llm-api-open 2.1.19

Unofficial open APIs for popular LLMs with self-hosted redirect capability

🕊️ LLM-API-Open (LMAO)

	Unofficial open APIs for popular LLMs with self-hosted redirect capability

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❓ WAT

🕊️ LLM-API-Open (LMAO) allows for the free and universal utilization of popular Large Language Models (LLM). This is achieved using browser automation. LLM-API-Open (LMAO) launches a browser in headless mode and controls a website as if a real user were using it. This enables the use of popular LLMs that usually don't offer easy and free access to their official APIs

🔥 Additionally, LLM-API-Open (LMAO) is capable of creating its own API server to which any other apps can send requests. In other words, you can utilize LLM-API-Open (LMAO) both as a Python package and as an API proxy for any of your apps!

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🚧 LLM-API-Open is development

Due to my studies, I don't have much time to work on the project 😔

Currently, LLM-API-Open has only 2 modules: ChatGPT and Microsoft Copilot

📈 But it is possible to add other popular online LLMs (You can wait, or make a pull-request yourself)

📄 Documentation is also under development! Consider reading docstring for now

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😋 Support project

• BTC: bc1qd2j53p9nplxcx4uyrv322t3mg0t93pz6m5lnft

• ETH: 0x284E6121362ea1C69528eDEdc309fC8b90fA5578

• ZEC: t1Jb5tH61zcSTy2QyfsxftUEWHikdSYpPoz

• Or by my music on 🟦 bandcamp

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🏗️ Getting started

⚠️ Will not work with Python 3.13 or later due to imghdr

⚙️ 1. Download / build / install LLM-API-Open

There is 4 general ways to get LLM-API-Open

⚙️ Install via pip

• Install from GitHub directly

  pip install git+https://github.com/F33RNI/LLM-API-Open.git
  

• Or clone repo and install

  git clone https://github.com/F33RNI/LLM-API-Open.git
  cd LLM-API-Open
  
  python -m venv venv
  source venv/bin/activate
  
  pip install .
  

⬇️ Download cli version from releases

https://github.com/F33RNI/LLM-API-Open/releases/latest

🔨 Build cli version from source using PyInstaller

git clone https://github.com/F33RNI/LLM-API-Open.git
cd LLM-API-Open

python -m venv venv
source venv/bin/activate
pip install -r requirements.txt

pyinstaller lmao.spec

dist/lmao --help

💻 Use source as is

git clone https://github.com/F33RNI/LLM-API-Open.git
cd LLM-API-Open

python -m venv venv
source venv/bin/activate
pip install -r requirements.txt

export PYTHONPATH=./src:$PYTHONPATH
export PYTHONPATH=./src/lmao:$PYTHONPATH
python -m main --help

🔧 2. Configure LLM-API-Open

1. Download configs directory from this repo
2. Open .json files of modules you need in any editor and change it as you need
3. Specify path to configs directory with -c path/to/configs argument

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📦 Python package example

import logging
import json

from lmao.module_wrapper import ModuleWrapper

# Initialize logging in a simplest way
logging.basicConfig(level=logging.INFO)

# Load config
with open("path/to/configs/chatgpt.json", "r", encoding="utf-8") as file:
    module_config = json.loads(file.read())

# Initialize module
module = ModuleWrapper("chatgpt", module_config)
module.initialize(blocking=True)

# Ask smth
conversation_id = None
for response in module.ask({"prompt": "Hi! Who are you?", "convert_to_markdown": True}):
    conversation_id = response.get("conversation_id")
    response_text = response.get("response")
    print(response_text, end="\n\n")

# Delete conversation
module.delete_conversation({"conversation_id": conversation_id})

# Close (unload) module
module.close(blocking=True)

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💻 CLI example

$ lmao --help        
usage: lmao [-h] [-v] [-c CONFIG] [-t TEST] [-i IP] [-p PORT] [--no-logging-init]

Unofficial open APIs for popular LLMs with self-hosted redirect capability

options:
  -h, --help            show this help message and exit
  -v, --version         show program's version number and exit
  -c CONFIGS, --configs CONFIGS
                        path to configs directory with each module config file (Default: configs)
  -t TEST, --test TEST  module name to test in cli instead of starting API server (eg. --test=chatgpt)
  -i IP, --ip IP        API server Host (IP) (Default: localhost)
  -p PORT, --port PORT  API server port (Default: 1312)
  --no-logging-init     specify to bypass logging initialization (will be set automatically when using --test)

examples:
  lmao --test=chatgpt
  lmao --ip="0.0.0.0" --port=1312
  lmao --ip="0.0.0.0" --port=1312 --no-logging-init

$ lmao --test=chatgpt
WARNING:root:Error adding cookie oai-did
WARNING:root:Error adding cookie ajs_anonymous_id
WARNING:root:Error adding cookie oai-allow-ne
User > Hi!    
chatgpt > Hello! How can I assist you today?

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🌐 API example

Start server

$ lmao --configs "configs" --ip "0.0.0.0" --port "1312" 
2024-03-30 23:14:50 INFO     Logging setup is complete
2024-03-30 23:14:50 INFO     Loading config files from configs directory
2024-03-30 23:14:50 INFO     Adding config of ms_copilot module
2024-03-30 23:14:50 INFO     Adding config of chatgpt module
 * Serving Flask app 'lmao.external_api'
 * Debug mode: off
2024-03-30 23:14:50 INFO     WARNING: This is a development server. Do not use it in a production deployment. Use a production WSGI server instead.
 * Running on all addresses (0.0.0.0)
 * Running on http://127.0.0.1:1312
 * Running on http://192.168.0.3:1312
2024-03-30 23:14:50 INFO     Press CTRL+C to quit
...

🐍 Python (requests)

import logging
import time
from typing import Dict

import requests

# API URL
BASE_URL = "http://localhost:1312/api"

# Timeout for each request
TIMEOUT = 60

# Initialize logging in a simplest way
logging.basicConfig(level=logging.INFO)


def post(endpoint: str, data: Dict):
    """POST request wrapper"""
    response_ = requests.post(f"{BASE_URL}/{endpoint}", json=data, timeout=TIMEOUT, stream=endpoint == "ask")
    if endpoint != "ask":
        try:
            logging.info(f"{endpoint.capitalize()} Response: {response_.status_code}. Data: {response_.json()}")
        except Exception:
            logging.info(f"{endpoint.capitalize()} Response: {response_.status_code}")
    else:
        logging.info(f"{endpoint.capitalize()} Response: {response_.status_code}")
    return response_


def get(endpoint: str):
    """GET request wrapper"""
    response_ = requests.get(f"{BASE_URL}/{endpoint}", timeout=TIMEOUT)
    logging.info(f"{endpoint.capitalize()} Response: {response_.status_code}. Data: {response_.json()}")
    return response_


# Initialize module
response = post("init", {"module": "chatgpt"})

# Read module's status and wait until it's initialized (in Idle)
logging.info("Waiting for module initialization")
while True:
    response = get("status")
    chatgpt_status_code = response.json()[0].get("status_code")
    if chatgpt_status_code == 2:
        break
    time.sleep(1)

# Ask and read stream response
response = post("ask", {"chatgpt": {"prompt": "Hi! Please write a long text about AI", "convert_to_markdown": True}})
logging.info("Stream Response:")
for line in response.iter_lines():
    if line:
        logging.info(line.decode("utf-8"))

# Delete last conversation
response = post("delete", {"chatgpt": {"conversation_id": ""}})

# Close module (uninitialize it)
response = post("close", {"module": "chatgpt"})

🌐 CURL

For CURL examples please read 📄 API docs section

---

📄 API docs

⚠️ Documentation is still under development!

🌐 Module initialization /api/init

Begins module initialization (in a separate, non-blocking thread)

Please call /api/status to check if the module is initialized BEFORE calling /api/init.

After calling /api/init, please call /api/status to check if the module's initialization finished.

Request (POST):

{
    "module": "name of module from MODULES"
}

Returns:

• ✔️ If everything is ok: status code 200 and {} body
• ❌ In case of an error: status code 400 or 500 and {"error": "Error message"} body

Example:

$ curl --request POST --header "Content-Type: application/json" --data '{"module": "chatgpt"}' http://localhost:1312/api/init
{}

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🌐 Status /api/status

Retrieves the current status of all modules

Request (GET or POST):

{}

Returns:

• ✔️ If no errors during modules iteration: status code 200 and

[
    {
        "module": "Name of the module from MODULES",
        "status_code": "Module's status code as an integer",
        "status_name": "Module's status as a string",
        "error": "Empty or module's error message"
    },
]

• ❌ In case of an modules iteration error: status code 500 and {"error": "Error message"} body

Example:

$ curl --request GET http://localhost:1312/api/status
[{"error":"","module":"chatgpt","status_code":2,"status_name":"Idle"}]

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🌐 Send request and get stream response /api/ask

Initiates a request to the specified module and streams responses back

Please call /api/status to check if the module is initialized and not busy BEFORE calling /api/ask

To stop the stream, please call /api/stop

Request (POST):

For ChatGPT:

{
    "chatgpt": {
        "prompt": "Text request to send to the module",
        "conversation_id": "Optional conversation ID (to continue existing chat) or empty for a new conversation",
        "convert_to_markdown": true or false //(Optional flag for converting response to Markdown)
    }
}

For Microsoft Copilot:

{
    "ms_copilot": {
        "prompt": "Text request",
        "image": image as base64 to include into request,
        "conversation_id": "empty string or existing conversation ID",
        "style": "creative" / "balanced" / "precise",
        "convert_to_markdown": True or False
    }
}

Yields:

• ✔️ A stream of JSON objects containing module responses

For ChatGPT, each JSON object has the following structure:

{
    "finished": "True if it's the last response, False if not",
    "message_id": "ID of the current message (from assistant)",
    "response": "Actual response as text"
}

For Microsoft Copilot, each JSON object has the following structure:

{
    "finished": True if it's the last response, False if not,
    "response": "response as text (or meta response)",
    "images": ["array of image URL's"],
    "caption": "images caption",
    "attributions": [
        {
            "name": "name of attribution",
            "url": "URL of attribution"
        },
        ...
    ],
    "suggestions": ["array of suggestions of the requests"]
}

Returns:

• ❌ In case of error: status code 500 and {"error": "Error message"} body

Example:

$ curl --request POST --header "Content-Type: application/json" --data '{"chatgpt": {"prompt": "Hi! Who are you?", "convert_to_markdown": true}}' http://localhost:1312/api/ask
{"finished": false, "conversation_id": "1033be5b-d37d-46b3-b47c-9548da5b192c", "message_id": "00d9cc0d-c4d9-484d-a8e5-9c78eaf2a0e1", "response": "Hello! I'm ChatGPT, an AI developed by O"}
...
{"finished": true, "conversation_id": "1033be5b-d37d-46b3-b47c-9548da5b192c", "message_id": "00d9cc0d-c4d9-484d-a8e5-9c78eaf2a0e1", "response": "Hello! I'm ChatGPT, an AI developed by OpenAI. I'm here to help answer your questions, engage in conversation, provide information, or assist you with anything else you might need. How can I assist you today?"}

---

🌐 Stop stream response /api/stop

Stops the specified module's streaming response (stops yielding from /api/ask)

Request (POST):

{
    "module": "Name of the module from MODULES"
}

Returns:

• ✔️ If the stream stopped successfully: status code 200 and {} body
• ❌ In case of an error: status code 400 or 500 and {"error": "Error message"} body

Example:

$ curl --request POST --header "Content-Type: application/json" --data '{"module": "chatgpt"}' http://localhost:1312/api/stop
{}

---

🌐 Delete conversation /api/delete

Clears the module's conversation history

Please call /api/status to check if the module is initialized and not busy BEFORE calling /api/delete

Request:

For ChatGPT:

{
    "chatgpt": {
        "conversation_id": "ID of conversation to delete or empty to delete the top one"
    }
}

Returns:

• ✔️ If conversation deleted successfully: status code 200 and {} body
• ❌ In case of an error: status code 400 or 500 and {"error": "Error message"} body

Example:

$ curl --request POST --header "Content-Type: application/json" --data '{"chatgpt": {"conversation_id": "1033be5b-d37d-46b3-b47c-9548da5b192c"}}' http://localhost:1312/api/delete
{}

---

🌐 Close module /api/close

Requests the module's session to close (in a separate, non-blocking thread)

Please call /api/status to check if the module is initialized and its status is Idle or Failed BEFORE calling /api/close

After calling /api/close, please call /api/status to check if the module's closing finished

Request:

{
    "module": "Name of the module from MODULES"
}

Returns:

• ✔️ If requested successfully: status code 200 and {} body
• ❌ In case of an error: status code 400 or 500 and {"error": "Error message"} body