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## Why The SDK package root should be the ergonomic public client API, not a dump of every generated app-server schema type. Generated models still need a supported import path, but callers should be able to tell which names are high-level SDK entrypoints and which names are protocol value models. ## What - Define a curated root `__all__` for clients, handles, input helpers, retry helpers, config, and public errors. - Add a `types` module as the supported home for generated app-server response, event, enum, and helper models. - Update docs and examples to import protocol/value models from the type module. - Add tests that lock root exports, type-module exports, star-import behavior, and example import hygiene. ## Stack 1. #21891 `[1/8]` Pin Python SDK runtime dependency 2. #21893 `[2/8]` Generate Python SDK types from pinned runtime 3. #21895 `[3/8]` Run Python SDK tests in CI 4. This PR `[4/8]` Define Python SDK public API surface 5. #21905 `[5/8]` Rename Python SDK package to `openai-codex` 6. #21910 `[6/8]` Add high-level Python SDK approval mode 7. #22014 `[7/8]` Add Python SDK app-server integration harness 8. #22021 `[8/8]` Add Python SDK Ruff formatting ## Verification - Added public API signature tests for root exports, `types` exports, and example imports. --------- Co-authored-by: Codex <noreply@openai.com>
435 lines
13 KiB
Python
435 lines
13 KiB
Python
from __future__ import annotations
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import importlib.resources as resources
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import inspect
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import tomllib
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from pathlib import Path
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from typing import Any
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import codex_app_server
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import codex_app_server.types as public_types
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from codex_app_server import (
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AppServerConfig,
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AsyncCodex,
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AsyncThread,
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Codex,
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RunResult,
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Thread,
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)
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from codex_app_server.types import InitializeResponse
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EXPECTED_ROOT_EXPORTS = [
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"__version__",
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"AppServerConfig",
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"Codex",
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"AsyncCodex",
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"Thread",
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"AsyncThread",
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"TurnHandle",
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"AsyncTurnHandle",
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"RunResult",
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"Input",
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"InputItem",
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"TextInput",
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"ImageInput",
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"LocalImageInput",
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"SkillInput",
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"MentionInput",
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"retry_on_overload",
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"AppServerError",
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"TransportClosedError",
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"JsonRpcError",
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"AppServerRpcError",
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"ParseError",
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"InvalidRequestError",
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"MethodNotFoundError",
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"InvalidParamsError",
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"InternalRpcError",
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"ServerBusyError",
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"RetryLimitExceededError",
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"is_retryable_error",
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]
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EXPECTED_TYPES_EXPORTS = [
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"ApprovalsReviewer",
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"AskForApproval",
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"InitializeResponse",
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"JsonObject",
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"ModelListResponse",
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"Notification",
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"Personality",
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"PlanType",
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"ReasoningEffort",
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"ReasoningSummary",
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"SandboxMode",
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"SandboxPolicy",
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"SortDirection",
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"ThreadArchiveResponse",
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"ThreadCompactStartResponse",
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"ThreadItem",
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"ThreadListCwdFilter",
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"ThreadListResponse",
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"ThreadReadResponse",
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"ThreadSetNameResponse",
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"ThreadSortKey",
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"ThreadSource",
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"ThreadSourceKind",
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"ThreadStartSource",
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"ThreadTokenUsage",
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"ThreadTokenUsageUpdatedNotification",
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"Turn",
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"TurnCompletedNotification",
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"TurnInterruptResponse",
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"TurnStatus",
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"TurnSteerResponse",
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]
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def _keyword_only_names(fn: object) -> list[str]:
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"""Return only user-facing keyword-only parameter names for a public method."""
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signature = inspect.signature(fn)
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return [
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param.name
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for param in signature.parameters.values()
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if param.kind == inspect.Parameter.KEYWORD_ONLY
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]
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def _assert_no_any_annotations(fn: object) -> None:
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"""Reject loose annotations on public wrapper methods."""
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signature = inspect.signature(fn)
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for param in signature.parameters.values():
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if param.annotation is Any:
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raise AssertionError(
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f"{fn} has public parameter typed as Any: {param.name}"
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)
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if signature.return_annotation is Any:
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raise AssertionError(f"{fn} has public return annotation typed as Any")
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def test_root_exports_app_server_config() -> None:
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"""The root package should expose the process configuration object."""
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assert AppServerConfig.__name__ == "AppServerConfig"
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def test_root_exports_run_result() -> None:
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"""The root package should expose the common-case run result wrapper."""
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assert RunResult.__name__ == "RunResult"
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def test_package_and_default_client_versions_follow_project_version() -> None:
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"""The importable package version should stay aligned with pyproject metadata."""
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pyproject_path = Path(__file__).resolve().parents[1] / "pyproject.toml"
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pyproject = tomllib.loads(pyproject_path.read_text())
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assert codex_app_server.__version__ == pyproject["project"]["version"]
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assert AppServerConfig().client_version == codex_app_server.__version__
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def test_package_includes_py_typed_marker() -> None:
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"""The wheel should advertise that inline type information is available."""
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marker = resources.files("codex_app_server").joinpath("py.typed")
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assert marker.is_file()
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def test_package_root_exports_only_public_api() -> None:
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"""The package root should expose the supported SDK surface, not internals."""
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assert codex_app_server.__all__ == EXPECTED_ROOT_EXPORTS
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assert {
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name: hasattr(codex_app_server, name) for name in EXPECTED_ROOT_EXPORTS
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} == {name: True for name in EXPECTED_ROOT_EXPORTS}
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assert {
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"AppServerClient": hasattr(codex_app_server, "AppServerClient"),
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"AsyncAppServerClient": hasattr(codex_app_server, "AsyncAppServerClient"),
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"InitializeResponse": hasattr(codex_app_server, "InitializeResponse"),
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"ThreadStartParams": hasattr(codex_app_server, "ThreadStartParams"),
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"TurnStartParams": hasattr(codex_app_server, "TurnStartParams"),
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"TurnCompletedNotification": hasattr(
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codex_app_server, "TurnCompletedNotification"
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),
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"TurnStatus": hasattr(codex_app_server, "TurnStatus"),
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} == {
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"AppServerClient": False,
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"AsyncAppServerClient": False,
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"InitializeResponse": False,
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"ThreadStartParams": False,
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"TurnStartParams": False,
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"TurnCompletedNotification": False,
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"TurnStatus": False,
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}
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def test_package_star_import_matches_public_api() -> None:
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"""Star imports should follow the same explicit public API list."""
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namespace: dict[str, object] = {}
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exec("from codex_app_server import *", namespace)
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exported = set(namespace) - {"__builtins__"}
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assert exported == set(EXPECTED_ROOT_EXPORTS)
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def test_types_module_exports_curated_public_types() -> None:
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"""The public type module should be the supported place for app-server models."""
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assert public_types.__all__ == EXPECTED_TYPES_EXPORTS
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assert {name: hasattr(public_types, name) for name in EXPECTED_TYPES_EXPORTS} == {
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name: True for name in EXPECTED_TYPES_EXPORTS
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}
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def test_types_star_import_matches_public_types() -> None:
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"""Star imports from the type module should match its explicit export list."""
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namespace: dict[str, object] = {}
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exec("from codex_app_server.types import *", namespace)
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exported = set(namespace) - {"__builtins__"}
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assert exported == set(EXPECTED_TYPES_EXPORTS)
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def test_examples_use_public_import_surfaces() -> None:
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"""Examples should teach users the public root and type-module imports only."""
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examples_root = Path(__file__).resolve().parents[1] / "examples"
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private_import_markers = [
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"codex_app_server.api",
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"codex_app_server.client",
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"codex_app_server.generated",
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"codex_app_server.models",
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"codex_app_server.retry",
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]
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offenders = {
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str(path.relative_to(examples_root)): marker
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for path in examples_root.rglob("*.py")
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for marker in private_import_markers
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if marker in path.read_text()
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}
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assert offenders == {}
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def test_generated_public_signatures_are_snake_case_and_typed() -> None:
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"""Generated convenience methods should expose typed Pythonic keyword names."""
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expected = {
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Codex.thread_start: [
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"approval_policy",
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"approvals_reviewer",
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"base_instructions",
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"config",
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"cwd",
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"developer_instructions",
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"ephemeral",
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"model",
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"model_provider",
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"personality",
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"sandbox",
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"service_name",
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"service_tier",
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"session_start_source",
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"thread_source",
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],
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Codex.thread_list: [
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"archived",
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"cursor",
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"cwd",
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"limit",
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"model_providers",
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"search_term",
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"sort_direction",
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"sort_key",
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"source_kinds",
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"use_state_db_only",
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],
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Codex.thread_resume: [
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"approval_policy",
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"approvals_reviewer",
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"base_instructions",
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"config",
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"cwd",
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"developer_instructions",
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"model",
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"model_provider",
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"personality",
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"sandbox",
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"service_tier",
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],
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Codex.thread_fork: [
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"approval_policy",
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"approvals_reviewer",
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"base_instructions",
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"config",
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"cwd",
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"developer_instructions",
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"ephemeral",
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"model",
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"model_provider",
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"sandbox",
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"service_tier",
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"thread_source",
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],
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Thread.turn: [
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"approval_policy",
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"approvals_reviewer",
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"cwd",
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"effort",
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"model",
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"output_schema",
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"personality",
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"sandbox_policy",
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"service_tier",
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"summary",
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],
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Thread.run: [
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"approval_policy",
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"approvals_reviewer",
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"cwd",
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"effort",
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"model",
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"output_schema",
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"personality",
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"sandbox_policy",
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"service_tier",
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"summary",
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],
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AsyncCodex.thread_start: [
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"approval_policy",
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"approvals_reviewer",
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"base_instructions",
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"config",
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"cwd",
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"developer_instructions",
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"ephemeral",
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"model",
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"model_provider",
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"personality",
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"sandbox",
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"service_name",
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"service_tier",
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"session_start_source",
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"thread_source",
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],
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AsyncCodex.thread_list: [
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"archived",
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"cursor",
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"cwd",
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"limit",
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"model_providers",
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"search_term",
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"sort_direction",
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"sort_key",
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"source_kinds",
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"use_state_db_only",
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],
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AsyncCodex.thread_resume: [
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"approval_policy",
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"approvals_reviewer",
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"base_instructions",
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"config",
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"cwd",
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"developer_instructions",
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"model",
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"model_provider",
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"personality",
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"sandbox",
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"service_tier",
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],
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AsyncCodex.thread_fork: [
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"approval_policy",
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"approvals_reviewer",
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"base_instructions",
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"config",
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"cwd",
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"developer_instructions",
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"ephemeral",
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"model",
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"model_provider",
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"sandbox",
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"service_tier",
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"thread_source",
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],
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AsyncThread.turn: [
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"approval_policy",
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"approvals_reviewer",
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"cwd",
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"effort",
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"model",
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"output_schema",
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"personality",
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"sandbox_policy",
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"service_tier",
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"summary",
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],
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AsyncThread.run: [
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"approval_policy",
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"approvals_reviewer",
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"cwd",
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"effort",
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"model",
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"output_schema",
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"personality",
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"sandbox_policy",
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"service_tier",
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"summary",
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],
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}
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for fn, expected_kwargs in expected.items():
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actual = _keyword_only_names(fn)
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assert actual == expected_kwargs, f"unexpected kwargs for {fn}: {actual}"
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assert all(name == name.lower() for name in actual), (
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f"non snake_case kwargs in {fn}: {actual}"
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)
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_assert_no_any_annotations(fn)
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def test_lifecycle_methods_are_codex_scoped() -> None:
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"""Lifecycle operations should hang off the client rather than thread objects."""
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assert hasattr(Codex, "thread_resume")
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assert hasattr(Codex, "thread_fork")
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assert hasattr(Codex, "thread_archive")
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assert hasattr(Codex, "thread_unarchive")
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assert hasattr(AsyncCodex, "thread_resume")
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assert hasattr(AsyncCodex, "thread_fork")
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assert hasattr(AsyncCodex, "thread_archive")
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assert hasattr(AsyncCodex, "thread_unarchive")
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assert not hasattr(Codex, "thread")
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assert not hasattr(AsyncCodex, "thread")
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assert not hasattr(Thread, "resume")
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assert not hasattr(Thread, "fork")
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assert not hasattr(Thread, "archive")
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assert not hasattr(Thread, "unarchive")
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assert not hasattr(AsyncThread, "resume")
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assert not hasattr(AsyncThread, "fork")
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assert not hasattr(AsyncThread, "archive")
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assert not hasattr(AsyncThread, "unarchive")
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for fn in (
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Codex.thread_archive,
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Codex.thread_unarchive,
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AsyncCodex.thread_archive,
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AsyncCodex.thread_unarchive,
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):
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_assert_no_any_annotations(fn)
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def test_initialize_metadata_parses_user_agent_shape() -> None:
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"""Initialize metadata should accept the legacy user-agent-only payload shape."""
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payload = InitializeResponse.model_validate({"userAgent": "codex-cli/1.2.3"})
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parsed = Codex._validate_initialize(payload)
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assert parsed is payload
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assert parsed.userAgent == "codex-cli/1.2.3"
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assert parsed.serverInfo is not None
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assert parsed.serverInfo.name == "codex-cli"
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assert parsed.serverInfo.version == "1.2.3"
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def test_initialize_metadata_requires_non_empty_information() -> None:
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"""Initialize metadata should fail when the runtime gives no identity signal."""
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try:
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Codex._validate_initialize(InitializeResponse.model_validate({}))
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except RuntimeError as exc:
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assert "missing required metadata" in str(exc)
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else:
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raise AssertionError(
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"expected RuntimeError when initialize metadata is missing"
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)
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