from typing import List, Union, Dict, Tuple import os import json import importlib import copy from loguru import logger from dev_opsgpt.connector.agents import BaseAgent from dev_opsgpt.connector.chains import BaseChain from dev_opsgpt.tools.base_tool import BaseTools, Tool from dev_opsgpt.connector.schema import ( Memory, Task, Env, Role, Message, Doc, Docs, AgentConfig, ChainConfig, PhaseConfig, CodeDoc, load_chain_configs, load_phase_configs, load_role_configs ) from dev_opsgpt.connector.configs import AGETN_CONFIGS, CHAIN_CONFIGS, PHASE_CONFIGS from dev_opsgpt.connector.message_process import MessageUtils role_configs = load_role_configs(AGETN_CONFIGS) chain_configs = load_chain_configs(CHAIN_CONFIGS) phase_configs = load_phase_configs(PHASE_CONFIGS) CUR_DIR = os.path.dirname(os.path.abspath(__file__)) class BasePhase: def __init__( self, phase_name: str, task: Task = None, do_summary: bool = False, do_search: bool = False, do_doc_retrieval: bool = False, do_code_retrieval: bool = False, do_tool_retrieval: bool = False, phase_config: Union[dict, str] = PHASE_CONFIGS, chain_config: Union[dict, str] = CHAIN_CONFIGS, role_config: Union[dict, str] = AGETN_CONFIGS, ) -> None: self.conv_summary_agent = BaseAgent(role=role_configs["conv_summary"].role, task = None, memory = None, do_search = role_configs["conv_summary"].do_search, do_doc_retrieval = role_configs["conv_summary"].do_doc_retrieval, do_tool_retrieval = role_configs["conv_summary"].do_tool_retrieval, do_filter=False, do_use_self_memory=False) self.chains: List[BaseChain] = self.init_chains( phase_name, task=task, memory=None, phase_config = phase_config, chain_config = chain_config, role_config = role_config, ) self.message_utils = MessageUtils() self.phase_name = phase_name self.do_summary = do_summary self.do_search = do_search self.do_code_retrieval = do_code_retrieval self.do_doc_retrieval = do_doc_retrieval self.do_tool_retrieval = do_tool_retrieval # self.global_memory = Memory(messages=[]) # self.chain_message = Memory([]) self.phase_memory: List[Memory] = [] # memory_pool dont have specific order self.memory_pool = Memory(messages=[]) def astep(self, query: Message, history: Memory = None) -> Tuple[Message, Memory]: summary_message = None chain_message = Memory(messages=[]) local_phase_memory = Memory(messages=[]) # do_search、do_doc_search、do_code_search query = self.message_utils.get_extrainfo_step(query, self.do_search, self.do_doc_retrieval, self.do_code_retrieval, self.do_tool_retrieval) input_message = copy.deepcopy(query) self.global_memory.append(input_message) local_phase_memory.append(input_message) for chain in self.chains: # chain can supply background and query to next chain for output_message, local_chain_memory in chain.astep(input_message, history, background=chain_message, memory_pool=self.memory_pool): # logger.debug(f"local_memory: {local_memory + chain_memory}") yield output_message, local_phase_memory + local_chain_memory output_message = self.message_utils.inherit_extrainfo(input_message, output_message) input_message = output_message logger.info(f"{chain.chainConfig.chain_name} phase_step: {output_message.role_content}") # 这一段也有问题 self.global_memory.extend(local_chain_memory) local_phase_memory.extend(local_chain_memory) # whether to use summary_llm if self.do_summary: logger.info(f"{self.conv_summary_agent.role.role_name} input global memory: {local_phase_memory.to_str_messages(content_key='step_content')}") for summary_message in self.conv_summary_agent.arun(query, background=local_phase_memory, memory_pool=self.memory_pool): pass # summary_message = Message(**summary_message) summary_message.role_name = chain.chainConfig.chain_name summary_message = self.conv_summary_agent.message_utils.parser(summary_message) summary_message = self.conv_summary_agent.message_utils.filter(summary_message) summary_message = self.message_utils.inherit_extrainfo(output_message, summary_message) chain_message.append(summary_message) message = summary_message or output_message yield message, local_phase_memory # 由于不会存在多轮chain执行，所以直接保留memory即可 for chain in self.chains: self.phase_memory.append(chain.global_memory) # TODO：local_memory缺少添加summary的过程 message = summary_message or output_message message.role_name = self.phase_name yield message, local_phase_memory def step(self, query: Message, history: Memory = None) -> Tuple[Message, Memory]: for message, local_phase_memory in self.astep(query, history=history): pass return message, local_phase_memory def init_chains(self, phase_name, phase_config, chain_config, role_config, task=None, memory=None) -> List[BaseChain]: # load config role_configs = load_role_configs(role_config) chain_configs = load_chain_configs(chain_config) phase_configs = load_phase_configs(phase_config) chains = [] self.chain_module = importlib.import_module("dev_opsgpt.connector.chains") self.agent_module = importlib.import_module("dev_opsgpt.connector.agents") phase = phase_configs.get(phase_name) logger.info(f"start to init the phase, the phase_name is {phase_name}, it contains these chains such as {phase.chains}") for chain_name in phase.chains: # logger.debug(f"{chain_configs.keys()}") chain_config = chain_configs[chain_name] logger.info(f"start to init the chain, the chain_name is {chain_name}, it contains these agents such as {chain_config.agents}") agents = [] for agent_name in chain_config.agents: agent_config = role_configs[agent_name] baseAgent: BaseAgent = getattr(self.agent_module, agent_config.role.agent_type) base_agent = baseAgent( agent_config.role, task = task, memory = memory, chat_turn=agent_config.chat_turn, do_search = agent_config.do_search, do_doc_retrieval = agent_config.do_doc_retrieval, do_tool_retrieval = agent_config.do_tool_retrieval, stop= agent_config.stop, focus_agents=agent_config.focus_agents, focus_message_keys=agent_config.focus_message_keys, ) agents.append(base_agent) chain_instance = BaseChain( chain_config, agents, chain_config.chat_turn, do_checker=chain_configs[chain_name].do_checker, do_code_exec=False,) chains.append(chain_instance) return chains # def get_extrainfo_step(self, input_message): # if self.do_doc_retrieval: # input_message = self.get_doc_retrieval(input_message) # # logger.debug(F"self.do_code_retrieval: {self.do_code_retrieval}") # if self.do_code_retrieval: # input_message = self.get_code_retrieval(input_message) # if self.do_search: # input_message = self.get_search_retrieval(input_message) # return input_message # def inherit_extrainfo(self, input_message: Message, output_message: Message): # output_message.db_docs = input_message.db_docs # output_message.search_docs = input_message.search_docs # output_message.code_docs = input_message.code_docs # output_message.figures.update(input_message.figures) # output_message.origin_query = input_message.origin_query # return output_message # def get_search_retrieval(self, message: Message,) -> Message: # SEARCH_ENGINES = {"duckduckgo": DDGSTool} # search_docs = [] # for idx, doc in enumerate(SEARCH_ENGINES["duckduckgo"].run(message.role_content, 3)): # doc.update({"index": idx}) # search_docs.append(Doc(**doc)) # message.search_docs = search_docs # return message # def get_doc_retrieval(self, message: Message) -> Message: # query = message.role_content # knowledge_basename = message.doc_engine_name # top_k = message.top_k # score_threshold = message.score_threshold # if knowledge_basename: # docs = DocRetrieval.run(query, knowledge_basename, top_k, score_threshold) # message.db_docs = [Doc(**doc) for doc in docs] # return message # def get_code_retrieval(self, message: Message) -> Message: # # DocRetrieval.run("langchain是什么", "DSADSAD") # query = message.input_query # code_engine_name = message.code_engine_name # history_node_list = message.history_node_list # code_docs = CodeRetrieval.run(code_engine_name, query, code_limit=message.top_k, history_node_list=history_node_list) # message.code_docs = [CodeDoc(**doc) for doc in code_docs] # return message # def get_tool_retrieval(self, message: Message) -> Message: # return message def update(self) -> Memory: pass def get_memory(self, ) -> Memory: return Memory.from_memory_list( [chain.get_memory() for chain in self.chains] ) def get_memory_str(self, do_all_memory=True, content_key="role_content") -> str: memory = self.global_memory if do_all_memory else self.phase_memory return "\n".join([": ".join(i) for i in memory.to_tuple_messages(content_key=content_key)]) def get_chains_memory(self, content_key="role_content") -> List[Tuple]: return [memory.to_tuple_messages(content_key=content_key) for memory in self.phase_memory] def get_chains_memory_str(self, content_key="role_content") -> str: return "************".join([f"{chain.chainConfig.chain_name}\n" + chain.get_memory_str(content_key=content_key) for chain in self.chains])