "

Use it as the X-API-Key header for API calls.

" "" % (html.escape(str(provider)), html.escape(str(login)), html.escape(str(local_id)), "yes" if created else "no", rotation_note, html.escape(str(api_key_plain)))) def _oauth_bind_success_page(self, provider, login): """绑定成功页：只显示 provider + 外部 login + 成功提示。 绝不显示任何 key，也不显示本站 user_id：回调页的 completer 未必是绑定发起人，key 与内部 id 一旦上页就可能落到别人 手里；发起人用自己的 key 调 GET /oauth/{provider}/bindings 核对绑定。 """ return ( "" "OAuth binding succeeded" "

OAuth binding succeeded

" "

provider: %s

" "

login: %s

" "

Your external identity is now bound to your account.

" "

You can verify it from your bindings list.

" "" % (html.escape(str(provider)), html.escape(str(login)))) def _oauth_callback_get(self, path): provider = self._oauth_provider(path) if provider is None: self._send_html(404, self._oauth_error_page( "not_found", "unknown oauth path")) return query = parse_qs(urlparse(self.path).query) code = (query.get("code") or [None])[0] state = (query.get("state") or [None])[0] client_id = (query.get("client_id") or [None])[0] redirect_uri = (query.get("redirect_uri") or [None])[0] if not code or not state: self._send_html(400, self._oauth_error_page( "missing_params", "code and state required")) return try: local_id, created, api_key_plain, rotated, identity, is_bind = \ self._oauth_finish(provider, code, state, client_id, redirect_uri) except BindError as e: self._send_html(409, self._oauth_error_page( e.reason or "bind_conflict", str(e))) return except OAuthError as e: self._send_html(400, self._oauth_error_page( e.reason or "oauth_failed", str(e))) return if is_bind: self._send_html(200, self._oauth_bind_success_page( provider, identity.get("login"))) return self._send_html(200, self._oauth_success_page( provider, local_id, created, identity.get("login"), api_key_plain, rotated)) # -- OAuth 绑定（已有账号绑外部身份）------------------------------ def _oauth_bind_route(self, path): """绑定相关路径解析：返回 (provider, action) 或 None。 POST /oauth/{provider}/bind/initiate -> (provider, "bind_initiate") GET|DELETE /oauth/{provider}/bindings -> (provider, "bindings") 其它 /oauth/ 路径返回 None，走原来的登录/回调分发。 """ parts = [p for p in path.split("/") if p] if len(parts) == 4 and parts[0] == "oauth" \ and parts[2] == "bind" and parts[3] == "initiate": return parts[1], "bind_initiate" if len(parts) == 3 and parts[0] == "oauth" \ and parts[2] == "bindings": return parts[1], "bindings" return None def _oauth_bind_initiate(self, provider): """绑定起点：须持本站 key（与登录不同，绑定必须知道绑到谁）。 body 须含 client_id + redirect_uri（与登录同款）；state 里 带 bind_user_id，回调时靠它走绑定分支。只返回授权 URL， 不直接跳转；跳转由调用方决定。 """ user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return body, err = self._read_json() if err: self._send_json(400, {"error": err}) return client_id = body.get("client_id") redirect_uri = body.get("redirect_uri") scope = body.get("scope") if not client_id or not redirect_uri: self._send_json(400, {"error": "client_id and redirect_uri required"}) return store = OAuthStateStore(self.server.db_path) try: state = store.create_state( provider, redirect_uri, client_id=client_id, bind_user_id=user_id) url = build_authorization_url( provider, client_id, redirect_uri, scope=scope, state=state) except OAuthError as e: self._send_json(400, {"error": str(e), "reason": e.reason}) return except ValueError as e: self._send_json(400, {"error": str(e)}) return finally: try: store.conn.close() except Exception: pass self._send_json(200, {"provider": provider, "state": state, "authorization_url": url}) def _oauth_bindings_get(self, provider): """列出调用方自己的绑定（只看得到自己的，别人的看不到）。""" user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return with _auth_store(self.server.db_path) as auth: bindings = list_bindings(auth, user_id) self._send_json(200, {"provider": provider, "bindings": bindings}) def _oauth_bindings_delete(self, provider): """解绑调用方自己在该 provider 上的绑定：本来就没有返回 404。 解绑后该身份登录恢复原来的 oauth 账号映射（旧 oauth 账号 若存在，key 仍可用，不会被解绑删掉）。 """ user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return with _auth_store(self.server.db_path) as auth: ok = unbind_external_identity(auth, provider, user_id) if ok: auth.audit(user_id, "", "unbind_external", provider) if not ok: self._send_json(404, {"error": "no binding for provider"}) return self._send_json(200, {"unbound": True, "provider": provider}) # -- GitHub App 一键安装 ------------------------------------------ def _github_app_public_base(self): base = os.environ.get("GITHUB_APP_PUBLIC_BASE") or "" return base.rstrip("/") or None def _github_app_error_page(self, reason, message): """App 流程错误页：只含 reason 与提示，不含任何 secret、 pem、code、state（message 来自流程错误，本身不含密钥， 仍做 HTML 转义）。""" return ( "" "GitHub App setup failed" "

GitHub App setup failed

" "

reason: %s

%s

" "" % (html.escape(str(reason or "error")), html.escape(str(message)))) def _github_app_setup_state(self): """签发 setup state：只限全局管理员（见 _is_global_admin）。 P0 安全批前任何持 key 用户都能签发并回调覆盖全局 App 配置；现在非管理员直接 403 并记审计。要求环境 变量 GITHUB_APP_PUBLIC_BASE（公网域名，如 https://api.diante.me）：manifest 里的 hook / 回调地址 都由它拼出。返回 {state, setup_url}，setup_url 是用户 在浏览器里打开的表单页；state 一次性、1 小时过期， 且绑定签发人。 """ user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return if not self._is_global_admin(user_id): self._audit_admin(user_id, "github_app_setup_denied", "setup state") self._send_json(403, {"error": "forbidden"}) return base = self._github_app_public_base() if not base: self._send_json(400, { "error": "GITHUB_APP_PUBLIC_BASE not configured"}) return body, err = self._read_json() if err: body = {} org = (body or {}).get("org") store = SetupStateStore(self.server.db_path) try: state = store.create_state(issued_by=user_id) finally: try: store.conn.close() except Exception: pass setup_url = base + "/github-app/setup?state=" + state if org: setup_url += "&org=" + quote(str(org)) self._send_json(200, {"state": state, "setup_url": setup_url}) def _github_app_setup_page(self): """建 App 表单页：公开页，但 state 必须是操作方签发的。 无 state 或 state 未签发时不渲染表单（state 是回调的 唯一凭证，公开页自己现发 state 等于谁都能覆盖 App 配置）。 表单按 GitHub manifest 文档 POST 到 github.com 的建 App 页（个人账号 /settings/apps/new，组织账号 /organizations/{org}/settings/apps/new），manifest JSON 由 JS 填进隐藏字段；用户在 GitHub 页确认 Create 后跳回 本站 /github-app/callback。 """ query = parse_qs(urlparse(self.path).query) state = (query.get("state") or [None])[0] org = (query.get("org") or [None])[0] if not state: self._send_html(400, self._github_app_error_page( "missing_state", "setup state required: ask the operator to issue one")) return base = self._github_app_public_base() if not base: self._send_html(400, self._github_app_error_page( "not_configured", "GITHUB_APP_PUBLIC_BASE not configured")) return manifest = build_app_manifest( base, app_name=os.environ.get("GITHUB_APP_NAME") or DEFAULT_APP_NAME, app_url=os.environ.get("GITHUB_APP_URL") or DEFAULT_APP_URL, public=os.environ.get("GITHUB_APP_PUBLIC") == "1") manifest_json = json.dumps(manifest).replace("<", "\\u003c") if org: action = ("https://github.com/organizations/%s" "/settings/apps/new?state=%s" % (quote(str(org)), quote(state))) else: action = ("https://github.com/settings/apps/new?state=%s" % quote(state)) perms = ", ".join("%s: %s" % kv for kv in manifest["default_permissions"].items()) events = ", ".join(manifest["default_events"]) page = ( "" "Create GitHub App" "

Create GitHub App

" "

App name: %s

" "

Webhook URL: %s

" "

Permissions: %s

" "

Events: %s

" "

Click Submit to create the app on GitHub. GitHub will " "redirect back here to finish setup.

" "
" "" "" "
" "" "" % (html.escape(manifest["name"]), html.escape(manifest["hook_attributes"]["url"]), html.escape(perms), html.escape(events), html.escape(action), manifest_json)) self._send_html(200, page) def _github_app_callback(self): """建 App 回调：验 setup state -> 换 code -> 存配置。 state 一次性、1 小时过期；换 code 失败或响应缺字段时 报错误页，不存任何东西。成功页只显示 App 身份（slug、 id、主页）与安装链接，绝不显示 webhook_secret 与 pem （两者只在库里，server 进程内用）。 P0 安全批后：回调要求签发人仍在 CODEX_GLOBAL_ADMINS 里，否则 state 不消耗、直接报 invalid_state；覆盖全局 配置时记审计。诚实边界：回调是浏览器无认证重定向， 这里核对的是“签发人仍是管理员”，不是“回调者就是 签发人”（见 SetupStateStore.consume_state 文档）。 """ query = parse_qs(urlparse(self.path).query) code = (query.get("code") or [None])[0] state = (query.get("state") or [None])[0] if not code or not state: self._send_html(400, self._github_app_error_page( "missing_params", "code and state required")) return store = SetupStateStore(self.server.db_path) try: issuer = store.state_issuer(state) ok = store.consume_state( state, allowed_issuers=_global_admin_ids()) finally: try: store.conn.close() except Exception: pass if not ok: self._audit_admin( issuer or "unknown", "github_app_callback_denied", "state issuer not a global admin") self._send_html(400, self._github_app_error_page( "invalid_state", "setup state invalid or expired")) return http_client = getattr(self.server, "github_app_exchange_client", None) try: config = exchange_manifest_code(code, http_client=http_client) except AppError as e: self._send_html(400, self._github_app_error_page( e.reason or "exchange_failed", str(e))) return conn = self._db() try: save_app_config(conn, config) finally: conn.close() self._audit_admin( issuer or "unknown", "github_app_config_replaced", "slug=%s app_id=%s" % (config.get("slug"), config.get("app_id"))) slug = config.get("slug") or "" page = ( "" "GitHub App created" "

GitHub App created

" "

App: %s

" "

App ID: %s

" "

Install it on your repositories:

" "

" "Install this GitHub App

" "

After installing, webhooks from the app are verified " "automatically. API actions (push, PR) still use the " "existing PAT until the App-token phase; you may remove " "the manual webhook once the app is installed.

" "" % (html.escape(slug), html.escape(str(config.get("app_id"))), html.escape(slug))) self._send_html(200, page) def _github_app_status(self): """App 配置与安装状态：须持本站 key；绝不返回 secret/pem。""" user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return conn = self._db() try: status = public_app_status(conn) status["installations"] = list_installations(conn) finally: conn.close() self._send_json(200, status) # -- API keys 管理 --------------------------------------------------- def _user_keys_list(self): """列出自己的 key：primary（id "legacy"）+ 附加 key。 只返回 id / label / 后 4 位提示 / 创建 / 最近使用 / 撤销 时间，绝不返回明文与哈希；只看得到自己的（认证用户）。 """ user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return with _auth_store(self.server.db_path) as auth: keys = auth.list_api_keys(user_id) self._send_json(200, {"keys": keys}) def _user_keys_create(self): """给自己签发一个附加 key：明文只在本次响应里出现一次。 body 可含 label（字符串，缺省 "api-key"）；新 key 立刻 可用，与 primary 及已有附加 key 互不影响。 """ user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return body, err = self._read_json() if err: body = {} label = (body or {}).get("label") if not isinstance(label, str) or not label: label = "api-key" with _auth_store(self.server.db_path) as auth: key_id, api_key_plain = auth.create_api_key(user_id, label) # 审计只记 key_id 与 label，绝不记明文与哈希。 auth.audit(user_id, "", "api_key_created", "key_id=%s label=%s" % (key_id, label)) self._send_json(201, {"id": key_id, "label": label, "hint": api_key_plain[-4:], "api_key": api_key_plain}) def _user_keys_revoke(self, key_id): """撤销自己的一个 key：附加 key 记 revoked_at，primary （id "legacy"）清哈希；无此 key 或已撤销返回 404。 撤销自己的最后一个 key 后须重新登录拿新 key（登录总能 签发，不会把自己锁死在账号外）。 """ user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return with _auth_store(self.server.db_path) as auth: ok = auth.revoke_api_key(user_id, key_id) if ok: auth.audit(user_id, "", "api_key_revoked", "key_id=%s" % key_id) if not ok: self._send_json(404, {"error": "key not found"}) return self._send_json(200, {"revoked": True, "id": key_id}) def _user_keys_revoke_others(self): """撤销除本次请求 key 之外的全部自己的 key（附加 + primary）， 返回撤销数。用于“这台设备之外的 key 全作废”；本次请求 的 key 本身不受影响。""" user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return api_key = self.headers.get("X-API-Key") or "" keep_hash = hashlib.sha256(api_key.encode()).hexdigest() with _auth_store(self.server.db_path) as auth: count = auth.revoke_other_api_keys(user_id, keep_hash) # 只记撤销数，不记任何 key 明文、哈希或保留 key 的身份。 auth.audit(user_id, "", "api_key_revoke_others", "revoked_count=%d" % count) self._send_json(200, {"revoked_count": count}) def _user_gateway_rotate(self): """POST /users/me/gateway/rotate：仅限本人重新开通/轮换 网关 key。非 sub2api 网关时 400；网关不可用时 502 且 旧行不动（rotate 内部先删旧行再重开，只在重开失败时 旧 key 已丢——调用方须知：轮换是显式动作，失败后须 重试本端点重新开通）。审计只记 sub2api_user_id 与 key_id，绝不记 key 明文；响应不含 key。""" user_id = self._authenticate() if user_id is None: self._send_json(401, {"error": "unauthorized"}) return if _gateway_name() != "sub2api": self._send_json(400, {"error": "gateway is not sub2api"}) return conn = self._db() try: try: status, _key, sub_id, key_id = _rotate_sub2api_key( conn, user_id) except _Sub2apiError as exc: self._send_json(502, {"error": str(exc)}) return except Exception as exc: self._send_json(502, {"error": str(exc)}) return finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, "", "gateway_key_rotated", "sub2api_user_id=%s key_id=%s" % (sub_id, key_id)) self._send_json(200, {"rotated": True, "provisioning": status, "sub2api_user_id": sub_id}) # -- 推送订阅与分发 --------------------------------------------------- def _push_create_endpoint(self, user_id, project_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return try: sub = _push_create( self.server.db_path, project_id, user_id, body.get("channel"), body.get("target"), body.get("preference") or "instant") except ValueError as e: self._send_json(400, {"error": str(e)}) return # 审计只记订阅 id 与通道：target 全文不记（Slack webhook # URL 本身含 secret 路径，记进审计等于把 secret 落盘）。 with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "push_subscription_created", "subscription_id=%s channel=%s" % (sub["id"], sub["channel"])) self._send_json(201, sub) def _push_dispatch_endpoint(self, user_id): body, err = self._read_json() if err: self._send_json(400, {"error": err}) return event_type = body.get("event_type") project_id = body.get("project_id") if not event_type or not project_id: self._send_json(400, {"error": "event_type and project_id required"}) return # P0 安全批后：/admin/push/dispatch 是管理端点，只认 # CODEX_GLOBAL_ADMINS——该口径已强于 P1 要求的 create_task， # 不再降级。被拒与成功都记审计；目标 SSRF 校验在 # push.dispatch_event / 真实发送层做。 if not self._is_global_admin(user_id): self._audit_admin(user_id, "admin_push_denied", "dispatch %s %s" % (event_type, project_id)) self._send_json(403, {"error": "forbidden"}) return # 分发：sender=None 时用 push 的内置真实发送端 # （webhook/slack 真 POST，webpush/apns/fcm 仍报缺凭证）； # 显式注入的 sender 优先于内置端（见 push.dispatch_event）。 result = _push_dispatch( self.server.db_path, event_type, project_id, body.get("payload") or {}, sender=None) self._audit_admin(user_id, "admin_push_dispatch", "dispatch %s %s" % (event_type, project_id)) self._send_json(200, result) # -- webhooks（签名认证，不走 X-API-Key）--------------------------- # -- 自动化与分诊收件箱(P1 第 2 项)--------------------------- # 权限口径与其它项目级写操作同款：创建/取消用 create_task # (不是 manage_project，因为自动化是项目成员的日常编排， # 不是改项目归属/仓库这类 owner 专属操作；评审/审批等写 # 操作同样用 create_task)；读用 read。状态变更记审计。 # 失败口径：校验失败 400；模块/数据库层意外失败时回 502 # 透传错误原文(截断 500 字)，绝不回 201 假装建成功—— # 注意 _dispatch_safe 的兜底是 500，这里显式 502 优先于它。 def _automation_create(self, user_id, project_id): """创建自动化定义：只登记定义与到期状态，不跑模型、 不另起调度器(执行器后续走 claim 门，见 automations 模块文档)。body：name、prompt 必填；interval_seconds 可选(默认 86400，最小 60)；repo_url 可选。 P1 配额门：创建时先过与建任务同一道配额门（美元配额 与无价 token cap，超限 402），避免“定义免费建、到期 无限跑”；单自动化的 spend 上限即创建人配额本身—— 每次到期产出的任务以 created_by=创建人建任务，走 POST /tasks 的配额门（触发路径若绕过服务端建任务， 则不在本门覆盖内，见残留）。本服务端没有自动化触发 端点，触发侧的门不在本次 server.py 改动内。""" body, err = self._read_json() if err: self._send_json(400, {"error": err}) return if self._reject_if_over_quota(user_id): return interval = body.get("interval_seconds", 86400) if interval is None: interval = 86400 conn = self._db() try: try: auto = _auto_create( conn, project_id, body.get("name"), body.get("prompt"), user_id, interval, body.get("repo_url")) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return except Exception as exc: self._send_json(502, {"error": str(exc)[:500]}) return finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "automation_created", auto["id"]) self._send_json(201, auto) def _automation_list(self, project_id): """列出某项目全部自动化定义(含已取消)，附到期计数。""" conn = self._db() try: try: autos = _auto_list(conn, project_id) except Exception as exc: self._send_json(502, {"error": str(exc)[:500]}) return conn.commit() finally: conn.close() self._send_json(200, { "project_id": project_id, "automations": autos, "due_count": sum(1 for a in autos if a["due"]), }) def _automation_cancel(self, user_id, project_id, automation_id): """取消自动化(软删除)：行不存在或属于别的项目时一 律 404(不泄露跨项目存在性)；已取消时 409。""" conn = self._db() try: try: ok, auto = _auto_cancel(conn, automation_id) except Exception as exc: self._send_json(502, {"error": str(exc)[:500]}) return finally: conn.close() if auto is None or auto["project_id"] != project_id: self._send_json(404, {"error": "automation not found"}) return if not ok: self._send_json(409, { "error": "automation already cancelled"}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "automation_cancelled", automation_id) self._send_json(200, auto) def _automation_get(self, user_id, project_id, automation_id): """GET 单条自动化（轮询用）：定义 + 最近产出记录。 行不存在或属于别的项目时一律 404；产出记录读失败 时不让整条定义也 502（runs 回空列表 + note）。""" conn = self._db() try: auto = _auto_get(conn, automation_id) runs = [] runs_note = "" if auto is not None: try: runs = _auto_runs(conn, automation_id) except Exception: runs_note = "runs unavailable" finally: conn.close() if auto is None or auto["project_id"] != project_id: self._send_json(404, {"error": "automation not found"}) return conn = self._db() try: binding = _life_get_binding(conn, automation_id) finally: conn.close() self._send_json(200, dict(auto, runs=runs, runs_note=runs_note, heartbeat_binding=binding)) def _automation_bind_get(self, user_id, project_id, automation_id): conn = self._db() try: auto = _auto_get(conn, automation_id) binding = _life_get_binding(conn, automation_id) finally: conn.close() if auto is None or auto["project_id"] != project_id: self._send_json(404, {"error": "automation not found"}) return self._send_json(200, {"automation_id": automation_id, "binding": binding}) def _automation_bind(self, user_id, project_id, automation_id): """POST .../automations/{aid}/bind {task_id, mode}： 把自动化绑到已有线程。mode=heartbeat 表示到期唤醒 该线程（走 thread/message 投递路）；mode=cron 表示 到期独立跑新任务（绑定只作标记，不唤醒）。目标任务 必须在同一项目，否则 404（不泄露跨项目存在性）。 权限 create_task；记 automation_bound 审计。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return conn = self._db() try: auto = _auto_get(conn, automation_id) if auto is None or auto["project_id"] != project_id: self._send_json(404, {"error": "automation not found"}) return if auto["status"] != "active": self._send_json(409, { "error": "cancelled automation cannot be bound"}) return target_id = body.get("task_id") target = self._fetch_task(target_id) \ if isinstance(target_id, str) else None if target is None: self._send_json(404, {"error": "task not found"}) return target = _task_to_dict(target) if target["project_id"] != project_id: self._send_json(404, {"error": "task not found"}) return try: binding = _life_bind( conn, automation_id, project_id, target_id, body.get("mode", "heartbeat")) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return finally: conn.close() with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "automation_bound", "%s:%s" % (automation_id, target_id)) self._send_json(200, {"automation_id": automation_id, "binding": binding}) def _automation_unbind(self, user_id, project_id, automation_id): conn = self._db() try: auto = _auto_get(conn, automation_id) if auto is None or auto["project_id"] != project_id: self._send_json(404, {"error": "automation not found"}) return ok = _life_unbind(conn, automation_id) finally: conn.close() if not ok: self._send_json(404, {"error": "no binding"}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "automation_unbound", automation_id) self._send_json(200, {"automation_id": automation_id, "deleted": True}) def _automation_heartbeat(self, user_id, project_id, automation_id): """POST .../automations/{aid}/heartbeat {message?}： 手动触发一次心跳唤醒——到期触发器（host run-due / run_due_automation）调的就是这个口，服务端本身不 起定时器。无绑定 409；mode=cron 409（cron 不唤醒 线程）；message 缺省用自动化 prompt。投递走 _deliver_to_thread，与 thread/message 同款复活路， 配额门同款。记 automation_heartbeat_sent 审计。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return conn = self._db() try: auto = _auto_get(conn, automation_id) binding = _life_get_binding(conn, automation_id) finally: conn.close() if auto is None or auto["project_id"] != project_id: self._send_json(404, {"error": "automation not found"}) return if binding is None: self._send_json(409, { "error": "automation has no heartbeat binding"}) return if binding["mode"] != "heartbeat": self._send_json(409, { "error": "cron binding does not wake a thread;" " use the automation run path"}) return target_row = self._fetch_task(binding["task_id"]) if target_row is None: self._send_json(404, {"error": "bound task not found"}) return target = _task_to_dict(target_row) if target["project_id"] != project_id: self._send_json(404, {"error": "bound task not found"}) return if self._reject_if_over_quota_for_task(user_id, target): return message = body.get("message") or auto.get("prompt") or "" if not isinstance(message, str) or not message.strip(): self._send_json(400, {"error": "message required"}) return message = message.strip() if len(message) > 20000: self._send_json(400, {"error": "message too long"}) return code, payload = self._deliver_to_thread( user_id, target, message, "queued", audit_action="automation_heartbeat_sent") self._send_json(code, dict(payload, automation_id=automation_id)) def _automation_update(self, user_id, project_id, automation_id): """PATCH 单条自动化（automation_update）：改名、改 prompt、改间隔、改 repo_url，至少给一个字段。注意 语义边界：更新不重置 last_run_at（改间隔只影响下次 到期，不立即触发）；已取消的定义 409（取消是终态， 改它必须重建）；改名撞同项目 active 名时 400；本 端点不改“变化时通知”本身——到期产出的任务终态仍 走 worker 现有 push 派发（见 automations 模块文档）。 权限 create_task；记 automation_updated 审计。""" body, jerr = self._read_json() if jerr: self._send_json(400, {"error": jerr}) return conn = self._db() try: try: ok, auto = _auto_update(conn, automation_id, body) except ValueError as exc: self._send_json(400, {"error": str(exc)}) return except Exception as exc: self._send_json(502, {"error": str(exc)[:500]}) return finally: conn.close() if auto is None or auto["project_id"] != project_id: self._send_json(404, {"error": "automation not found"}) return if not ok: self._send_json(409, { "error": "automation already cancelled"}) return with _auth_store(self.server.db_path) as store: store.audit(user_id, project_id, "automation_updated", automation_id) self._send_json(200, auto) def _triage_inbox(self, project_id): """分诊收件箱(只读)：到期自动化、失败/中断任务、 待处理后续消息、最近自动化产出。见 automations 模块 triage_inbox 的字段说明。""" conn = self._db() try: try: _auto_ensure(conn) _ensure_followups_table(conn) inbox = _auto_triage(conn, project_id) except Exception as exc: self._send_json(502, {"error": str(exc)[:500]}) return conn.commit() finally: conn.close() self._send_json(200, inbox) def _handle_github_webhook(self): """GitHub webhook：验签 -> delivery 去重 -> 解析 -> 执行建任务。 顺序是故意的：secret 未配 503、签名无效 401（两者都在 去重之前，避免未验签的重复送达污染去重表）；同一 X-GitHub-Delivery 第二次送达直接回 200 duplicate，不 重复建任务、不重复记审计。验签接受两个 secret：App webhook secret（库里，App 装好后）与 env 里 GITHUB_WEBHOOK_SECRET（手动 webhook，过渡期共存；App 装好、手动 webhook 删掉后自然不再被命中）。 /fix-review 解析成功后在控制面建一个 queued 任务（prompt 是固定模板 + 截断后的评论摘录，不是评论原文原样）， 由 worker 认领执行——webhook 本身不跑模型。任务归属： 按项目名 == repo full_name 匹配项目，created_by 归属 项目 owner 并走 owner 的配额门，executor 强制 docker； 没有匹配项目时不凭空建项目、不建任务，返回 task_id 为 None 并说明原因（worker 的 repo 仍是配置里的 repo， 不是任意 GitHub 仓库的自动克隆，见 README）。作者 不可信时同样不建任务（见 is_trusted_fix_review_author）。check_run / check_suite 只做通知解析， 返回解析结果而不建任务、不改云端任务状态（CI 状态回填 由 pr-checks 主动拉取）。installation / installation_repositories 事件记安装记录（created/added 增行、removed 减行、deleted 清安装），不建任务。手动 webhook 与 App webhook 共存时同一评论 会送两遍（delivery_id 不同）：/fix-review 另有内容去重 （repo + PR + 评论 id），只建一次任务。 """ raw = self._read_body() app_secret = None conn = self._db() try: config = get_app_config(conn) if config is not None: app_secret = config.get("webhook_secret") finally: conn.close() secrets = [s for s in (app_secret, os.environ.get("GITHUB_WEBHOOK_SECRET")) if s] if not secrets: self._send_json(503, {"error": "github webhook secret not configured"}) return signature = self.headers.get("X-Hub-Signature-256") if not verify_github_signature_any(secrets, raw, signature): self._send_json(401, {"error": "unauthorized"}) return try: payload = json.loads(raw.decode("utf-8")) if raw else {} except (ValueError, UnicodeDecodeError): self._send_json(400, {"error": "invalid json"}) return if not isinstance(payload, dict): self._send_json(400, {"error": "body must be a JSON object"}) return event = self.headers.get("X-GitHub-Event") delivery_id = self.headers.get("X-GitHub-Delivery") repository = payload.get("repository") or {} repo_name = repository.get("full_name") store = WebhookDeliveryStore(self.server.db_path) try: if not store.claim(delivery_id, event=event, repo=repo_name): self._send_json(200, { "duplicate": True, "delivery_id": delivery_id, }) return finally: try: store.close() except Exception: pass # installation / installation_repositories 事件：记安装记录， # 不建任务。后者是安装后增减仓库的同步事件（added 增行、 # removed 减行），与 installation 事件共用同一解析与动作 # 分发；new_permissions_accepted 无需改行。 if event in ("installation", "installation_repositories"): inst = parse_installation_event(payload) if inst is None: self._send_json(200, {"result": None}) return conn = self._db() try: action = inst["action"] if action == "created": record_installation_repos( conn, inst["installation_id"], inst["account_login"], inst["repos"]) elif action == "added": record_installation_repos( conn, inst["installation_id"], inst["account_login"], inst["repos"]) elif action == "removed": remove_installation_repos( conn, inst["installation_id"], inst["repos"]) elif action == "deleted": remove_installation(conn, inst["installation_id"]) # new_permissions_accepted：权限已接受，无需改行。 finally: conn.close() with _auth_store(self.server.db_path) as auth: auth.audit("system", "", "github_app_installation", "%s:%s" % (inst["installation_id"], inst["action"])) self._send_json(200, { "result": "installation_recorded", "installation_id": inst["installation_id"], "action": inst["action"], "repos": inst["repos"], }) return # check_run / check_suite：只解析，不建任务、不改状态。 check = parse_github_check_run(payload) if check is not None: self._send_json(200, check) return # issue_comment 与 pull_request_review_comment：后者把 # pull_request.number 归一化成 parser 要的 issue.number。 result = parse_github_pr_comment(payload) if result is None and payload.get("pull_request") and \ payload.get("comment"): normalized = dict(payload) normalized["issue"] = { "number": (payload["pull_request"] or {}).get("number")} result = parse_github_pr_comment(normalized) if result is None: self._send_json(200, {"result": None}) return # /fix-review 执行：建 queued 任务（不跑模型，worker 认领）。 # P0 安全批后：先验作者、再查配额、最后才建任务。 # 作者校验用 GitHub 事件自带的 author_association 与 # PR/issue 作者比对（见 is_trusted_fix_review_author）： # 不可信一律不建任务、不占去重位，fail-closed。 conn = self._db() try: project_row = None if repo_name: project_row = conn.execute( "SELECT id, owner_id FROM projects WHERE name = ?", (repo_name,), ).fetchone() if project_row is None: self._send_json(200, dict( result, task_id=None, project_id=None, error="no matching project for repo")) return project_id = project_row[0] project_owner = project_row[1] if not is_trusted_fix_review_author(payload): with _auth_store(self.server.db_path) as auth: auth.audit("system", project_id, "webhook_fix_review_rejected", "untrusted author %s" % (result.get("author"),)) self._send_json(200, dict( result, task_id=None, project_id=project_id, error="untrusted fix-review author")) return if not project_owner: self._send_json(200, dict( result, task_id=None, project_id=project_id, error="project has no owner for quota attribution")) return if self._reject_if_over_quota(project_owner): with _auth_store(self.server.db_path) as auth: auth.audit("system", project_id, "webhook_fix_review_quota_blocked", project_owner) return # 内容去重：手动 webhook 与 App webhook 共存时同一评论 # 送两遍（delivery_id 不同），只建一次任务；重复送达 # 回读当初的 task_id，不重复记审计。 comment_id = (payload.get("comment") or {}).get("id") is_new, existing_task_id = claim_fix_review( conn, repo_name, result.get("pr_number"), comment_id) if not is_new: self._send_json(200, dict( result, task_id=existing_task_id, project_id=project_id, duplicate=True)) return task_id = uuid.uuid4().hex now = time.time() # prompt 不再原样贴评论全文：固定模板 + 截断后的 # 评论摘录（上限 2000 字），防超长评论撑爆 prompt # 与指令注入面无限放大。 prompt = ( "[webhook /fix-review] repo=%s pr=%s author=%s\n%s" % (result.get("repo"), result.get("pr_number"), result.get("author"), (result.get("comment") or "")[:2000])) try: conn.execute( "INSERT INTO tasks(id, project_id, prompt, status," " idempotency_key, depends_on, priority, created_by," " created_at, updated_at, last_heartbeat, executor)" " VALUES(?, ?, ?, 'queued', ?, '[]', 0, ?," " ?, ?, NULL, 'docker')", (task_id, project_id, prompt, "webhook:%s" % delivery_id if delivery_id else None, project_owner, now, now), ) conn.commit() except (sqlite3.IntegrityError, _PgIntegrityError): # 并发/去重兜底：同 delivery 已建过任务时回读它， # 不建重复任务、不重复记审计。 row = conn.execute( "SELECT id FROM tasks WHERE project_id = ?" " AND idempotency_key = ?", (project_id, "webhook:%s" % delivery_id if delivery_id else None), ).fetchone() if row: self._send_json(200, dict( result, task_id=row[0], project_id=project_id, duplicate=True)) return raise set_fix_review_task_id( conn, repo_name, result.get("pr_number"), comment_id, task_id) finally: conn.close() with _auth_store(self.server.db_path) as auth: auth.audit("system", project_id, "webhook_fix_review", task_id) self._send_json(200, dict( result, task_id=task_id, project_id=project_id)) def _handle_slack_webhook(self): raw = self._read_body() secret = os.environ.get("SLACK_SIGNING_SECRET") if not secret: self._send_json(503, {"error": "slack webhook secret not configured"}) return signature = self.headers.get("X-Slack-Signature") timestamp = self.headers.get("X-Slack-Request-Timestamp") if not verify_slack_signature(secret, timestamp, raw, signature): self._send_json(401, {"error": "unauthorized"}) return # 只解析不执行任务：Slack 斜杠命令的执行由控制面后续决定。 content_type = self.headers.get("Content-Type") or "" text = "" if "application/x-www-form-urlencoded" in content_type: parsed = parse_qs(raw.decode("utf-8", "replace")) values = parsed.get("text") text = values[0] if values else "" elif raw: try: payload = json.loads(raw.decode("utf-8")) if isinstance(payload, dict): text = payload.get("text", "") or "" else: text = raw.decode("utf-8", "replace") except (ValueError, UnicodeDecodeError): text = raw.decode("utf-8", "replace") self._send_json(200, parse_slack_command(text)) def create_server(db_path, host="127.0.0.1", port=8765, backend=None): """建 server 实例（不自动 serve，供测试与 __main__ 共用）。 backend 为 None 时读环境变量 CLOUD_DB_BACKEND，未设则默认 sqlite（旧行为不变）。选 postgres 时在建表之前就调用工厂： 驱动缺失则初始化即抛明确错误（文案含 psycopg），启动即失败， 绝不在运行时中途才炸、也绝不静默回落到 SQLite；驱动已装 且能连上服务器时 Postgres 即为可用后端（适配层见 cloud/db.py，部署步骤见 cloud/README.md）。 """ db_path = str(db_path) # 后端校验必须在 init_db 之前：postgres 模式不能先建 SQLite 表 # 再失败，那会假装 sqlite 已可用。 _create_database(backend=backend, db_path=db_path) init_db(db_path) # 确保 AuthStore 的三张表也存在，后续请求才能直接查 project_members。 with _auth_store(db_path): pass server = ThreadingHTTPServer((host, port), CloudControlPlaneHandler) server.db_path = db_path server.daemon_threads = True # 限流器：Postgres 下 DB 共享计数（多 server 共用），否则内存 # 滑动窗口；默认值与环境变量覆盖见 _make_rate_limiter；测试可 # 直接改 server.rate_limit_per_minute / window_seconds。 server.rate_limiter = _make_rate_limiter(db_path) server.rate_limit_per_minute = None server.rate_limit_window_seconds = None # OAuth 回调注入点：生产为 None（走真实换 token + 真实 userinfo）， # 测试可注入 fake http_client / userinfo_client；绝不注入真实 secret。 server.oauth_http_client = None server.oauth_userinfo_client = None # 自动 PR 注入点：生产为 None（走真实 git/gh），测试可注入 # fake git/gh runner 与 worktree 根；绝不注入真实凭证。 server.pr_git_runner = None server.pr_gh_runner = None server.pr_gh_which = None server.host_worktrees_dir = None return server def main(argv=None): parser = argparse.ArgumentParser(description="cloud control plane") parser.add_argument("--host", default="127.0.0.1") parser.add_argument("--port", type=int, default=8765) parser.add_argument("--db", default="cloud-control-plane.db") parser.add_argument("--db-backend", default=None, help="sqlite（默认）或 postgres；未给则读 " "CLOUD_DB_BACKEND 环境变量") args = parser.parse_args(argv) server = create_server(args.db, args.host, args.port, backend=args.db_backend) start_rate_limit_sweeper(server.rate_limiter, args.db) print( "cloud-control-plane listening on %s:%d db=%s" % (args.host, server.server_address[1], args.db), flush=True, ) try: server.serve_forever() except KeyboardInterrupt: pass if __name__ == "__main__": main()