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#
# Welcome to Baml! To use this generated code, please run the following:
#
# $ pip install baml-py
#
###############################################################################
# This file was generated by BAML: please do not edit it. Instead, edit the
# BAML files and re-generate this code.
#
# ruff: noqa: E501,F401
# flake8: noqa: E501,F401
# pylint: disable=unused-import,line-too-long
# fmt: off
from typing import Any, Dict, List, Optional, Union, TypedDict, Type, cast
from typing_extensions import NotRequired, Literal
import baml_py
from . import types, partial_types
from .types import Checked, Check
from .type_builder import TypeBuilder
class BamlCallOptions(TypedDict, total=False):
tb: NotRequired[TypeBuilder]
client_registry: NotRequired[baml_py.baml_py.ClientRegistry]
class LlmResponseParser:
__runtime: baml_py.BamlRuntime
__ctx_manager: baml_py.BamlCtxManager
def __init__(self, runtime: baml_py.BamlRuntime, ctx_manager: baml_py.BamlCtxManager):
self.__runtime = runtime
self.__ctx_manager = ctx_manager
def AugmentedResponse(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> str:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"AugmentedResponse",
llm_response,
types,
types,
partial_types,
False,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(str, parsed)
def GenerateCommandList(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> types.CommandListLLM:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"GenerateCommandList",
llm_response,
types,
types,
partial_types,
False,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(types.CommandListLLM, parsed)
def GenerateCommandListFineTuned(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> types.CommandListLLM:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"GenerateCommandListFineTuned",
llm_response,
types,
types,
partial_types,
False,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(types.CommandListLLM, parsed)
def GenerateEnrichedAndReorderedCommand(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> str:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"GenerateEnrichedAndReorderedCommand",
llm_response,
types,
types,
partial_types,
False,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(str, parsed)
class LlmStreamParser:
__runtime: baml_py.BamlRuntime
__ctx_manager: baml_py.BamlCtxManager
def __init__(self, runtime: baml_py.BamlRuntime, ctx_manager: baml_py.BamlCtxManager):
self.__runtime = runtime
self.__ctx_manager = ctx_manager
def AugmentedResponse(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> Optional[str]:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"AugmentedResponse",
llm_response,
types,
types,
partial_types,
True,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(Optional[str], parsed)
def GenerateCommandList(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> partial_types.CommandListLLM:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"GenerateCommandList",
llm_response,
types,
types,
partial_types,
True,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(partial_types.CommandListLLM, parsed)
def GenerateCommandListFineTuned(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> partial_types.CommandListLLM:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"GenerateCommandListFineTuned",
llm_response,
types,
types,
partial_types,
True,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(partial_types.CommandListLLM, parsed)
def GenerateEnrichedAndReorderedCommand(
self,
llm_response: str,
baml_options: BamlCallOptions = {},
) -> Optional[str]:
__tb__ = baml_options.get("tb", None)
if __tb__ is not None:
tb = __tb__._tb # type: ignore (we know how to use this private attribute)
else:
tb = None
__cr__ = baml_options.get("client_registry", None)
parsed = self.__runtime.parse_llm_response(
"GenerateEnrichedAndReorderedCommand",
llm_response,
types,
types,
partial_types,
True,
self.__ctx_manager.get(),
tb,
__cr__,
)
return cast(Optional[str], parsed)
__all__ = ["LlmResponseParser", "LlmStreamParser"] |