Short-Stay Self Check-in Agent

import { BimpeAI } from "@bimpeai/sdk";

const bimpe = new BimpeAI({ apiKey: process.env.BIMPEAI_API_KEY! });

const page = await bimpe.workflows.list({ scope: "public", search: "check-in" });
const workflow = page.data[0];
console.log(workflow.id, workflow.name);

import os
from bimpeai import BimpeAI

client = BimpeAI(api_key=os.environ["BIMPEAI_API_KEY"])

page = client.workflows.list(scope="public", search="check-in")
workflow = page.data[0]
print(workflow.id, workflow.name)

const workflow = await bimpe.workflows.create({
  name: "Self check-in assistant",
  system_prompt: "You guide short-stay guests through self check-in, key codes, house rules, Wi-Fi details, and checkout reminders.",
});
console.log(workflow.id);

workflow = client.workflows.create(
    name="Self check-in assistant",
    system_prompt="You guide short-stay guests through self check-in, key codes, house rules, Wi-Fi details, and checkout reminders.",
)
print(workflow.id)

const agent = await bimpe.agents.create(
  {
    name: "Self check-in assistant",
    description: "Guides short-stay guests through self check-in, house rules, and checkout.",
    workflow_id: workflow.id,
  },
  { idempotencyKey: "create-self-checkin-agent-v1" },
);

console.log(agent.id);

agent = client.agents.create(
    name="Self check-in assistant",
    description="Guides short-stay guests through self check-in, house rules, and checkout.",
    workflow_id=workflow.id,
    idempotency_key="create-self-checkin-agent-v1",
)

print(agent.id)

// All property details in a single knowledge base
await bimpe.agents.knowledgeBases.create(agent.id, {
  type: "text",
  name: "Property details",
  content:
    "ADDRESS: 14 Maple Street, Flat 3, London E1 6RF\n\n" +
    "ARRIVAL:\n" +
    "  Key safe is on the right of the front door, code: 4821.\n" +
    "  Flat 3 is on the second floor, turn left at the top of the stairs.\n" +
    "  Park in the bay marked '14' on Maple Street — free after 18:30 weekdays, all day weekends.\n\n" +
    "WI-FI:\n" +
    "  Network: MapleFlat3\n" +
    "  Password: sunny2026!\n\n" +
    "APPLIANCES:\n" +
    "  Boiler: press the red button on the right side to boost hot water (30-min boost).\n" +
    "  Washing machine: powder in the drawer on the left, programme 2 for a standard wash.\n" +
    "  Hob: turn the dial to the flame icon, then press and hold for 3 seconds to ignite.\n\n" +
    "HOUSE RULES:\n" +
    "  No smoking anywhere in the property.\n" +
    "  No parties or gatherings over 4 people.\n" +
    "  Quiet hours: 22:00–08:00.\n" +
    "  Bins: recycling (blue) and general waste (black) collected on Wednesday morning.\n\n" +
    "CHECKOUT:\n" +
    "  Checkout by 11:00. Strip the beds and leave towels in the bathroom.\n" +
    "  Return the key to the key safe and set the code back to 0000.\n" +
    "  Leave the heating on the frost setting (turn the dial to the snowflake icon).",
});

# All property details in a single knowledge base
client.agents.knowledge_bases.create(agent.id, {
    "type": "text",
    "name": "Property details",
    "content": (
        "ADDRESS: 14 Maple Street, Flat 3, London E1 6RF\n\n"
        "ARRIVAL:\n"
        "  Key safe is on the right of the front door, code: 4821.\n"
        "  Flat 3 is on the second floor, turn left at the top of the stairs.\n"
        "  Park in the bay marked '14' on Maple Street — free after 18:30 weekdays, all day weekends.\n\n"
        "WI-FI:\n"
        "  Network: MapleFlat3\n"
        "  Password: sunny2026!\n\n"
        "APPLIANCES:\n"
        "  Boiler: press the red button on the right side to boost hot water (30-min boost).\n"
        "  Washing machine: powder in the drawer on the left, programme 2 for a standard wash.\n"
        "  Hob: turn the dial to the flame icon, then press and hold for 3 seconds to ignite.\n\n"
        "HOUSE RULES:\n"
        "  No smoking anywhere in the property.\n"
        "  No parties or gatherings over 4 people.\n"
        "  Quiet hours: 22:00–08:00.\n"
        "  Bins: recycling (blue) and general waste (black) collected on Wednesday morning.\n\n"
        "CHECKOUT:\n"
        "  Checkout by 11:00. Strip the beds and leave towels in the bathroom.\n"
        "  Return the key to the key safe and set the code back to 0000.\n"
        "  Leave the heating on the frost setting (turn the dial to the snowflake icon)."
    ),
})

const { channels } = await bimpe.agents.getTestCode(agent.id);
// A tester opens channels.whatsapp.url, or sends channels.whatsapp.start_message
// to channels.whatsapp.phone_number, to open a 24-hour test window.
console.log(channels.whatsapp.start_message, channels.whatsapp.url);

// Or inject a test message yourself:
await bimpe.conversations.send(agent.id, {
  message: "Hi, I've just arrived — what's the key safe code?",
  channel_type: "whatsapp",
  channel_user_id: "<tester-whatsapp-number>",
  is_test_channel: true,
});

test_code = client.agents.get_test_code(agent.id)
# A tester opens .url, or sends .start_message to .phone_number, to open a 24-hour window.
print(test_code.channels.whatsapp.start_message, test_code.channels.whatsapp.url)

# Or inject a test message yourself:
client.conversations.send(
    agent.id,
    message="Hi, I've just arrived — what's the key safe code?",
    channel_type="whatsapp",
    channel_user_id="<tester-whatsapp-number>",
    is_test_channel=True,
)

const channels = await bimpe.agents.channels.list(agent.id);
console.log("Channels:", channels.map((c) => c.type));

channels = client.agents.channels.list(agent.id)
print("Channels:", [c.type for c in channels])

import { BimpeAI } from "@bimpeai/sdk";

const bimpe = new BimpeAI({ apiKey: process.env.BIMPEAI_API_KEY! });

// 1. Find workflow
const page = await bimpe.workflows.list({ scope: "public", search: "check-in" });
const workflow = page.data[0];

// 2. Create agent
const agent = await bimpe.agents.create(
  {
    name: "Self check-in assistant",
    description: "Guides short-stay guests through self check-in, house rules, and checkout.",
    workflow_id: workflow.id,
  },
  { idempotencyKey: "create-self-checkin-agent-v1" },
);

// 3. Add property knowledge base
await bimpe.agents.knowledgeBases.create(agent.id, {
  type: "text",
  name: "Property details",
  content:
    "Key safe code: 4821 (reset to 0000 on departure).\n" +
    "Wi-Fi: MapleFlat3 / sunny2026!\n" +
    "Checkout: 11:00. Strip beds, leave towels in bathroom.",
});

// 4. Verify channel (configured via dashboard)
const channels = await bimpe.agents.channels.list(agent.id);
console.log("Agent ID:", agent.id);
console.log("Channels:", channels.map((c) => c.type));

// 5. Stream messages in a guest conversation
const controller = new AbortController();

for await (const event of bimpe.conversations.messages.stream(
  agent.id,
  "<conversation_id>",
  { signal: controller.signal },
)) {
  console.log(event.role, event.message);
}

import os
from bimpeai import BimpeAI

client = BimpeAI(api_key=os.environ["BIMPEAI_API_KEY"])

# 1. Find workflow
page = client.workflows.list(scope="public", search="check-in")
workflow = page.data[0]

# 2. Create agent
agent = client.agents.create(
    name="Self check-in assistant",
    description="Guides short-stay guests through self check-in, house rules, and checkout.",
    workflow_id=workflow.id,
    idempotency_key="create-self-checkin-agent-v1",
)

# 3. Add property knowledge base
client.agents.knowledge_bases.create(agent.id, {
    "type": "text",
    "name": "Property details",
    "content": (
        "Key safe code: 4821 (reset to 0000 on departure).\n"
        "Wi-Fi: MapleFlat3 / sunny2026!\n"
        "Checkout: 11:00. Strip beds, leave towels in bathroom."
    ),
})

# 4. Verify channel (configured via dashboard)
channels = client.agents.channels.list(agent.id)
print("Agent ID:", agent.id)
print("Channels:", [c.type for c in channels])

# 5. Stream messages in a guest conversation
for event in client.conversations.messages.stream(agent.id, "<conversation_id>"):
    print(event.role, event.message)