Files
dify/api/controllers/openapi/auth/conditions.py
GareArc 9b25980b09 feat(openapi): redesign auth pipeline — one pipeline per token type with PipelineRouter
Replace the single mutable-context Pipeline with a two-phase, condition-driven
system dispatched by token type.

New architecture:
- TokenType(StrEnum) replaces source: str on AuthContext / TokenKind
- AuthPipeline: pure prepare→auth step runner; no guard()
- PipelineRoute: binds AuthPipeline to an optional required_edition gate
- PipelineRouter: single guard() entry point; runs edition/license/token-type
  pre-gates then dispatches to the registered pipeline for the token type
- Cond / When: composable predicates for conditional step dispatch
- AuthData: frozen Pydantic model produced by the prepare phase; carries
  token_id so endpoints don't need to call get_auth_ctx() for identity fields
- Edition enum + current_edition(): CE / EE / SAAS discriminator

Two pipelines in composition.py:
- account_pipeline  — OAUTH_ACCOUNT tokens
- external_sso_pipeline — OAUTH_EXTERNAL_SSO tokens (EE enforced at route level)

All /openapi/v1 endpoints migrated to auth_router.guard().
Old context.py, steps.py, strategies.py, surface_gate.py deleted.
WORKSPACE_READ scope added; cached_verdicts renamed to membership_cache.
2026-05-26 03:16:28 -07:00

54 lines
1.9 KiB
Python

from __future__ import annotations
from collections.abc import Callable
from controllers.openapi.auth.data import AuthData, Edition, RequestContext, current_edition
from libs.oauth_bearer import TokenType
from services.enterprise.enterprise_service import WebAppAccessMode
from services.feature_service import FeatureService
CondFn = Callable[[RequestContext, AuthData | None], bool]
class Cond:
def __init__(self, fn: CondFn) -> None:
self._fn = fn
def __call__(self, ctx: RequestContext, data: AuthData | None = None) -> bool:
return self._fn(ctx, data)
def __and__(self, other: Cond) -> Cond:
return Cond(lambda ctx, data: self(ctx, data) and other(ctx, data))
def __or__(self, other: Cond) -> Cond:
return Cond(lambda ctx, data: self(ctx, data) or other(ctx, data))
def __invert__(self) -> Cond:
return Cond(lambda ctx, data: not self(ctx, data))
def request_cond(fn: Callable[[RequestContext], bool]) -> Cond:
return Cond(lambda ctx, _: fn(ctx))
def data_cond(fn: Callable[[AuthData], bool]) -> Cond:
return Cond(lambda _, data: data is not None and fn(data))
def config_cond(fn: Callable[[], bool]) -> Cond:
return Cond(lambda _, __: fn())
TOKEN_IS_OAUTH_ACCOUNT = request_cond(lambda ctx: ctx.token_type == TokenType.OAUTH_ACCOUNT)
TOKEN_IS_OAUTH_EXTERNAL_SSO = request_cond(lambda ctx: ctx.token_type == TokenType.OAUTH_EXTERNAL_SSO)
PATH_HAS_APP_ID = request_cond(lambda ctx: "app_id" in ctx.path_params)
EDITION_CE = config_cond(lambda: current_edition() == Edition.CE)
EDITION_EE = config_cond(lambda: current_edition() == Edition.EE)
EDITION_SAAS = config_cond(lambda: current_edition() == Edition.SAAS)
WEBAPP_AUTH_ENABLED = config_cond(lambda: FeatureService.get_system_features().webapp_auth.enabled)
LOADED_APP_IS_PRIVATE = data_cond(lambda data: data.app_access_mode == WebAppAccessMode.PRIVATE)