def deps do
  [
    {:ex_mcp, "~> 1.0.0-rc.0"}
  ]
end

# In your Phoenix router
defmodule MyAppWeb.Router do
  use MyAppWeb, :router

  scope "/api/mcp" do
    forward "/", ExMCP.HttpPlug,
      handler: MyApp.MCPHandler,
      server_info: %{name: "my-phoenix-app", version: "1.0.0"},
      sse_enabled: true,
      cors_enabled: true
  end
end

# Create your MCP handler
defmodule MyApp.MCPHandler do
  use ExMCP.Server.Handler

  @impl true
  def init(_args), do: {:ok, %{}}

  @impl true
  def handle_initialize(_params, state) do
    {:ok, %{
      protocolVersion: ExMCP.protocol_version(),
      serverInfo: %{name: "my-phoenix-app", version: "1.0.0"},
      capabilities: %{tools: %{}, resources: %{}}
    }, state}
  end

  @impl true
  def handle_list_tools(_cursor, state) do
    tools = [
      %{
        name: "get_user_count",
        description: "Get total number of users",
        inputSchema: %{type: "object", properties: %{}}
      }
    ]
    {:ok, tools, nil, state}
  end

  @impl true
  def handle_call_tool("get_user_count", _args, state) do
    count = MyApp.Accounts.count_users()
    {:ok, %{content: [%{type: "text", text: "Total users: #{count}"}]}, state}
  end
end

defmodule MyServer do
  use ExMCP.Server.Handler
  use ExMCP.Server.DSL

  tool "greet", "Greets a person by name" do
    title "Greeting"
    param :name, :string, required: true, description: "Person to greet"

    run fn %{name: name}, state ->
      {:ok, %{text: "Hello, #{name}!"}, state}
    end
  end

  resource "info://about", "Server information" do
    title "About"
    mime_type "text/plain"

    read fn %{uri: uri}, state ->
      {:ok, %{uri: uri, text: "MyServer v1.0", mimeType: "text/plain"}, state}
    end
  end

  prompt "motivate", "Create a short motivational message" do
    arg :topic, required: true, description: "Topic to encourage"

    render fn %{topic: topic}, state ->
      {:ok,
       %{
         messages: [
           %{role: "user", content: %{type: "text", text: "Encourage me about #{topic}"}}
         ]
       }, state}
    end
  end
end

# Connect to a stdio-based server
{:ok, client} = ExMCP.Client.start_link(
  transport: :stdio,
  command: ["node", "my-mcp-server.js"]
)

# List available tools
{:ok, tools} = ExMCP.Client.list_tools(client)

# Call a tool
{:ok, result} = ExMCP.Client.call_tool(client, "search", %{
  query: "Elixir programming",
  limit: 10
})

defmodule MyToolService do
  use ExMCP.Server.Handler
  use ExMCP.Server.DSL

  tool "ping", "Test tool" do
    run fn _args, state ->
      {:ok, %{content: [%{type: "text", text: "Pong!"}]}, state}
    end
  end
end

{:ok, server} = MyToolService.start_link(transport: :beam)

{:ok, client} =
  ExMCP.Client.start_link(
    transport: :beam,
    server: server
  )

{:ok, tools} = ExMCP.Client.list_tools(client)
{:ok, result} = ExMCP.Client.call_tool(client, "ping", %{})

# Native ACP agents over stdio (Gemini CLI, Hermes, OpenCode, Qwen Code, etc.)
{:ok, client} = ExMCP.ACP.start_client(command: ["gemini", "--acp"])

# Create a session and send a prompt
{:ok, %{"sessionId" => sid}} = ExMCP.ACP.Client.new_session(client, "/my/project")
{:ok, %{"stopReason" => _}} = ExMCP.ACP.Client.prompt(client, sid, "Fix the failing tests")

# Claude Code via the SDK-compatible adapter
{:ok, client} = ExMCP.ACP.start_client(
  command: ["claude"],
  adapter: ExMCP.ACP.Adapters.ClaudeSDK,
  adapter_opts: [model: "sonnet", cwd: "/my/project"]
)

# Pi coding agent through the ACP-native adapter
{:ok, client} = ExMCP.ACP.start_client(
  command: ["pi"],
  adapter: ExMCP.ACP.Adapters.Pi,
  adapter_opts: [model: "anthropic/claude-sonnet-4", thinking_level: "medium"]
)

# Native Elixir ACP agent over stdio
{:ok, agent} = ExMCP.ACP.start_agent(
  handler: MyApp.AgentHandler,
  agent_info: %{"name" => "my-agent", "version" => "1.0.0"}
)