bubo

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Published: Dec 27, 2024 License: MIT Imports: 9 Imported by: 0

README ΒΆ

πŸ¦‰ Bubo: A Parliament of AI Agents

Building distributed, autonomous AI agents through Temporal workflows

🌟 Overview

Bubo (named after the mechanical owl from "Clash of the Titans") is a framework for creating and orchestrating distributed AI agents using Temporal workflows. Just as a parliament of owls works together in nature, Bubo enables multiple AI agents to collaborate and operate autonomously within a distributed system.

✨ Key Features

  • πŸ”„ Agent-as-Workflow Architecture
  • 🀝 Multi-Agent Collaboration
  • πŸƒβ€β™‚οΈ Durable Execution
  • πŸ”Œ Fault Tolerance & Recovery
  • πŸ“Š Observable Agent States
  • πŸ”’ Built-in Security

Documentation ΒΆ

Index ΒΆ

Constants ΒΆ

This section is empty.

Variables ΒΆ

View Source
var WithFunctionDescription = opts.ForName[AgentFunctionDefinition, string]("Description")

WithFunctionDescription returns a function that sets the description of an agent function. It takes a string parameter 'description' and returns a function that modifies the 'Description' field of the provided 'agentFunctionOptions' struct.

View Source
var WithFunctionName = opts.ForName[AgentFunctionDefinition, string]("Name")

WithFunctionName returns a function that sets the Name field of agentFunctionOptions to the provided name. This can be used to configure an agent function with a specific name.

Parameters:

  • name: A string representing the name to be assigned.

Returns:

  • A function that takes a pointer to agentFunctionOptions and sets its Name field.

Functions ΒΆ

func WithFunctionParameters ΒΆ

func WithFunctionParameters(parameters ...string) opts.Option[AgentFunctionDefinition]

WithFunctionParameters returns a function that sets the Parameters field of agentFunctionOptions to a map where each parameter is assigned a key in the format "paramN", where N is the index of the parameter in the input slice.

Parameters:

parameters - a variadic string slice containing the parameters to be set.

Returns:

A function that takes a pointer to agentFunctionOptions and sets its Parameters field.

Types ΒΆ

type Agent ΒΆ

type Agent interface {
	// Name returns the agent's name
	Name() string

	// Model returns the agent's model
	Model() string

	// Instructions returns the agent's instructions
	Instructions() string

	// Functions returns the agent's function definitions
	Functions() []AgentFunctionDefinition

	// ToolChoice returns the agent's tool choice
	ToolChoice() string

	// ParallelToolCalls returns whether the agent supports parallel tool calls
	ParallelToolCalls() bool

	RenderInstructions(ContextVars) (string, error)
}

Agent represents an interface for an agent with various capabilities. It provides methods to retrieve the agent's name, model, instructions, function definitions, tool choice, and whether it supports parallel tool calls. available functions, tool choice, and whether parallel tool calls are supported.

type AgentFunctionDefinition ΒΆ

type AgentFunctionDefinition struct {
	Name        string
	Description string
	Parameters  map[string]string
	Function    any
}

AgentFunctionDefinition represents the definition of an agent function. It includes the function's name, description, parameters, and the function itself.

func AgentFunction ΒΆ

func AgentFunction(f any, options ...AgentFunctionOption) (AgentFunctionDefinition, error)

AgentFunction creates an AgentFunctionDefinition from the provided function and options. The function is assigned to the Function field of the resulting AgentFunctionDefinition.

Parameters:

  • f: The function to be assigned to the AgentFunctionDefinition.
  • options: A variadic list of AgentFunctionOption to configure the AgentFunctionDefinition.

Returns:

An AgentFunctionDefinition with the provided function and applied options.

func MustAgentFunction ΒΆ

func MustAgentFunction(f any, options ...AgentFunctionOption) AgentFunctionDefinition

MustAgentFunction wraps the AgentFunction call and ensures that any error returned by AgentFunction is handled by panicking. It takes a function `f` and a variadic number of AgentFunctionOption `options` as arguments, and returns an AgentFunctionDefinition. If AgentFunction returns an error, MustAgentFunction will panic.

Parameters:

  • f: The function to be wrapped.
  • options: A variadic number of options to configure the agent function.

Returns:

  • AgentFunctionDefinition: The definition of the agent function.

type AgentFunctionOption ΒΆ

type AgentFunctionOption = opts.Option[AgentFunctionDefinition]

AgentFunctionOption is a type alias for a function that modifies the configuration options of an agent function. It allows for flexible and customizable configuration of agent functions by applying various options.

type ContextVars ΒΆ

type ContextVars map[string]any

func (ContextVars) String ΒΆ

func (cv ContextVars) String() string

type DefaultAgent ΒΆ

type DefaultAgent struct {
	// contains filtered or unexported fields
}

DefaultAgent represents an agent with specific attributes and capabilities. It includes the agent's name, model, instructions, function definitions, tool choice, and whether it supports parallel tool calls.

func NewAgent ΒΆ

func NewAgent(name, model, instructions string) *DefaultAgent

NewAgent creates a new DefaultAgent with the provided parameters.

func (*DefaultAgent) AddFunction ΒΆ

func (a *DefaultAgent) AddFunction(f1 AgentFunctionDefinition, frest ...AgentFunctionDefinition)

AddFunction adds a function definition to the agent.

func (*DefaultAgent) DisableParallelToolCalls ΒΆ

func (a *DefaultAgent) DisableParallelToolCalls()

DisableParallelToolCalls disables parallel tool calls for the agent.

func (*DefaultAgent) EnableParallelToolCalls ΒΆ

func (a *DefaultAgent) EnableParallelToolCalls()

EnableParallelToolCalls enables parallel tool calls for the agent.

func (*DefaultAgent) Functions ΒΆ

func (a *DefaultAgent) Functions() []AgentFunctionDefinition

Functions returns the agent's function definitions.

func (*DefaultAgent) Instructions ΒΆ

func (a *DefaultAgent) Instructions() string

Instructions returns the agent's instructions.

func (*DefaultAgent) Model ΒΆ

func (a *DefaultAgent) Model() string

Model returns the agent's model.

func (*DefaultAgent) Name ΒΆ

func (a *DefaultAgent) Name() string

Name returns the agent's name.

func (*DefaultAgent) ParallelToolCalls ΒΆ

func (a *DefaultAgent) ParallelToolCalls() bool

ParallelToolCalls returns whether the agent supports parallel tool calls.

func (*DefaultAgent) RenderInstructions ΒΆ

func (a *DefaultAgent) RenderInstructions(cv ContextVars) (string, error)

func (*DefaultAgent) SetToolChoice ΒΆ

func (a *DefaultAgent) SetToolChoice(toolChoice string)

SetToolChoice sets the agent's tool choice.

func (*DefaultAgent) ToolChoice ΒΆ

func (a *DefaultAgent) ToolChoice() string

ToolChoice returns the agent's tool choice.

func (*DefaultAgent) WithFunction ΒΆ

WithFunction adds a function definition to the agent.

func (*DefaultAgent) WithParallelToolCalls ΒΆ

func (a *DefaultAgent) WithParallelToolCalls() *DefaultAgent

WithParallelToolCalls enables parallel tool calls for the agent.

func (*DefaultAgent) WithToolChoice ΒΆ

func (a *DefaultAgent) WithToolChoice(toolChoice string) *DefaultAgent

WithToolChoice sets the agent's tool choice.

func (*DefaultAgent) WithoutParallelToolCalls ΒΆ

func (a *DefaultAgent) WithoutParallelToolCalls() *DefaultAgent

WithoutParallelToolCalls disables parallel tool calls for the agent.

Directories ΒΆ

Path Synopsis
cmd
pkg
messages
Package messages provides types and functionality for handling multi-part message content in different formats including text, images, and audio.
Package messages provides types and functionality for handling multi-part message content in different formats including text, images, and audio.
runstate
Package runstate provides functionality for managing the runtime state of message processing, including message aggregation, forking, and joining of message streams, as well as usage tracking.
Package runstate provides functionality for managing the runtime state of message processing, including message aggregation, forking, and joining of message streams, as well as usage tracking.

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