micro--go-micro
1bc886fa82
* docs: Agent interface design sketch Proposes Agent as a top-level abstraction alongside Service in the micro package. Agent manages services — scoped tools, system prompt, conversation memory, registry-discoverable. Design only, no implementation. https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * feat: Agent as a first-class abstraction Introduce micro.NewAgent() alongside micro.New() — Agent is to intelligence what Service is to capability. Agent interface: - Chat(ctx, message) (*Response, error) — core interaction method - Run() — registers in registry, subscribes to broker, blocks - Stop() — graceful shutdown - Scoped tools — only sees endpoints of its assigned services - Persistent memory — conversation history stored in store - Agent-to-agent — communication via broker topics Top-level API: agent := micro.NewAgent("task-mgr", micro.AgentServices("task"), micro.AgentPrompt("You manage tasks."), micro.AgentProvider("anthropic"), ) agent.Run() https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * feat: wire agents into chat router, add micro agent CLI, expose Flow Three top-level abstractions: micro.New("task") — Service (capability) micro.NewAgent("task-mgr") — Agent (intelligence) micro.NewFlow("onboard-user") — Flow (event-driven orchestration) micro chat as router: - Discovers agents from registry on startup - Single agent: routes directly - Multiple agents: LLM classifies intent, dispatches to right agent via route_to_agent tool - No agents: falls back to current direct-service behaviour - Banner shows discovered agents micro agent CLI: - micro agent list — shows registered agents and their services - micro agent describe <name> — shows agent details from registry https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * feat: move flow to top level, update docs for three abstractions Package structure now consistent: service/ — Service (capability) agent/ — Agent (intelligence) flow/ — Flow (event-driven orchestration) ai/flow/ kept as backward-compatible re-export. Updated across all surfaces: - CLAUDE.md: added agent/ and flow/ to project structure - README: added "Building Agents" section with NewAgent() examples, updated features table (Agents, Flows, Chat router), CLI table (agent list, agent describe), docs links - Website: features grid shows Services, Agents, Flows as the three pillars alongside generation, MCP, and pluggable architecture - micro.go: Flow imported from top-level flow/ package https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * docs: rewrite getting-started, fix ai-integration import paths Getting started now covers all three abstractions: - Service (write handlers, micro run, templates) - Agent (micro.NewAgent, scoped tools, memory, CLI) - Flow (event-driven LLM orchestration) Leads with prompt-based generation, then manual service creation. ai-integration.md: fixed flow import path from go-micro.dev/v5/ai/flow to go-micro.dev/v5/flow, updated stack diagram to show agent/flow/chat. https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * blog: Introducing micro.NewAgent() Post 16 — announces Agent as a first-class abstraction. Shows the API (NewAgent, AgentServices, AgentPrompt, AgentProvider), scoped tools, persistent memory, multi-service agents, multi-agent systems, and the three-abstraction comparison table (Service/Agent/Flow). https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * feat: fix agent registration, blog post 16 Agent registration: - Add node with address so mDNS can discover agents - Store type and services in node metadata (mDNS requirement) - Connect broker before subscribing, non-fatal if broker unavailable - Print registration confirmation on Run() Agent/chat discovery: - Check both service-level and node-level metadata for type=agent (mDNS stores metadata on nodes, not services) Blog post 16: "Introducing micro.NewAgent()" — announces the Agent abstraction with code examples, comparison table, multi-agent patterns. Tested end-to-end: micro run → micro agent list discovers the agent → micro chat routes to it → agent calls service endpoints. https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * feat: agents are proper services with RPC Chat endpoint Refactored agent to use server.Server instead of fake registry entries. An agent now: - Creates a real RPC server with server.Name(agentName) - Registers an Agent.Chat handler callable via standard RPC - Sets server metadata type=agent, services=x,y for discovery - No more fake addresses or broker hacks micro chat calls agents via RPC (client.Call) instead of creating local agent instances. The registry stays clean — agents are real services with real endpoints. Removed broker dependency from agent options. Agent-to-agent communication is just RPC like everything else. https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * feat: agent uses proto-defined RPC interface Added agent/proto/agent.proto with Agent service definition: rpc Chat(ChatRequest) returns (ChatResponse) Agent now implements the generated AgentHandler interface and registers via pb.RegisterAgentHandler. The Chat endpoint is a standard proto-based RPC callable by any go-micro client. Renamed the programmatic API from Chat() to Ask() to avoid collision with the proto handler method name. micro chat calls agents via standard RPC with JSON-encoded request/response — no special types needed on the caller side. https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd * feat: generate agent alongside services, update all docs micro run --prompt now generates an agent binary that manages all the generated services. The agent reads MICRO_AI_PROVIDER and MICRO_AI_API_KEY from the environment. micro run propagates these when started with --prompt. Run banner shows services and agents separately. Updated README, getting-started guide, and landing page to show the complete flow: generate → services + agent start → micro chat routes to agent → agent orchestrates services. https://claude.ai/code/session_01QTp4SshuVmLAvvEGJe4TJd --------- Co-authored-by: Claude <noreply@anthropic.com>
147 行
4.5 KiB
Go
147 行
4.5 KiB
Go
// Package micro is a pluggable framework for microservices
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package micro
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import (
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"context"
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"go-micro.dev/v5/agent"
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"go-micro.dev/v5/flow"
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"go-micro.dev/v5/client"
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"go-micro.dev/v5/server"
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"go-micro.dev/v5/service"
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)
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type serviceKey struct{}
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// Service is the interface for a go-micro service.
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type Service = service.Service
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// Agent is the interface for an AI agent that manages services.
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type Agent = agent.Agent
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// AgentOption configures an Agent.
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type AgentOption = agent.Option
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// Flow is an event-driven LLM orchestration unit.
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type Flow = flow.Flow
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// FlowOption configures a Flow.
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type FlowOption = flow.Option
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// Group is a set of services that share lifecycle management.
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type Group = service.Group
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type Option = service.Option
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type Options = service.Options
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// Event is used to publish messages to a topic.
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type Event interface {
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// Publish publishes a message to the event topic
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Publish(ctx context.Context, msg interface{}, opts ...client.PublishOption) error
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}
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// Type alias to satisfy the deprecation.
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type Publisher = Event
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// New creates a new service with the given name and options.
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//
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// service := micro.New("greeter")
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// service := micro.New("greeter", micro.Address(":8080"))
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func New(name string, opts ...Option) Service {
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return service.New(append([]Option{service.Name(name)}, opts...)...)
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}
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// NewService creates and returns a new Service based on the packages within.
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// Deprecated: Use New(name, opts...) instead.
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func NewService(opts ...Option) Service {
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return service.New(opts...)
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}
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// NewAgent creates a new AI agent that manages the given services.
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//
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// agent := micro.NewAgent("task-mgr",
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// micro.AgentServices("task"),
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// micro.AgentPrompt("You manage tasks."),
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// micro.AgentProvider("anthropic"),
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// )
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// agent.Run()
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func NewAgent(name string, opts ...AgentOption) Agent {
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return agent.New(append([]AgentOption{agent.Name(name)}, opts...)...)
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}
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// AgentServices sets which services the agent manages.
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func AgentServices(names ...string) AgentOption { return agent.Services(names...) }
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// AgentPrompt sets the agent's system prompt.
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func AgentPrompt(p string) AgentOption { return agent.Prompt(p) }
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// AgentProvider sets the LLM provider.
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func AgentProvider(p string) AgentOption { return agent.Provider(p) }
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// AgentModel sets the LLM model.
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func AgentModel(m string) AgentOption { return agent.Model(m) }
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// AgentAPIKey sets the API key for the LLM provider.
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func AgentAPIKey(k string) AgentOption { return agent.APIKey(k) }
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// NewFlow creates an event-driven LLM orchestration unit.
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//
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// f := micro.NewFlow("onboard-user",
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// micro.FlowTrigger("events.user.created"),
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// micro.FlowPrompt("New user: {{.Data}}. Send welcome email."),
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// micro.FlowProvider("anthropic"),
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// )
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// f.Register(service.Options().Registry, service.Options().Broker, service.Client())
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func NewFlow(name string, opts ...FlowOption) *Flow {
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return flow.New(name, opts...)
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}
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// FlowTrigger sets the broker topic that triggers the flow.
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func FlowTrigger(topic string) FlowOption { return flow.Trigger(topic) }
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// FlowPrompt sets the prompt template. Use {{.Data}} for the event payload.
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func FlowPrompt(p string) FlowOption { return flow.Prompt(p) }
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// FlowProvider sets the LLM provider.
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func FlowProvider(p string) FlowOption { return flow.Provider(p) }
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// FlowAPIKey sets the API key for the LLM provider.
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func FlowAPIKey(k string) FlowOption { return flow.APIKey(k) }
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// NewGroup creates a service group for running multiple services
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// in a single binary with shared lifecycle management.
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func NewGroup(svcs ...Service) *Group {
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return service.NewGroup(svcs...)
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}
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// FromContext retrieves a Service from the Context.
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func FromContext(ctx context.Context) (Service, bool) {
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s, ok := ctx.Value(serviceKey{}).(Service)
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return s, ok
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}
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// NewContext returns a new Context with the Service embedded within it.
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func NewContext(ctx context.Context, s Service) context.Context {
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return context.WithValue(ctx, serviceKey{}, s)
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}
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// NewEvent creates a new event publisher.
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func NewEvent(topic string, c client.Client) Event {
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if c == nil {
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c = client.NewClient()
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}
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return &event{c, topic}
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}
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// RegisterHandler is syntactic sugar for registering a handler.
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func RegisterHandler(s server.Server, h interface{}, opts ...server.HandlerOption) error {
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return s.Handle(s.NewHandler(h, opts...))
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}
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// RegisterSubscriber is syntactic sugar for registering a subscriber.
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func RegisterSubscriber(topic string, s server.Server, h interface{}, opts ...server.SubscriberOption) error {
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return s.Subscribe(s.NewSubscriber(topic, h, opts...))
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}
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