signalwire-swaig 2.3

A SignalWire SWAIG interface for AI Agents

SignalWire SWAIG

SignalWire SWAIG is a Python package that provides an interface for AI Agents to interact with SignalWire services. This package is designed to simplify the integration of AI capabilities with SignalWire's robust communication platform.

Features

• Easy integration with SignalWire services
• Designed for AI Agents
• Lightweight and efficient

Installation

To install SignalWire SWAIG, use pip:

pip install signalwire-swaig

Usage

Basic Setup

1. Initialize SWAIG with a Flask app:

   from flask import Flask
   from signalwire.swaig import SWAIG
   
   app = Flask(__name__)
   swaig = SWAIG(app)
   

2. Define an Endpoint:

   Use the @swaig.endpoint decorator to define an API endpoint.

   from signalwire.swaig import Parameter
   
   @swaig.endpoint("Check insurance eligibility",
                   member_id=Parameter("string", "Member ID number", required=True),
                   provider=Parameter("string", "Insurance provider name", required=True))
   def check_insurance(member_id, provider, meta_data=None, meta_data_toke=None):
       return f"Checking insurance for {member_id} with {provider}"
   

3. Run the Flask App:

   if __name__ == '__main__':
       app.run()
   

Advanced Parameter Usage

You can define parameters with additional attributes like required, enum, and default.

from signalwire.swaig import Parameter

@swaig.endpoint("Get user details",
                user_id=Parameter("string", "User ID", required=True),
                role=Parameter("string", "User role", enum=["admin", "user", "guest"]),
                status=Parameter("string", "Account status", default="active"))
def get_user_details(user_id, role="user", status="active", meta_data=None, meta_data_toke=None):
    return f"User {user_id} is a {role} with status {status}"

• required: Indicates if the parameter is mandatory. If not provided, the request will be rejected.
• enum: Specifies a list of acceptable values for the parameter. If the provided value is not in the list, the request will be rejected.
• default: Provides a default value for the parameter if it is not supplied in the request.

SWAIGArgument and SWAIGArgumentItems

SWAIGArgument and SWAIGArgumentItems are used to define complex argument structures for your endpoints.

• SWAIGArgument: Represents a single argument with a specific type and description.
• SWAIGArgumentItems: Represents a collection of SWAIGArgument objects, allowing you to define nested or grouped parameters.

Example usage:

from signalwire.swaig import SWAIGArgument, SWAIGArgumentItems

@swaig.endpoint("Process order",
                order=Parameter("object", "Order details", required=True, items=SWAIGArgumentItems(
                    SWAIGArgument("product_id", "string", "Product ID", required=True),
                    SWAIGArgument("quantity", "integer", "Quantity of the product", required=True),
                    SWAIGArgument("color", "array", "Color of the product", required=True, items=SWAIGArgumentItems(
                        SWAIGArgument("type", "string", "Type of the product", enum=["shirt", "pants", "shoes"])
                    )
                )))
def process_order(order, meta_data=None, meta_data_toke=None):
    return f"Processing order for product {order['product_id']} with quantity {order['quantity']} at {order['price']} each"

• SWAIGArgument: Define each argument with its type, description, and whether it is required.
• SWAIGArgumentItems: Use this to group multiple SWAIGArgument objects together for complex parameter structures.

Authentication

To enable basic authentication, provide a tuple of (username, password) when initializing SWAIG:

swaig = SWAIG(app, auth=("username", "password"))

Endpoint Details

• Description: A brief description of what the endpoint does.
• Parameters: Define the parameters with their type, description, and whether they are required.

Handling Requests

• Get Signature: Send a POST request to /swaig with {"action": "get_signature"} to retrieve the API signature.
• Function Call: Send a POST request to /swaig with {"function": "function_name", "argument": {"parsed": [{"param1": "value1", ...}]}} to call a registered function.

Supported Argument Types and Examples

Below are examples of each argument type you can define using SWAIGArgument and SWAIGArgumentItems:

String

@swaig.endpoint(
    "String Example",
    string_example=SWAIGArgument(
        type="string",
        description="A simple string value",
        required=True
    )
)
def string_example(string_example, meta_data=None, meta_data_toke=None):
    return f"String: {string_example}", {}

Integer

@swaig.endpoint(
    "Integer Example",
    integer_example=SWAIGArgument(
        type="integer",
        description="An integer value",
        required=True
    )
)
def integer_example(integer_example, meta_data=None, meta_data_toke=None):
    return f"Integer: {integer_example}", {}

Number (float)

@swaig.endpoint(
    "Number Example",
    number_example=SWAIGArgument(
        type="number",
        description="A floating point number"
    )
)
def number_example(number_example=None, meta_data=None, meta_data_toke=None):
    return f"Number: {number_example}", {}

Boolean

@swaig.endpoint(
    "Boolean Example",
    boolean_example=SWAIGArgument(
        type="boolean",
        description="A true/false boolean value",
        required=True
    )
)
def boolean_example(boolean_example, meta_data=None, meta_data_toke=None):
    return f"Boolean: {boolean_example}", {}

Enum (constrained string)

@swaig.endpoint(
    "Enum Example",
    enum_example=SWAIGArgument(
        type="string",
        description="A value constrained to a specific set of strings",
        enum=["option1", "option2", "option3"]
    )
)
def enum_example(enum_example=None, meta_data=None, meta_data_toke=None):
    return f"Enum: {enum_example}", {}

Array of Strings

@swaig.endpoint(
    "Array Example",
    array_example=SWAIGArgument(
        type="array",
        description="An array of strings",
        items=SWAIGArgumentItems(type="string")
    )
)
def array_example(array_example=None, meta_data=None, meta_data_toke=None):
    return f"Array: {array_example}", {}

Object (with nested fields)

@swaig.endpoint(
    "Object Example",
    object_example=SWAIGArgument(
        type="object",
        description="A nested object with internal fields",
        items=SWAIGArgumentItems(
            type="object",
            properties={
                "nested_string": SWAIGArgument(
                    type="string",
                    description="A nested string",
                    required=True
                ),
                "nested_number": SWAIGArgument(
                    type="number",
                    description="A nested number"
                )
            },
            required=["nested_string"]
        )
    )
)
def object_example(object_example=None, meta_data=None, meta_data_toke=None):
    return f"Object: {object_example}", {}

Array of Objects

@swaig.endpoint(
    "Array of Objects Example",
    array_of_objects=SWAIGArgument(
        type="array",
        description="An array of structured objects",
        items=SWAIGArgumentItems(
            type="object",
            properties={
                "name": SWAIGArgument(
                    type="string",
                    description="Name of the item",
                    required=True
                ),
                "value": SWAIGArgument(
                    type="integer",
                    description="Numeric value of the item",
                    required=True
                )
            },
            required=["name", "value"]
        )
    )
)
def array_of_objects(array_of_objects=None, meta_data=None, meta_data_toke=None):
    return f"Array of Objects: {array_of_objects}", {}

License

This project is licensed under the MIT License.

Contributing

Contributions are welcome! Please submit a pull request or open an issue for any improvements or bug fixes.

Contact

For any questions or support, please contact [e-mail].