- π Table of Contents
- β¨ Highlights
- π§ Installation
- π¦ Documentation
- π Contributing
- π€ Copyright
Support both Sync and Async
Authentication
- Log in with your Poe tokens
- Auto Proxy requests
- Specify Proxy context
Message Automation
- Create new chat thread
- Send messages
- Stream bot responses
- Retry the last message
- Support file attachments
- Retrieve suggested replies
- Stop message generation
- Delete chat threads
- Clear conversation context
- Purge messages of 1 bot
- Purge all messages of user
- Fetch previous messages
- Share and import messages
- Get citations
Chat Management
- Get Chat Ids & Chat Codes of bot(s)
- Get subscription info and remaining points
Bot Management
- Get bot info
- Get available creation models
- Create custom bot
- Edit custom bot
- Delete a custom bot
Knowledge Base Customization
- Get available knowledge bases
- Upload knowledge bases for custom bots
- Edit knowledge bases for custom bots
Discovery
- Get available bots
- Get a user's bots
- Get available categories
- Explore 3rd party bots and users
Bots Group Chat (Beta)
- Create a group chat
- Delete a group chat
- Get created groups
- Get group data
- Save group chat history
- Load group chat history
- First, install this library with the following command:
pip install -U poe-api-wrapper
Or you can install a proxy-support version of this library for Python 3.9+
pip install -U poe-api-wrapper[proxy]
Quick setup for Async Client:
from poe_api_wrapper import AsyncPoeApi
import asyncio
tokens = {
'p-b': ...,
'p-lat': ...,
}
async def main():
client = await AsyncPoeApi(tokens=tokens).create()
message = "Explain quantum computing in simple terms"
async for chunk in client.send_message(bot="gpt3_5", message=message):
print(chunk["response"], end='', flush=True)
asyncio.run(main())
- You can run an example of this library:
from poe_api_wrapper import PoeExample
tokens = {
'p-b': ...,
'p-lat': ...,
}
PoeExample(tokens=tokens).chat_with_bot()
- This library also supports command-line interface:
poe -b P-B_HERE -lat P-LAT_HERE -f FORMKEY_HERE
Tip
Type poe -h
for more info
Important
The data on token limits and word counts listed above are approximate and may not be entirely accurate, as the pre-prompt engineering process of poe.com is private and not publicly disclosed.
Sign in at https://poe.com/
F12 for Devtools (Right-click + Inspect)
- Chromium: Devtools > Application > Cookies > poe.com
- Firefox: Devtools > Storage > Cookies
- Safari: Devtools > Storage > Cookies
Copy the values of p-b
and p-lat
cookies
Important
By default, poe-api-wrapper will automatically retrieve formkey for you. If it doesn't work, please pass this token manually by following these steps:
There are two ways to get formkey:
F12 for Devtools (Right-click + Inspect)
-
1st Method: Devtools > Network > gql_POST > Headers > Poe-Formkey
Copy the value of
Poe-Formkey
-
2nd Method: Devtools > Console > Type:
allow pasting
> Paste this script:window.ereNdsRqhp2Rd3LEW()
Copy the result
Read Docs
- /models
- /chat/completions
- /images/generations
- /v1/models
- /v1/chat/completions
- /v1/images/generations
- First, install the additional packages:
pip install -U poe_api_wrapper[llm]
- Clone the repo or use the same setup in
openai
folder:
git clone https://github.com/snowby666/poe-api-wrapper.git
cd poe-api-wrapper\poe_api_wrapper\openai
-
Modify secrets.json with your own tokens
-
Run the FastAPI server:
python api.py
- Run the examples:
python example.py
- Start the server
from poe_api_wrapper import PoeServer
tokens = [
{"p-b": "XXXXXXXX", "p-lat": "XXXXXXXX"},
{"p-b": "XXXXXXXX", "p-lat": "XXXXXXXX"},
{"p-b": "XXXXXXXX", "p-lat": "XXXXXXXX"}
]
PoeServer(tokens=tokens)
- Non-streamed example:
import openai
client = openai.OpenAI(api_key="anything", base_url="https://127.0.0.1:8000/v1/", default_headers={"Authorization": "Bearer anything"})
response = client.chat.completions.create(
model="gpt-3.5-turbo",
messages = [
{"role": "system", "content": "You are a helpful assistant."},
{"role": "user", "content": "Hello!"}
]
)
print(response.choices[0].message.content)
- Streaming example:
import openai
client = openai.OpenAI(api_key="anything", base_url="https://127.0.0.1:8000/v1/", default_headers={"Authorization": "Bearer anything"})
stream = client.chat.completions.create(
model="gpt-3.5-turbo",
messages = [
{"role": "user", "content": "this is a test request, write a short poem"}
],
stream=True
)
for chunk in stream:
if chunk.choices[0].delta.content is not None:
print(chunk.choices[0].delta.content, end="")
- Image Input example:
import openai
client = openai.OpenAI(api_key="anything", base_url="https://127.0.0.1:8000/v1/", default_headers={"Authorization": "Bearer anything"})
response = client.chat.completions.create(
model="claude-instant",
messages=[
{
"role": "user",
"content": [
{"type": "text", "text": "What's in this image?"},
{
"type": "image_url",
"image_url": "https://upload.wikimedia.org/wikipedia/commons/thumb/d/dd/Gfp-wisconsin-madison-the-nature-boardwalk.jpg/2560px-Gfp-wisconsin-madison-the-nature-boardwalk.jpg",
},
],
}
]
)
print(response.choices[0].content)
- Images Generation example:
import openai
client = openai.OpenAI(api_key="anything", base_url="https://127.0.0.1:8000/v1/", default_headers={"Authorization": "Bearer anything"})
images_url = client.images.generate(
model="playground-v2.5",
prompt="A cute baby sea otter",
n=1, # The number of images to generate
)
print(images_url)
Read Docs
- Connecting to the API
tokens = {
'p-b': 'p-b cookie here',
'p-lat': 'p-lat cookie here',
}
# Default setup
from poe_api_wrapper import PoeApi
client = PoeApi(tokens=tokens)
# Using Client with auto_proxy (default is False)
client = PoeApi(tokens=tokens, auto_proxy=True)
# Passing proxies manually
proxy_context = [
{"https://":X1, "https://":X1},
{"https://":X2, "https://":X2},
...
]
client = PoeApi(tokens=tokens, proxy=proxy_context)
# Add formkey and cloudflare cookies to pass challenges
tokens = {
'p-b': 'p-b cookie here',
'p-lat': 'p-lat cookie here',
'formkey': 'formkey here',
'__cf_bm': '__cf_bm cookie here',
'cf_clearance': 'cf_clearance cookie here'
}
- Getting Chat Ids & Chat Codes
# Get chat data of all bots (this will fetch all available threads)
print(client.get_chat_history()['data'])
>> Output:
{'chinchilla': [{'chatId': 74397929, 'chatCode': '2ith0h11zfyvsta1u3z', 'id': 'Q2hhdDo3NDM5NzkyOQ==', 'title': 'Comparison'}], 'code_llama_7b_instruct': [{'chatId': 74397392, 'chatCode': '2ithbduzsysy3g178hb', 'id': 'Q2hhdDo3NDM5NzM5Mg==', 'title': 'Decent Programmers'}], 'a2': [{'chatId': 74396838, 'chatCode': '2ith9nikybn4ksn51l8', 'id': 'Q2hhdDo3NDM5NjgzOA==', 'title': 'Reverse Engineering'}, {'chatId': 74396452, 'chatCode': '2ith79n4x0p0p8w5yue', 'id': 'Q2hhdDo3NDM5NjQ1Mg==', 'title': 'Clean Code'}], 'leocooks': [{'chatId': 74396246, 'chatCode': '2ith82wj0tjrggj46no', 'id': 'Q2hhdDo3NDM5NjI0Ng==', 'title': 'Pizza perfection'}], 'capybara': [{'chatId': 74396020, 'chatCode': '2ith5o3p8c5ajkdwd3k', 'id': 'Q2hhdDo3NDM5NjAyMA==', 'title': 'Greeting'}]}
# Get chat data of a bot (this will fetch all available threads)
print(client.get_chat_history("a2")['data'])
>> Output:
{'a2': [{'chatId': 74396838, 'chatCode': '2ith9nikybn4ksn51l8', 'id': 'Q2hhdDo3NDM5NjgzOA==', 'title': 'Reverse Engineering'}, {'chatId': 74396452, 'chatCode': '2ith79n4x0p0p8w5yue', 'id': 'Q2hhdDo3NDM5NjQ1Mg==', 'title': 'Clean Code'}]}
# Get a defined number of most recent chat threads (using count param will ignore interval param)
# Fetching all bots
print(client.get_chat_history(count=20)['data'])
# Fetching 1 bot
print(client.get_chat_history(bot="a2", count=20)['data'])
# You can pass the number of bots fetched for each interval to both functions. (default is 50)
# Fetching 200 chat threads of all bots each interval
print(client.get_chat_history(interval=200)['data'])
# Fetching 200 chat threads of a bot each interval
print(client.get_chat_history(bot="a2", interval=200)['data'])
# Pagination Example:
# Fetch the first 20 chat threads
history = client.get_chat_history(count=20)
pages = [history['data']]
new_cursor = history['cursor']
# Set a while loop with a condition of your choice
while new_cursor != None:
# Fetch the next 20 chat threads with new_cursor
new_history = client.get_chat_history(count=20, cursor=new_cursor)
# Append the next 20 chat threads
new_cursor = new_history['cursor']
pages.append(new_history['data'])
# Print the pages (20 chat threads each page)
for page in range(len(pages)):
print(f'This is page {page+1}')
for bot, value in pages[page].items():
for thread in value:
print({bot: thread})
- Getting subscription info and remaining points
data = client.get_settings()
print(data)
- Sending messages & Streaming responses
bot = "a2"
message = "What is reverse engineering?"
# Create new chat thread
# Streamed example:
for chunk in client.send_message(bot, message):
print(chunk["response"], end="", flush=True)
print("\n")
# Non-streamed example:
for chunk in client.send_message(bot, message):
pass
print(chunk["text"])
# You can get chatCode and chatId of created thread to continue the conversation
chatCode = chunk["chatCode"]
chatId = chunk["chatId"]
# You can get the meaningful title as well
title = chunk["title"]
# You can also retrieve msgPrice
msgPrice = chunk["msgPrice"]
# Send message to an existing chat thread
# 1. Using chatCode
for chunk in client.send_message(bot, message, chatCode="2i58ciex72dom7im83r"):
print(chunk["response"], end="", flush=True)
# 2. Using chatId
for chunk in client.send_message(bot, message, chatId=59726162):
print(chunk["response"], end="", flush=True)
# 3. Specify msgPrice manually (the wrapper automatically gets this, but you can also pass the param for less resources consumed)
for chunk in client.send_message(bot, message, chatId=59726162, msgPrice=msgPrice):
print(chunk["response"], end="", flush=True)
[!NOTE] Display names are the same as the codenames for custom bots, you can simply pass the bot's display name into
client.send_message(bot, message)
- Retrying the last message
for chunk in client.retry_message(chatCode):
print(chunk['response'], end='', flush=True)
- Adding file attachments
# Web urls example:
file_urls = ["https://elinux.org/images/c/c5/IntroductionToReverseEngineering_Anderson.pdf",
"https://www.kcl.ac.uk/warstudies/assets/automation-and-artificial-intelligence.pdf"]
for chunk in client.send_message(bot, "Compare 2 files and describe them in 300 words", file_path=file_urls):
print(chunk["response"], end="", flush=True)
# Local paths example:
local_paths = ["c:\\users\\snowby666\\hello_world.py"]
for chunk in client.send_message(bot, "What is this file about?", file_path=local_paths):
print(chunk["response"], end="", flush=True)
[!NOTE] The files size limit is different for each model.
- Retrieving suggested replies
for chunk in client.send_message(bot, "Introduce 5 books about clean code", suggest_replies=True):
print(chunk["response"], end="", flush=True)
print("\n")
for reply in chunk["suggestedReplies"]:
print(reply)
- Stopping message generation
# You can use an event to trigger this function
# Example:
# Note that keyboard library may not be compatible with MacOS, Linux, Ubuntu
import keyboard
for chunk in client.send_message(bot, message):
print(chunk["response"], end="", flush=True)
# Press Q key to stop the generation
if keyboard.is_pressed('q'):
client.cancel_message(chunk)
print("\nMessage is now cancelled")
break
- Deleting chat threads
# Delete 1 chat
# Using chatCode
client.delete_chat(bot, chatCode="2i58ciex72dom7im83r")
# Using chatId
client.delete_chat(bot, chatId=59726162)
# Delete n chats
# Using chatCode
client.delete_chat(bot, chatCode=["LIST_OF_CHAT_CODES"])
# Using chatId
client.delete_chat(bot, chatId=["LIST_OF_CHAT_IDS"])
# Delete all chats of a bot
client.delete_chat(bot, del_all=True)
- Clearing conversation context
# 1. Using chatCode
client.chat_break(bot, chatCode="2i58ciex72dom7im83r")
# 2. Using chatId
client.chat_break(bot, chatId=59726162)
- Purging messages of 1 bot
# Purge a defined number of messages (default is 50)
# 1. Using chatCode
client.purge_conversation(bot, chatCode="2i58ciex72dom7im83r", count=10)
# 2. Using chatId
client.purge_conversation(bot, chatId=59726162, count=10)
# Purge all messsages of the thread
# 1. Using chatCode
client.purge_conversation(bot, chatCode="2i58ciex72dom7im83r", del_all=True)
# 2. Using chatId
client.purge_conversation(bot, chatId=59726162, del_all=True)
- Purging all messages of user
client.purge_all_conversations()
- Fetching previous messsages
# Get a defined number of messages (default is 50)
# Using chatCode
previous_messages = client.get_previous_messages('code_llama_34b_instruct', chatCode='2itg2a7muygs42v1u0k', count=2)
# Using chatId
previous_messages = client.get_previous_messages('code_llama_34b_instruct', chatId=74411139, count=2)
for message in previous_messages:
print(message)
>> Output:
{'author': 'human', 'text': 'nice to meet you', 'messageId': 2861709279}
{'author': 'code_llama_34b_instruct', 'text': " Nice to meet you too! How are you doing today? Is there anything on your mind that you'd like to talk about? I'm here to listen and help", 'messageId': 2861873125}
# Get all previous messages
# Using chatCode
previous_messages = client.get_previous_messages('code_llama_34b_instruct', chatCode='2itg2a7muygs42v1u0k', get_all=True)
# Using chatId
previous_messages = client.get_previous_messages('code_llama_34b_instruct', chatId=74411139, get_all=True)
for message in previous_messages:
print(message)
>> Output:
{'author': 'human', 'text': 'hi there', 'messageId': 2861363514}
{'author': 'code_llama_34b_instruct', 'text': " Hello! It's nice to meet you. Is there something I can help you with or would you like to chat?", 'messageId': 2861363530}
{'author': 'chat_break', 'text': "", 'messageId': 2872383991}
{'author': 'human', 'text': 'nice to meet you', 'messageId': 2861709279}
{'author': 'code_llama_34b_instruct', 'text': " Nice to meet you too! How are you doing today? Is there anything on your mind that you'd like to talk about? I'm here to listen and help", 'messageId': 2861873125}
[!NOTE] It will fetch messages from the latest to the oldest, but the order to be displayed is reversed.
- Getting available knowledge bases
# Get a defined number of sources (default is 10)
print(client.get_available_knowledge(botName="BOT_NAME", count=2))
>> Output:
{'What is Quora?': [86698], 'Founders of Quora': [86705]}
# Get all available sources
print(client.get_available_knowledge(botName="BOT_NAME", get_all=True))
- Uploading knowledge bases
# Web urls example:
file_urls = ["https://elinux.org/images/c/c5/IntroductionToReverseEngineering_Anderson.pdf",
"https://www.kcl.ac.uk/warstudies/assets/automation-and-artificial-intelligence.pdf"]
source_ids = client.upload_knowledge(file_path=file_urls)
print(source_ids)
>> Output:
{'er-1-intro_to_re.pdf': [86344], 'automation-and-artificial-intelligence.pdf': [86345]}
# Local paths example:
local_paths = ["c:\\users\\snowby666\\hello_world.py"]
source_ids = client.upload_knowledge(file_path=local_paths)
print(source_ids)
>> Output:
{'hello_world.py': [86523]}
# Plain texts example:
knowledges = [
{
"title": "What is Quora?",
"content": "Quora is a popular online platform that enables users to ask questions on various topics and receive answers from a diverse community. It covers a wide range of subjects, from academic and professional queries to personal experiences and opinions, fostering knowledge-sharing and meaningful discussions among its users worldwide."
},
{
"title": "Founders of Quora",
"content": "Quora was founded by two individuals, Adam D'Angelo and Charlie Cheever. Adam D'Angelo, who previously served as the Chief Technology Officer (CTO) at Facebook, and Charlie Cheever, a former Facebook employee as well, launched Quora in June 2009. They aimed to create a platform that would enable users to ask questions and receive high-quality answers from knowledgeable individuals. Since its inception, Quora has grown into a widely used question-and-answer platform with a large user base and a diverse range of topics covered."
},
]
source_ids = client.upload_knowledge(text_knowledge=knowledges)
print(source_ids)
>> Output:
{'What is Quora?': [86368], 'Founders of Quora': [86369]}
# Hybrid example:
source_ids = client.upload_knowledge(file_path=file_urls, text_knowledge=knowledges)
print(source_ids)
>> Output:
{'What is Quora?': [86381], 'Founders of Quora': [86383], 'er-1-intro_to_re.pdf': [86395], 'automation-and-artificial-intelligence.pdf': [86396]}
- Editing knowledge bases (Only for plain texts)
client.edit_knowledge(knowledgeSourceId=86381, title='What is Quora?', content='Quora is a question-and-answer platform where users can ask questions, provide answers, and engage in discussions on various topics.')
- Getting bot info
bot = 'gpt-4'
print(client.get_botInfo(handle=bot))
>> Output:
{'handle': 'GPT-4', 'model': 'beaver', 'supportsFileUpload': True, 'messageTimeoutSecs': 15, 'displayMessagePointPrice': 350, 'numRemainingMessages': 20, 'viewerIsCreator': False, 'id': 'Qm90OjMwMDc='}
- Getting available creation models
print(client.get_available_creation_models())
>> Output:
['chinchilla', 'claude_3_haiku', 'mythomaxl213b', 'mixtral8x7bchat', 'playgroundv25', 'stablediffusionxl', 'dalle3', 'a2', 'claude_2_short', 'gemini_pro', 'a2_2', 'a2_100k', 'gpt4_o', 'gpt4_o_128k', 'beaver', 'vizcacha', 'gemini_1_5_pro', 'gemini_1_5_pro_128k', 'gemini_1_5_pro_1m', 'gemini_1_5_flash', 'gemini_1_5_flash_128k', 'gemini_1_5_flash_1m', 'llama_2_70b_chat', 'claude_2_1_bamboo', 'claude_2_1_cedar', 'claude_3_haiku_200k', 'claude_3_sonnet_200k', 'claude_3_opus_200k', 'sd3turbo', 'stablediffusion3', 'ideogram']
- Creating a new Bot
client.create_bot(handle="BOT_NAME", prompt="PROMPT_HERE", base_model="a2")
# Using knowledge bases (you can use source_ids from uploaded knowledge bases for your custom bot)
client.create_bot(handle="BOT_NAME", prompt="PROMPT_HERE", base_model="a2", knowledgeSourceIds=source_ids, shouldCiteSources=True)
- Editing a Bot
client.edit_bot(handle="BOT_NAME", prompt="PROMPT_HERE", new_handle="NEW_BOT_NAME", base_model='chinchilla')
# Adding knowledge bases
client.edit_bot(handle="BOT_NAME", prompt="PROMPT_HERE", new_handle="NEW_BOT_NAME", base_model='chinchilla', knowledgeSourceIdsToAdd=source_ids, shouldCiteSources=True)
# Removing knowledge bases
client.edit_bot(handle="BOT_NAME", prompt="PROMPT_HERE", new_handle="NEW_BOT_NAME", base_model='chinchilla', knowledgeSourceIdsToRemove=source_ids, shouldCiteSources=True)
[!TIP] You can also use both
knowledgeSourceIdsToAdd
andknowledgeSourceIdsToRemove
at the same time.
- Deleting a Bot
client.delete_bot(handle="BOT_NAME")
- Getting available bots (your bots section)
# Get a defined number of bots (default is 25)
print(client.get_available_bots(count=10))
# Get all available bots
print(client.get_available_bots(get_all=True))
- Getting a user's bots
handle = 'poe'
print(client.get_user_bots(user=handle))
- Getting available categories
print(client.get_available_categories())
>> Output:
['Official', 'Popular', 'New', 'ImageGen', 'AI', 'Professional', 'Funny', 'History', 'Cooking', 'Advice', 'Mind', 'Programming', 'Travel', 'Writing', 'Games', 'Learning', 'Roleplay', 'Utilities', 'Sports', 'Music']
- Exploring 3rd party bots and users
# Explore section example:
# Get a defined number of bots (default is 50)
print(client.explore(count=10))
# Get all available bots
print(client.explore(explore_all=True))
# Search for bots by query example:
# Get a defined number of bots (default is 50)
print(client.explore(search="Midjourney", count=30))
# Get all available bots
print(client.explore(search="Midjourney", explore_all=True))
# Search for bots by category example (default is defaultCategory):
# Get a defined number of bots (default is 50)
print(client.explore(categoryName="Popular", count=30))
# Get all available bots
print(client.explore(categoryName="AI", explore_all=True))
# Search for people example:
# Get a defined number of people (default is 50)
print(client.explore(search="Poe", entity_type='user', count=30))
# Get all available people
print(client.explore(search="Poe", entity_type='user', explore_all=True))
- Sharing & Importing messages
# Share a defined number of messages (from the lastest to the oldest)
# Using chatCode
shareCode = client.share_chat("a2", chatCode="2roap5g8nd7s28ul836",count=10)
# Using chatId
shareCode = client.share_chat("a2", chatId=204052028,count=10)
# Share all messages
# Using chatCode
shareCode = client.share_chat("a2", chatCode="2roap5g8nd7s28ul836")
# Using chatId
shareCode = client.share_chat("a2", chatId=204052028)
# Set up the 2nd Client and import messages from the shareCode
client2 = PoeApi("2nd_TOKEN_HERE")
print(client2.import_chat(bot, shareCode))
>> Output:
{'chatId': 72929127, 'chatCode': '2iw0xcem7a18wy1avd3'}
- Getting citations
print(client.get_citations(messageId=141597902621))
Read Docs
- Creating a group chat
bots = [
{'bot': 'yayayayaeclaude', 'name': 'Yae'},
{'bot': 'gepardL', 'name': 'gepard'},
{'bot': 'SayukiTokihara', 'name': 'Sayuki'}
]
client.create_group(group_name='Hangout', bots=bots)
[!NOTE]
bot
arg is the model/displayName.name
arg is the one you'd mention them in group chat.
- Sending messages and Streaming responses in group chat
# User engagement example:
while True:
message = str(input('\n\033[38;5;121mYou : \033[0m'))
prev_bot = ""
for chunk in client.send_message_to_group(group_name='Hangout', message=message):
if chunk['bot'] != prev_bot:
print(f"\n\033[38;5;121m{chunk['bot']} : \033[0m", end='', flush=True)
prev_bot = chunk['bot']
print(chunk['response'], end='', flush=True)
print('\n')
# Auto-play example:
while True:
prev_bot = ""
for chunk in client.send_message_to_group(group_name='Hangout', autoplay=True):
if chunk['bot'] != prev_bot:
print(f"\n\033[38;5;121m{chunk['bot']} : \033[0m", end='', flush=True)
prev_bot = chunk['bot']
print(chunk['response'], end='', flush=True)
print('\n')
# Preset history example:
preset_path = "c:\\users\\snowby666\\preset.json"
prev_bot = ""
for chunk in client.send_message_to_group(group_name='Hangout', autoplay=True, preset_history=preset_path):
if chunk['bot'] != prev_bot:
print(f"\n\033[38;5;121m{chunk['bot']} : \033[0m", end='', flush=True)
prev_bot = chunk['bot']
print(chunk['response'], end='', flush=True)
print('\n')
while True:
for chunk in client.send_message_to_group(group_name='Hangout', autoplay=True):
if chunk['bot'] != prev_bot:
print(f"\n\033[38;5;121m{chunk['bot']} : \033[0m", end='', flush=True)
prev_bot = chunk['bot']
print(chunk['response'], end='', flush=True)
print('\n')
[!NOTE] You can also change your name in group chat by passing a new one to the above function:
client.send_message_to_group('Hangout', message=message, user='Danny')
If you want to auto save the conversation_log, just simply set this to true:client.send_message_to_group('Hangout', message=message, autosave=True)
- Deleting a group chat
client.delete_group(group_name='Hangout')
- Getting created groups
print(client.get_available_groups())
- Getting group data
print(client.get_group(group_name='Hangout'))
- Saving group chat history
# Save as json in the same directory
client.save_group_history(group_name='Hangout')
# Save with a local path (json only)
local_path = "c:\\users\\snowby666\\log.json"
client.save_group_history(group_name='Hangout', file_path=local_path)
- Loading group chat history
print(client.load_group_history(file_path=local_path))
Read Docs
- How to find chatCode manually?
Here is an example, the chatCode is 23o1gxjhb9cfnlacdcd
- What are the file types that poe-api-wrapper support?
Currently, this API only supports these file types for adding attachments
.docx | .txt | .md | .py | .js | .ts | .html | .css | .csv | .c | .cs | .cpp | .lua | .rs | .rb | .go | .java | |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
.png | .jpg | .jpeg | .gif | .mp4 | .mov | .mp3 | .wav |
---|---|---|---|---|---|---|---|
We would love to develop poe-api-wrapper together with our community! π
First, clone this repo:
git clone https://github.com/snowby666/poe-api-wrapper.git
cd poe-api-wrapper
Then run the test cases:
python -m pip install -e .[tests]
tox
- Try poe-api-wrapper and give feedback
- Add new integrations with open PR
- Help with open issues or create your own
- Share your thoughts and suggestions with us
- Request a feature by submitting a proposal
- Report a bug
- Improve documentation: fix incomplete or missing docs, bad wording, examples or explanations.
This program is licensed under the GNU GPL v3. Most code has been written by me, snowby666.
snowby666/poe-api-wrapper: A simple, lightweight and efficient API wrapper for Poe.com
Copyright (C) 2023 snowby666
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.