import os from jinja2 import Template from openhands.utils.microagent import MicroAgent class PromptManager: """ Manages prompt templates and micro-agents for AI interactions. This class handles loading and rendering of system and user prompt templates, as well as loading micro-agent specifications. It provides methods to access rendered system and initial user messages for AI interactions. Attributes: prompt_dir (str): Directory containing prompt templates. agent_skills_docs (str): Documentation of agent skills. micro_agent (MicroAgent | None): Micro-agent, if specified. """ def __init__( self, prompt_dir: str, agent_skills_docs: str, micro_agent: MicroAgent | None = None, ): self.prompt_dir: str = prompt_dir self.agent_skills_docs: str = agent_skills_docs self.system_template: Template = self._load_template('system_prompt') self.user_template: Template = self._load_template('user_prompt') self.micro_agent: MicroAgent | None = micro_agent def _load_template(self, template_name: str) -> Template: template_path = os.path.join(self.prompt_dir, f'{template_name}.j2') if not os.path.exists(template_path): raise FileNotFoundError(f'Prompt file {template_path} not found') with open(template_path, 'r') as file: return Template(file.read()) @property def system_message(self) -> str: rendered = self.system_template.render( agent_skills_docs=self.agent_skills_docs, ).strip() return rendered @property def initial_user_message(self) -> str: """This is the initial user message provided to the agent before *actual* user instructions are provided. It is used to provide a demonstration of how the agent should behave in order to solve the user's task. And it may optionally contain some additional context about the user's task. These additional context will convert the current generic agent into a more specialized agent that is tailored to the user's task. """ rendered = self.user_template.render( micro_agent=self.micro_agent.content if self.micro_agent else None ) return rendered.strip()