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import datetime | |
from typing import List, Tuple, Dict, Any | |
# Constants used in the app | |
PREFIX = """Current Date: {timestamp} | |
Purpose: {purpose} | |
System: You are an advanced AI assistant specialized in data processing and summarization. | |
""" | |
COMPRESS_DATA_PROMPT = """You are processing data for summarization and analysis. | |
Task Context: | |
- Direction: {direction} | |
- Knowledge: {knowledge} | |
Data to Process: | |
{history} | |
Instructions: | |
1. Analyze and summarize the data while preserving key information | |
2. Maintain original meaning and important details | |
3. Output should be concise yet comprehensive | |
4. Format as plain text with clear section headers | |
5. Include all critical data points and references | |
Output Format: | |
[Summary] | |
- Key points | |
- Important details | |
- Relevant references | |
[Analysis] | |
- Insights | |
- Patterns | |
- Conclusions | |
""" | |
COMPRESS_DATA_PROMPT_SMALL = """You are processing data chunks for summarization. | |
Task Context: | |
- Direction: {direction} | |
Current Data Chunk: | |
{history} | |
Instructions: | |
1. Extract key information from this chunk | |
2. Format as bullet points | |
3. Keep concise but preserve meaning | |
4. Focus on most relevant content | |
5. Include source references if available | |
Output Format: | |
- Point 1 | |
- Point 2 | |
- ... | |
""" | |
LOG_PROMPT = """=== PROMPT === | |
{content} | |
""" | |
LOG_RESPONSE = """=== RESPONSE === | |
{content} | |
""" | |
def run_gpt( | |
prompt_template: str, | |
stop_tokens: List[str], | |
max_tokens: int, | |
seed: int, | |
**prompt_kwargs: Any | |
) -> str: | |
"""Run GPT model with given parameters. | |
Args: | |
prompt_template: Template string for the prompt | |
stop_tokens: List of stop sequences | |
max_tokens: Maximum tokens to generate | |
seed: Random seed | |
**prompt_kwargs: Additional formatting arguments | |
Returns: | |
Generated text response | |
""" | |
# This would normally interface with the actual model | |
# For now returning a mock implementation | |
return "Mock response for testing purposes" | |
def compress_data( | |
c: int, | |
instruct: str, | |
history: str | |
) -> List[str]: | |
"""Compress data into smaller chunks. | |
Args: | |
c: Count of data points | |
instruct: Instruction for compression | |
history: Data to compress | |
Returns: | |
List of compressed data chunks | |
""" | |
# Mock implementation | |
return ["Compressed data chunk 1", "Compressed data chunk 2"] | |
def compress_data_og( | |
c: int, | |
instruct: str, | |
history: str | |
) -> str: | |
"""Original version of data compression. | |
Args: | |
c: Count of data points | |
instruct: Instruction for compression | |
history: Data to compress | |
Returns: | |
Compressed data as single string | |
""" | |
# Mock implementation | |
return "Compressed data output" | |
def save_memory( | |
purpose: str, | |
history: str | |
) -> List[Dict[str, Any]]: | |
"""Save processed data to memory format. | |
Args: | |
purpose: Purpose of the processing | |
history: Data to process | |
Returns: | |
List of memory dictionaries | |
""" | |
# Mock implementation | |
return [{ | |
"keywords": ["sample", "data"], | |
"title": "Sample Entry", | |
"description": "Sample description", | |
"content": "Sample content", | |
"url": "https://example.com" | |
}] | |