Construct a Hybrid-Reminiscence Autonomous Agent with Modular Structure and Device Dispatch Utilizing OpenAI

class MemoryStoreTool(Device):
   identify = "memory_store"
   description = "Save an necessary truth or piece of knowledge to long-term reminiscence."


   def __init__(self, reminiscence: MemoryBackend):
       self._mem = reminiscence


   def run(self, textual content: str, class: str = "common") -> str:
       chunk_id = self._mem.retailer(textual content, {"class": class})
       return f"Saved as {chunk_id}."


   def schema(self) -> Dict:
       return {
           "sort": "perform",
           "perform": {
               "identify": self.identify,
               "description": self.description,
               "parameters": {
                   "sort": "object",
                   "properties": {
                       "textual content":     {"sort": "string", "description": "The actual fact to recollect."},
                       "class": {"sort": "string", "description": "Class tag, e.g. 'user_pref', 'activity', 'truth'."},
                   },
                   "required": ["text"],
               },
           },
       }




class MemorySearchTool(Device):
   identify = "memory_search"
   description = "Search long-term reminiscence for info related to a question."


   def __init__(self, reminiscence: MemoryBackend):
       self._mem = reminiscence


   def run(self, question: str, top_k: int = 3) -> str:
       outcomes = self._mem.search(question, top_k=top_k)
       if not outcomes:
           return "No related reminiscences discovered."
       strains = [f"[{r['id']}] (rating={r['rrf_score']}) {r['text']}" for r in outcomes]
       return "Related reminiscences:n" + "n".be a part of(strains)


   def schema(self) -> Dict:
       return {
           "sort": "perform",
           "perform": {
               "identify": self.identify,
               "description": self.description,
               "parameters": {
                   "sort": "object",
                   "properties": {
                       "question": {"sort": "string", "description": "What to search for."},
                       "top_k": {"sort": "integer", "description": "Max outcomes (default 3)."},
                   },
                   "required": ["query"],
               },
           },
       }




class CalculatorTool(Device):
   identify = "calculator"
   description = "Consider a secure mathematical expression, e.g. '2 ** 10 + sqrt(144)'."


   def run(self, expression: str) -> str:
       allowed = {okay: getattr(math, okay) for okay in dir(math) if not okay.startswith("_")}
       allowed.replace({"abs": abs, "spherical": spherical})
       strive:
           outcome = eval(expression, {"__builtins__": {}}, allowed)
           return str(outcome)
       besides Exception as exc:
           return f"Error: {exc}"


   def schema(self) -> Dict:
       return {
           "sort": "perform",
           "perform": {
               "identify": self.identify,
               "description": self.description,
               "parameters": {
                   "sort": "object",
                   "properties": {
                       "expression": {"sort": "string", "description": "Math expression to guage."},
                   },
                   "required": ["expression"],
               },
           },
       }




class WebSnippetTool(Device):
   identify = "web_search"
   description = "Search the online for present info on a subject (simulated)."


   _KB = {
       "openai": "OpenAI is an AI security firm that develops the GPT household of fashions.",
       "rag": "Retrieval-Augmented Era (RAG) combines a retrieval system with an LLM to floor solutions in exterior paperwork.",
       "bm25": "BM25 (Greatest Match 25) is a probabilistic key phrase rating perform utilized in search engines like google and yahoo.",
   }


   def run(self, question: str) -> str:
       q = question.decrease()
       for kw, snippet in self._KB.objects():
           if kw in q:
               return f"Internet snippet for '{question}': {snippet}"
       return f"No snippet discovered for '{question}'. (Mock instrument — combine an actual search API right here.)"


   def schema(self) -> Dict:
       return {
           "sort": "perform",
           "perform": {
               "identify": self.identify,
               "description": self.description,
               "parameters": {
                   "sort": "object",
                   "properties": {
                       "question": {"sort": "string", "description": "Search question."},
                   },
                   "required": ["query"],
               },
           },
       }




@dataclass
class AgentPersona:
   identify: str
   position: str
   traits: Listing[str]
   forbidden_phrases: Listing[str] = area(default_factory=checklist)
   targets: Listing[str] = area(default_factory=checklist)


   def compile_system_prompt(self, extra_context: str = "") -> str:
       strains = [
           f"You are {self.name}, {self.role}.",
           "",
           "## Core Traits",
           *[f"- {t}" for t in self.traits],
       ]
       if self.targets:
           strains += ["", "## Goals", *[f"- {g}" for g in self.goals]]
       if self.forbidden_phrases:
           strains += ["", "## Forbidden Phrases (never say these)", *[f"- "{p}"" for p in self.forbidden_phrases]]
       if extra_context:
           strains += ["", "## Live Context", extra_context]
       strains += [
           "",
           "## Behaviour",
           "- Always reason step-by-step before answering.",
           "- Use available tools proactively; never guess when you can look up.",
           "- After using memory_search, quote the retrieved ID in your answer.",
           "- Keep answers concise unless depth is explicitly requested.",
       ]
       return "n".be a part of(strains)




ARIA = AgentPersona(
   identify="Aria",
   position="a exact, useful analysis assistant with a hybrid reminiscence system",
   traits=["Methodical", "Curious", "Transparent about uncertainty", "Concise"],
   targets=[
       "Remember and connect information across conversations",
       "Use tools whenever they can improve accuracy",
   ],
   forbidden_phrases=["I cannot", "As an AI language model"],
)


print("✅  Instruments and AgentPersona prepared.")