CopilotPopup
Floating chat bubble that toggles open an overlay chat window.
"""PydanticAI agent with sales todos state, weather/query tools, and HITL scheduling.Upgraded from proverbs demo to full feature parity with shared tool implementations."""import jsonfrom textwrap import dedentfrom typing import Anyfrom pydantic import BaseModel, Fieldfrom pydantic_ai import Agent, RunContextfrom pydantic_ai.ag_ui import StateDepsfrom ag_ui.core import EventType, StateSnapshotEventfrom pydantic_ai.models.openai import OpenAIResponsesModelfrom dotenv import load_dotenvfrom tools import ( get_weather_impl, query_data_impl, manage_sales_todos_impl, get_sales_todos_impl, schedule_meeting_impl, search_flights_impl, build_a2ui_operations_from_tool_call,)from tools.types import Flightload_dotenv()# =====# State# =====class SalesTodosState(BaseModel): """Sales pipeline todos managed by the agent.""" todos: list[dict[str, Any]] = Field( default_factory=list, description="The list of sales pipeline todos", )# =====# Agent# =====agent = Agent( model=OpenAIResponsesModel("gpt-4.1-mini"), deps_type=StateDeps[SalesTodosState], system_prompt=dedent(""" You are a helpful sales assistant that helps manage a sales pipeline. The user has a list of sales todos that you can help them manage. You have tools available to add, update, or retrieve todos from the pipeline. You can also look up weather and query financial data. You can search flights and display rich A2UI cards (via search_flights tool). You can generate dynamic A2UI dashboards from conversation context (via generate_a2ui tool). When discussing sales todos, ALWAYS use the get_sales_todos tool to see the current list before mentioning, updating, or discussing todos with the user. """).strip(),)# =====# Tools# =====@agent.tooldef get_weather(ctx: RunContext[StateDeps[SalesTodosState]], location: str) -> str: """Get the weather for a given location. Ensure location is fully spelled out. Useful on its own for weather questions, and a great companion to `search_flights` — always consider checking the weather at a destination the user is flying to, and checking flights to any city whose weather the user has just asked about. """ return json.dumps(get_weather_impl(location))@agent.tooldef query_data(ctx: RunContext[StateDeps[SalesTodosState]], query: str) -> str: """Query financial database for chart data. Returns data suitable for pie or bar charts.""" return json.dumps(query_data_impl(query))@agent.toolasync def manage_sales_todos( ctx: RunContext[StateDeps[SalesTodosState]], todos: list[dict[str, Any]]) -> StateSnapshotEvent: """Manage the sales pipeline. Pass the complete list of sales todos.""" result = manage_sales_todos_impl(todos) ctx.deps.state.todos = result return StateSnapshotEvent( type=EventType.STATE_SNAPSHOT, snapshot=ctx.deps.state, )@agent.tooldef get_sales_todos(ctx: RunContext[StateDeps[SalesTodosState]]) -> str: """Get the current list of sales pipeline todos.""" return json.dumps(get_sales_todos_impl(ctx.deps.state.todos or None))@agent.tooldef schedule_meeting( ctx: RunContext[StateDeps[SalesTodosState]], reason: str, duration_minutes: int = 30) -> str: """Schedule a meeting. The user will be asked to pick a time via the UI.""" return json.dumps(schedule_meeting_impl(reason, duration_minutes))@agent.tooldef search_flights( ctx: RunContext[StateDeps[SalesTodosState]], flights: list[dict[str, Any]]) -> str: """Search for flights and display the results as rich cards. Return exactly 2 flights. Each flight must have: airline, airlineLogo, flightNumber, origin, destination, date (short readable format like "Tue, Mar 18" -- use near-future dates), departureTime, arrivalTime, duration (e.g. "4h 25m"), status (e.g. "On Time" or "Delayed"), statusColor (hex color for status dot), price (e.g. "$289"), and currency (e.g. "USD"). For airlineLogo use Google favicon API: https://www.google.com/s2/favicons?domain={airline_domain}&sz=128 """ result = search_flights_impl(flights) return json.dumps(result)@agent.tooldef generate_a2ui(ctx: RunContext[StateDeps[SalesTodosState]]) -> str: """Generate dynamic A2UI components based on the conversation. A secondary LLM designs the UI schema and data. The result is returned as an a2ui_operations container for the middleware to detect. """ from openai import OpenAI # Extract conversation messages from deps copilotkit_state = getattr(ctx.deps, "copilotkit", None) conversation_messages: list[dict] = [] context_entries: list[dict] = [] if copilotkit_state: if hasattr(copilotkit_state, "messages"): for msg in copilotkit_state.messages or []: role = msg.role.value if hasattr(msg.role, "value") else str(msg.role) if role in ("user", "assistant"): content = "" if hasattr(msg, "content"): if isinstance(msg.content, str): content = msg.content elif isinstance(msg.content, list): parts = [] for part in msg.content: if hasattr(part, "text"): parts.append(part.text) elif isinstance(part, dict) and "text" in part: parts.append(part["text"]) content = "".join(parts) if content: conversation_messages.append({"role": role, "content": content}) if hasattr(copilotkit_state, "context"): context_entries = copilotkit_state.context or [] context_text = "\n\n".join( entry.get("value", "") for entry in context_entries if isinstance(entry, dict) and entry.get("value") ) client = OpenAI() tool_schema = { "type": "function", "function": { "name": "render_a2ui", "description": "Render a dynamic A2UI v0.9 surface.", "parameters": { "type": "object", "properties": { "surfaceId": {"type": "string"}, "catalogId": {"type": "string"}, "components": {"type": "array", "items": {"type": "object"}}, "data": {"type": "object"}, }, "required": ["surfaceId", "catalogId", "components"], }, }, } llm_messages: list[dict] = [ { "role": "system", "content": context_text or "Generate a useful dashboard UI.", }, ] llm_messages.extend(conversation_messages) response = client.chat.completions.create( model="gpt-4.1", messages=llm_messages, tools=[tool_schema], tool_choice={"type": "function", "function": {"name": "render_a2ui"}}, ) if not response.choices[0].message.tool_calls: return json.dumps({"error": "LLM did not call render_a2ui"}) tool_call = response.choices[0].message.tool_calls[0] args = json.loads(tool_call.function.arguments) result = build_a2ui_operations_from_tool_call(args) return json.dumps(result)What is this?#
<CopilotPopup> is a prebuilt floating launcher that opens an overlay chat
window on top of your page content. It's the lightest-weight way to add a
copilot to an existing app. Drop it in once and a bubble appears in the
corner ready to chat.
When should I use this?#
Use the popup when you want:
- A minimal-footprint copilot that overlays existing content on demand
- A launcher you can place on top of any page without reflowing the layout
- A quick assistant bubble that users open for short, task-focused chats
If you need chat to live alongside your content rather than on top of it,
use CopilotSidebar. For a fully embedded
chat pane, use <CopilotChat> directly.
Basic setup#
Wrap your app in <CopilotKit> once (the provider wires the runtime,
session, and agent registry) and render <CopilotPopup> as a sibling of
your main content. The example below opens the popup by default and
customizes the input placeholder via labels:
<CopilotKit runtimeUrl="/api/copilotkit" agent="prebuilt-popup"> <MainContent /> <CopilotPopup agentId="prebuilt-popup" defaultOpen={true} labels={{ chatInputPlaceholder: "Ask the popup anything...", }} /> <Suggestions /> </CopilotKit>Configuring the popup#
<CopilotPopup> accepts the same props as <CopilotChat> plus a few of
its own. Commonly used options:
| Prop | Description |
|---|---|
defaultOpen | Whether the popup starts open on first render. |
agentId | Agent slug the popup should talk to (must match an agent configured on the runtime). |
labels | User-facing copy for the header, placeholder, and disclaimer. |
header | Slot for the popup header bar — see the slot system. |
toggleButton | Slot for the floating launcher button. |
Styling#
CopilotPopup participates in the slot system, so every piece of its UI
is customizable, from Tailwind classes on the message view to a full
component swap for the header or toggle button. See
custom look and feel for the full slot
reference.
