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bot_ChineseStatement.py
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"""
BOT_NAME="ChineseStatement"; modal deploy --name $BOT_NAME bot_${BOT_NAME}.py; curl -X POST https://api.poe.com/bot/fetch_settings/$BOT_NAME/$POE_ACCESS_KEY
There are three states in the conversation
- Before getting the problem
- After getting the problem, before making a submission
- After making a submission
"""
from __future__ import annotations
import random
import re
from typing import AsyncIterable
import fastapi_poe as fp
from fastapi_poe.types import PartialResponse
from modal import App, Dict, Image, asgi_app
app = App("poe-bot-ChineseStatement")
my_dict = Dict.from_name("dict-ChineseStatement", create_if_missing=True)
with open("chinese_sentences.txt") as f:
srr = f.readlines()
pattern = r"A\.\d\s" # e.g. "A.1 "
level_to_statements_and_context = []
context = {}
for line in srr:
line = line.strip()
if re.match(pattern, line):
level_to_statements_and_context.append([])
continue
if line == "":
continue
if "A." in line:
depth = line.count(".")
context[f"{depth}"] = line
context.pop("【", None)
context.pop("(", None)
for nex_depth in range(depth + 1, 10):
context.pop(f"{nex_depth}", None)
continue
if "【" in line:
context["【"] = line
context.pop("(", None)
continue
if "(" in line:
context["("] = line
continue
# statement matching
if "。" not in line and "?" not in line:
continue
if "甲" in line or "乙" in line:
continue
if "/" in line:
continue
if len(line) > 50:
continue
level_to_statements_and_context[-1].append((line.strip(), list(context.values())))
TEMPLATE_STARTING_REPLY = """
The statement sampled from HSK level {level} is
# {statement}
Please translate the sentence.
""".strip()
SYSTEM_TABULATION_PROMPT = """
You will test the user on the translation of a Chinese sentence.
The statement is {statement}
You will whether the user's translation captures the full meaning of the sentence.
If the user has user's translation captures the full meaning of the sentence, end you reply with
- Your translation has captured the full meaning of the sentence.
""".strip()
FREEFORM_SYSTEM_PROMPT = """
You are a patient Chinese language teacher.
You will guide the conversation in ways that maximizes the learning of the Chinese language.
The context of the problem is {context}
"""
PASS_STATEMENT = "I will pass this sentence."
NEXT_STATEMENT = "I want another sentence."
def get_user_level_key(user_id):
return f"ChineseVocab-level-{user_id}"
def get_conversation_info_key(conversation_id):
return f"ChineseVocab-statement-{conversation_id}"
def get_conversation_submitted_key(conversation_id):
return f"ChineseVocab-submitted-{conversation_id}"
class ChineseStatementBot(fp.PoeBot):
async def get_response(
self, request: fp.QueryRequest
) -> AsyncIterable[fp.PartialResponse]:
user_level_key = get_user_level_key(request.user_id)
conversation_info_key = get_conversation_info_key(request.conversation_id)
conversation_submitted_key = get_conversation_submitted_key(
request.conversation_id
)
last_user_reply = request.query[-1].content
print(last_user_reply)
# reset if the user passes or asks for the next statement
if last_user_reply in (NEXT_STATEMENT, PASS_STATEMENT):
if conversation_info_key in my_dict:
my_dict.pop(conversation_info_key)
if conversation_submitted_key in my_dict:
my_dict.pop(conversation_submitted_key)
# retrieve the level of the user
# TODO(when conversation starter is ready): jump to a specific level
if last_user_reply in "1234567":
level = int(last_user_reply)
my_dict[user_level_key] = level
elif user_level_key in my_dict:
level = my_dict[user_level_key]
level = max(1, level)
level = min(7, level)
else:
level = 1
my_dict[user_level_key] = level
# for new conversations, sample a problem
if conversation_info_key not in my_dict:
statement, context = random.choice(
level_to_statements_and_context[level - 1] # leveling is one indexed
)
statement_info = {"statement": statement, "context": context}
my_dict[conversation_info_key] = statement_info
yield self.text_event(
TEMPLATE_STARTING_REPLY.format(
statement=statement_info["statement"], level=level
)
)
yield PartialResponse(text=PASS_STATEMENT, is_suggested_reply=True)
return
# retrieve the previously cached word
statement_info = my_dict[conversation_info_key]
statement = statement_info["statement"] # so that this can be used in f-string
# if the submission is already made, continue as per normal
if conversation_submitted_key in my_dict:
request.query = [
{
"role": "system",
"content": FREEFORM_SYSTEM_PROMPT.format(
context=str(statement_info["context"])
),
}
] + request.query
bot_reply = ""
async for msg in fp.stream_request(request, "ChatGPT", request.access_key):
bot_reply += msg.text
yield msg.model_copy()
print(bot_reply)
return
# otherwise, disable suggested replies
yield fp.MetaResponse(
text="",
content_type="text/markdown",
linkify=True,
refetch_settings=False,
suggested_replies=False,
)
request.query = [
{
"role": "system",
"content": SYSTEM_TABULATION_PROMPT.format(statement=statement),
}
] + request.query
request.temperature = 0
request.logit_bias = {"2746": -5, "36821": -10} # "If" # " |\n\n"
bot_reply = ""
async for msg in fp.stream_request(request, "Claude-3.5-Sonnet", request.access_key):
bot_reply += msg.text
yield msg.model_copy()
# make a judgement on correctness
my_dict[conversation_submitted_key] = True
if "has captured the full meaning" in bot_reply:
my_dict[user_level_key] = level + 1
else:
my_dict[user_level_key] = level - 1
# deliver suggsted replies
yield PartialResponse(
text="What are other sentences with a similar structure?",
is_suggested_reply=True,
)
yield PartialResponse(text=NEXT_STATEMENT, is_suggested_reply=True)
async def get_settings(self, setting: fp.SettingsRequest) -> fp.SettingsResponse:
return fp.SettingsResponse(
server_bot_dependencies={"Claude-3.5-Sonnet": 1, "GPT-3.5-Turbo": 1},
introduction_message="Say 'start' to get the sentence to translate.",
)