@mageguild/weave NPM

Not yet ready for production

this readme is out of date lmao sorry <3

Table of Contents
Introduction
Getting Started
- Installation
- Basic Usage
Components

Introduction

Welcome to weave, a practical TypeScript-JSX library crafted with the intent to simplify the interaction between your server-side logic and Language Learning Models (LLMs). At its core, weave uses the familiar JSX syntax to abstract away the complexities of crafting natural language prompts and orchestrating LLM operations.

In the day-to-day development journey, we often encounter repetitive tasks, especially when dealing with conversational AI and other language processing utilities. weave was born from the idea that there should be an easier, more maintainable way to handle these repetitive elements — a way that feels second nature to those of us who've grown fond of React's component-based approach.

The goal with weave is to encapsulate the verbose bits, allowing us to focus on creating applications with AI & Natural Language.

Getting Started

Diving into weave is straightforward and familiar if you've worked with Node.js projects before. Here's how to get your setup ready and take your first steps with the library.

Installation

This is a work in progress & I still gotta put up on NPM :)

If this repo has been shared with you, the intended use for you is to use it as a code playground for now.

Steps: 1. Make sure you have bun installed & working: https://bun.sh/docs 2. clone this repo 3. Go into root 4. bun index.tsx using bun runtime 5. It will place the results in console.

Basic Usage

Here's a quick look at how to use weave to construct a simple chat completion prompt with an associated tool:

import * as React from 'react';
import { execute } from '@mages-guild/weave';
import { ChatModelsEnum, ChatResponseFormatEnum } from '@mages-guild/weave/lib/openai/service';
import { OpenAI } from '@mages-guild/weave/lib/openai';
import { System, User, Assistant } from '@mages-guild/weave/lib/core';
import { Text, Tool, ToolBox } from '@mages-guild/weave/lib/core';

// Define the expected data type for the tool result
type WeatherDataType = {
  temperature: string;
  condition: string;
};

// Execute the chat completion component
const main = async () => {
  const [content, toolResult] = await execute<WeatherDataType>(
    <OpenAI.ChatCompletions
      model={ChatModelsEnum.GPT_3P5_TURBO_0125}
      responseFormat={ChatResponseFormatEnum.JSON}
      apiKey={process.env.OPENAI_KEY}
    >
      <OpenAI.Messages>
        <System name="System">
          <Text>
            You are an LLM that is tasked with fetching Weather Data on behalf of the user
          </Text>
          <ToolBox>
            <Tool
              toolName="Fetch Weather Data"
              trigger="fetch weather"
              command="FETCH_WEATHER_DATA"
              params={{ city: "is a string" }}
              execute={async ({ city }) => {
                // Here you would call an external weather API and return the data
                const weather = await getWeather(city);
                return {
                  temperature: weather.temperature,
                  condition: weather.condition,
                };
              }}
            />
          </ToolBox>
        </System>
        <User name="Gale">
          <Text>What's the weather like in Toronto today?</Text>
        </User>
      </OpenAI.Messages>
    </OpenAI.ChatCompletions>
  );

  console.log('Content:', content);
  const { temperature, condition } = toolResult.data; // type is WeatherDataType
  console.log('Temperature:', temperature);
  console.log('Condition:', condition);
};

// Call the main function to run the example
main();

In the above example, weave uses React components to set up a chat completion flow where a user asks about the weather, and a Tool component is defined to handle the fetching of weather data.

execute handles the rendering & processing of the JSX under the hood.

Components

weave provides a suite of React components designed to encapsulate various aspects of building and managing chat interactions with Language Learning Models (LLMs). These components allow developers to structure their interactions with LLMs in a declarative and organized manner, similar to building a UI with React, but for server-side logic instead.

OpenAI.ChatCompletions

The OpenAI.ChatCompletions component is the entry point for defining a conversation with an LLM. It sets the context for the chat completion task, specifying the model to use and how the responses should be formatted. This component wraps all message exchanges and tool uses within the chat, orchestrating the flow of the conversation.

Props

model: Specifies the model of the LLM to be used for generating responses. The model is selected from predefined enums, such as GPT_3P5_TURBO, to ensure compatibility and ease of use.
responseFormat: Defines the format of the model's response. Options include returning responses in JSON or plain text, accommodating different processing needs.
apiKey: Your API key for accessing the OpenAI API. This is essential for authenticating and making requests to the service.

Usage Example

Below is an example of how to use the OpenAI.ChatCompletions component to set up a simple chat completion scenario:

import * as React from 'react';
import { ChatModelsEnum, ChatResponseFormatEnum } from '@mages-guild/weave/lib/openai/service';
import { OpenAI, System, User } from '@mages-guild/weave';

const ChatCompletionExample = () => {
  return (
    <OpenAI.ChatCompletions model={ChatModelsEnum.GPT_3P5_TURBO_0125} responseFormat={ChatResponseFormatEnum.JSON} apiKey="your-api-key-here">
      <OpenAI.Messages>
        <System>
          You are the Forgotten Realms' Lorekeeper. Your job is to provide knowledge pertaining to
          the forgotten realms in the form of an Encyclopedia entry written with the bias of a Lawful Evil 
          devil from the 9-hells who is angry about the course of history on the Material Plane and other realms.
        </System>
        <User name="Tav">
          I'm looking for information about Candlekeep
        </User>
        {/* Additional messages and tools can be nested here */}
      </OpenAI.Messages>
    </OpenAI.ChatCompletions>
  );
};

In this example, the OpenAI.ChatCompletions component wraps a conversation starting with a system message and a user query. This structure allows you to define the flow of the chat, leveraging the power of LLMs to generate responses, execute commands, or fetch data based on the conversation's context.

OpenAI.Messages

The OpenAI.Messages component acts as a container for organizing the messages exchanged between the system, the user, and the assistant within a chat. It structures the conversation's flow, ensuring that each message is processed and responded to in the context of the ongoing interaction. This component is essential for defining the sequence of messages that will be sent to the LLM for processing.

Usage

Within the OpenAI.ChatCompletions component, OpenAI.Messages collects and organizes the dialogue components, such as System, User, and Assistant messages. This hierarchical organization allows the library to process the conversation logically and sequentially, mirroring the natural flow of a chat.

Example

Here's a simple example illustrating how OpenAI.Messages is used within the context of a chat completion task:

import * as React from 'react';
import { OpenAI, System, User, Assistant } from '@mages-guild/weave';

const ChatMessagesExample = () => {
  return (
    <OpenAI.ChatCompletions model="your-model" responseFormat="your-response-format" apiKey="your-api-key">
      <OpenAI.Messages>
        <System>
          Welcome! I'm here to help. What can I do for you today?
        </System>
        <User name="Alex">
          Can you tell me the weather forecast for today?
        </User>
        <Assistant>
          Sure, let me check that for you.
        </Assistant>
        {/* The conversation can continue with more messages or tools */}
      </OpenAI.Messages>
    </OpenAI.ChatCompletions>
  );
};

In this example, OpenAI.Messages wraps a sequence of messages that represent a conversation's opening. A System message greets the user, followed by a User message asking a question, and an Assistant message indicating that the request is being processed. This structured approach allows developers to design conversations intuitively, focusing on the dialogue's content rather than the underlying implementation details.

Key Points

Sequential Logic: OpenAI.Messages ensures that the messages are processed in the order they are defined, maintaining the conversation's logical flow.
Flexibility: You can include various types of messages, such as questions from users, responses from the assistant, or informational messages from the system.
Context Management: By encapsulating messages within this component, weave maintains the context of the conversation, allowing the LLM to generate relevant and coherent responses.

System, User, Assistant

Within the weave library, the components System, User, and Assistant serve as the building blocks for constructing the dialogue within a chat completion task. These components represent different roles in the conversation, allowing for a structured and clear communication flow between the system, the user, and the AI assistant.

System

The System component is used to give the LLM an identity.

Usage Example

<System>
  You are a pirate. You will only speak like a pirate in the piratiest pirate accent.
</System>

User

The User component represents messages from the user to the system or assistant. This component is crucial for capturing the user's input and queries, which are then processed by the LLM or used to trigger specific tools or commands.

Usage Example

<User name="Teach">
  What's the weather like in New York today?
</User>

Assistant

The Assistant component is used for messages generated by the AI assistant in response to the user's queries or as part of the conversation flow. These messages are typically the result of processing the user's input through the LLM and generating a response.

Usage Example

<Assistant>
  Currently, it's sunny in New York with a high of 75 degrees.
</Assistant>

Key Features

Clarity and Organization: By distinguishing between the system, user, and assistant messages, weave allows for a clear and organized conversation flow. This structure makes it easier to design and understand the dialogue within the chat.
Flexibility: These components can be used in various combinations to create complex conversational scenarios. They support the inclusion of additional components, such as ToolBox and Tool, to enhance the chat's functionality.
Contextual Awareness: By structuring conversations with these components, weave maintains the context of the dialogue, enabling the LLM to provide coherent and relevant responses based on the roles of the participants in the conversation.

Text

The Text component in weave serves as a versatile wrapper for textual content within the conversational components like System, User, and Assistant. It provides a simple yet effective way to include formatted text, ensuring that your messages are clearly presented within the chat flow.

Features

Simplicity: Designed for ease of use, Text allows you to encapsulate text messages without worrying about additional formatting or processing.
Flexibility: It accepts strings, JSX elements, or arrays thereof, making it adaptable to various content types you may need to display within your chat interactions.
Compatibility: Seamlessly integrates with other weave components, maintaining the structured and logical flow of conversation.

Usage Example

<User name="Charlie">
  <Text>Can you provide me with today's date?</Text>
</User>
<Assistant>
  <Text>Today is <strong>{new Date().toLocaleDateString()}</strong>.</Text>
</Assistant>

In this example, the Text component is used within User and Assistant components to format the message content. The assistant's message demonstrates how Text can incorporate JSX to enhance message presentation, such as emphasizing part of the response.

ToolBox and Tool

Within the weave ecosystem, the ToolBox and Tool components play a crucial role in extending the functionality of chat interactions with Language Learning Models (LLMs). These components allow developers to define and execute specific tasks or commands in response to user inputs or conversational contexts, enriching the chat experience with dynamic capabilities.

ToolBox

The ToolBox component acts as a container for one or more Tool components. It represents a collection of tools or commands that can be triggered during the conversation, offering a modular way to organize functionalities related to specific topics or tasks.

Usage Example

<System>
  <ToolBox>
    <Tool
      toolName="Fetch Weather Data"
      trigger="fetch weather"
      command="FETCH_WEATHER_DATA"
      params={{ city: "string" }}
      execute={async ({ city }) => {
        // Implementation to fetch weather data
      }}
    />
    {/* Additional Tool components can be nested here */}
  </ToolBox>
</System>

Tool

The Tool component defines a specific command or operation that can be executed within the chat. Each Tool includes properties for naming, triggering conditions, command identification, parameters required for execution, and the execution logic itself.

Properties

toolName: A descriptive name for the tool.
trigger: A phrase or condition indicating when this tool can be utilized.
command: A unique identifier for the tool, used for execution.
params: An object defining the parameters needed for the tool's execution.
execute: A function containing the logic to be executed when the tool is triggered.

Usage Example

  <ToolBox>
    <Tool
      toolName="Check Sports Scores"
      trigger="check scores"
      command="CHECK_SPORTS_SCORES"
      params={{ game: "string" }}
      execute={async ({ game }) => {
        // Implementation to check sports scores
      }}
    />
  </ToolBox>

Key Features

Modularity: ToolBox and Tool components promote a modular approach to adding functionalities within the chat, making it easy to organize and manage different commands and operations.
Dynamic Interaction: By incorporating these components, developers can create chats that respond to user queries with specific actions, such as fetching data or performing calculations, enhancing the interactivity of the chat.
Flexibility: The Tool component's structure allows for a wide range of operations to be defined, from simple data retrieval to complex logic processing, accommodating various use cases.

Utility Functions

weave includes a set of utility functions designed to support and enhance the functionality of its components. These functions facilitate tasks such as converting React components to strings, executing chat completions, and managing ToolBox components. Below, we explore these utilities and their roles within the library.

getString

The getString function is a utility designed to convert React components and their children into string format. This function is particularly useful for processing JSX content into a format suitable for text-based operations, such as sending content to an LLM or rendering text in non-DOM environments.

Usage

import { getString } from '@mages-guild/weave/lib/utils';

const jsxContent = <p>Hello, <strong>world</strong>!</p>;
const stringContent = getString(jsxContent);

console.log(stringContent); // Outputs: 'Hello, world!'

execute

The execute function is central to the operation of weave, orchestrating the interaction between JSX-structured chat components and the LLM. It processes the structured conversation, executes any defined tools, and handles the chat completion process with the specified LLM model.

Usage

import { execute } from '@mages-guild/weave';

// Assuming chatCompletionComponent is a JSX element structured with OpenAI.ChatCompletions and nested messages
const main = async () => {
  const [content, toolResult] = await execute(chatCompletionComponent);
  
  console.log(content); // LLM-generated content or tool execution result
  console.log(toolResult.data); // Data returned from tool execution, if applicable
};

main();

findAllToolBoxes

The findAllToolBoxes function scans a React element tree to find and collect all ToolBox components. This utility supports the dynamic execution of tools by identifying all available tools within a given conversation structure.

Usage

import { findAllToolBoxes } from '@mages-guild/weave/lib/core';

const toolBoxes = findAllToolBoxes(chatCompletionComponent);

console.log(toolBoxes); // Array of ToolBox components found within the provided component

getToolBox

The getToolBox function extracts the tool configuration from a ToolBox component, creating a mapping of commands to their execution functions. This mapping is used to dynamically trigger tool execution based on commands identified within the chat conversation.

Usage

import { getToolBox } from '@mages-guild/weave/lib/core';

const toolBoxMapping = getToolBox(toolBoxComponent);

console.log(toolBoxMapping); // Object mapping of commands to their execution functions

API Reference

The weave library offers a comprehensive API that includes interfaces, enums, and type definitions, providing a robust foundation for building conversational interfaces with structured components and utility functions. This reference section gives you a detailed overview of the types and structures that make weave so versatile and powerful.

Interfaces

Interfaces in weave define the shape of props and configurations for components and utilities, ensuring type safety and consistency across the library.

IToolBox

interface IToolBox {
  children: React.ReactNode;
}

Represents the props for the ToolBox component, primarily used to group Tool components.

ITool

interface ITool {
  toolName: string;
  trigger: string;
  command: string;
  params: object;
  execute: (params: any) => Promise<any>;
}

Defines the structure for a Tool, including its name, trigger, command identifier, parameters, and the execution function.

IMessage

interface IMessage {
  children: React.ReactNode;
  name?: string;
}

Used by System, User, and Assistant components to structure message content within a conversation.

Enums

Enums in weave provide predefined sets of options for configuring components, such as model types and response formats.

ChatModelsEnum

export enum ChatModelsEnum {
  GPT_3P5_TURBO = 'gpt-3.5-turbo',
  GPT_3P5_TURBO_0125 = 'gpt-3.5-turbo-0125',
  GPT_4_0125_PREVIEW = 'gpt-4-0125-preview',
}

Specifies the available LLM models that can be used with OpenAI.ChatCompletions.

react typescript natural language processing conversational interfaces chatbots jsx language models openai gpt react library typescript jsx nlp ai chat conversational ui dialogue systems react components

@huggingface/inference @types/he @types/react @types/react-dom fs-extra he jsx-xml openai react react-ast react-dom readline-sync typescript yargs

2 months ago

2 months ago

2 months ago

3 months ago

Not yet ready for production

this readme is out of date lmao sorry <3

Table of Contents

Introduction

Getting Started

Installation

Basic Usage

Components

OpenAI.ChatCompletions

Props

Usage Example

OpenAI.Messages

Usage

Example

Key Points

System, User, Assistant

System

Usage Example

User

Usage Example

Assistant

Usage Example

Key Features

Text

Features

Usage Example

ToolBox and Tool

ToolBox

Usage Example

Tool

Properties

Usage Example

Key Features

Utility Functions

getString

Usage

execute

Usage

findAllToolBoxes

Usage

getToolBox

Usage

API Reference

Interfaces

IToolBox

ITool

IMessage

Enums

ChatModelsEnum