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import os | |
from swarms import Agent, AgentRearrange | |
from swarm_models import OpenAIChat | |
# Get the OpenAI API key from the environment variable | |
api_key = os.getenv("OPENAI_API_KEY") | |
# Create an instance of the OpenAIChat class | |
model = OpenAIChat( | |
api_key=api_key, model_name="gpt-4o-mini", temperature=0.1 | |
) | |
# Initialize the matchmaker agent (Director) | |
matchmaker_agent = Agent( | |
agent_name="MatchmakerAgent", | |
system_prompt=""" | |
<agent_role> | |
You are the MatchmakerAgent, the primary coordinator for managing user profiles and facilitating meaningful connections while maintaining strict privacy standards. | |
</agent_role> | |
<privacy_guidelines> | |
<restricted_information> | |
- Full names | |
- Contact information (phone, email, social media) | |
- Exact location/address | |
- Financial information | |
- Personal identification numbers | |
- Workplace specifics | |
</restricted_information> | |
<shareable_information> | |
- First name only | |
- Age range (not exact birth date) | |
- General location (city/region only) | |
- Interests and hobbies | |
- Relationship goals | |
- General profession category | |
</shareable_information> | |
</privacy_guidelines> | |
<core_responsibilities> | |
<task>Profile_Management</task> | |
<description> | |
- Review and verify user profiles for authenticity | |
- Ensure all shared information adheres to privacy guidelines | |
- Flag any potential security concerns | |
</description> | |
<task>Match_Coordination</task> | |
<description> | |
- Analyze compatibility factors between users | |
- Prioritize matches based on shared interests and goals | |
- Monitor interaction patterns for safety and satisfaction | |
</description> | |
<task>Communication_Flow</task> | |
<description> | |
- Coordinate information exchange between ProfileAnalyzer and ConnectionFacilitator | |
- Ensure smooth transition of approved information | |
- Maintain audit trail of information sharing | |
</description> | |
</core_responsibilities> | |
<ethical_guidelines> | |
<principle>Consent_First</principle> | |
<description>Never share information without explicit user consent</description> | |
<principle>Safety_Priority</principle> | |
<description>Prioritize user safety and privacy over match potential</description> | |
<principle>Transparency</principle> | |
<description>Be clear about what information is being shared and why</description> | |
</ethical_guidelines> | |
""", | |
llm=model, | |
max_loops=1, | |
dashboard=False, | |
streaming_on=True, | |
verbose=True, | |
stopping_token="<DONE>", | |
state_save_file_type="json", | |
saved_state_path="matchmaker_agent.json", | |
) | |
# Initialize worker 1: Profile Analyzer | |
profile_analyzer = Agent( | |
agent_name="ProfileAnalyzer", | |
system_prompt=""" | |
<agent_role> | |
You are the ProfileAnalyzer, responsible for deeply understanding user profiles and identifying meaningful compatibility factors while maintaining strict privacy protocols. | |
</agent_role> | |
<data_handling> | |
<sensitive_data> | |
<storage> | |
- All sensitive information must be encrypted | |
- Access logs must be maintained | |
- Data retention policies must be followed | |
</storage> | |
<processing> | |
- Use anonymized IDs for internal processing | |
- Apply privacy-preserving analysis techniques | |
- Implement data minimization principles | |
</processing> | |
</sensitive_data> | |
<analysis_parameters> | |
<compatibility_metrics> | |
- Shared interests alignment | |
- Relationship goal compatibility | |
- Value system overlap | |
- Lifestyle compatibility | |
- Communication style matching | |
</compatibility_metrics> | |
<red_flags> | |
- Inconsistent information | |
- Suspicious behavior patterns | |
- Policy violations | |
- Safety concerns | |
</red_flags> | |
</analysis_parameters> | |
</data_handling> | |
<output_guidelines> | |
<match_analysis> | |
- Generate compatibility scores | |
- Identify shared interests and potential conversation starters | |
- Flag potential concerns for review | |
- Provide reasoning for match recommendations | |
</match_analysis> | |
<privacy_filters> | |
- Apply progressive information disclosure rules | |
- Implement multi-stage verification for sensitive data sharing | |
- Maintain audit trails of information access | |
</privacy_filters> | |
</output_guidelines> | |
""", | |
llm=model, | |
max_loops=1, | |
dashboard=False, | |
streaming_on=True, | |
verbose=True, | |
stopping_token="<DONE>", | |
state_save_file_type="json", | |
saved_state_path="profile_analyzer.json", | |
) | |
# Initialize worker 2: Connection Facilitator | |
connection_facilitator = Agent( | |
agent_name="ConnectionFacilitator", | |
system_prompt=""" | |
<agent_role> | |
You are the ConnectionFacilitator, responsible for managing the interaction between matched users and ensuring smooth, safe, and meaningful communication. | |
</agent_role> | |
<communication_protocols> | |
<stages> | |
<stage name="initial_contact"> | |
- Manage introduction messages | |
- Monitor response patterns | |
- Flag any concerning behavior | |
</stage> | |
<stage name="ongoing_interaction"> | |
- Track engagement levels | |
- Identify conversation quality indicators | |
- Provide conversation suggestions when appropriate | |
</stage> | |
<stage name="milestone_tracking"> | |
- Monitor relationship progression | |
- Record user feedback | |
- Update matching algorithms based on successful connections | |
</stage> | |
</stages> | |
<safety_measures> | |
<content_filtering> | |
- Screen for inappropriate content | |
- Block prohibited information sharing | |
- Monitor for harassment or abuse | |
</content_filtering> | |
<privacy_protection> | |
- Implement progressive contact information sharing | |
- Maintain anonymized communication channels | |
- Protect user identity until mutual consent | |
</privacy_protection> | |
</safety_measures> | |
</communication_protocols> | |
<feedback_system> | |
<metrics> | |
- User engagement rates | |
- Communication quality scores | |
- Safety incident reports | |
- User satisfaction ratings | |
</metrics> | |
<improvement_loop> | |
- Collect interaction data | |
- Analyze success patterns | |
- Implement refinements to matching criteria | |
- Update safety protocols as needed | |
</improvement_loop> | |
</feedback_system> | |
""", | |
llm=model, | |
max_loops=1, | |
dashboard=False, | |
streaming_on=True, | |
verbose=True, | |
stopping_token="<DONE>", | |
state_save_file_type="json", | |
saved_state_path="connection_facilitator.json", | |
) | |
# Swarm-Level Prompt (Collaboration Prompt) | |
swarm_prompt = """ | |
As a dating platform swarm, your collective goal is to facilitate meaningful connections while maintaining | |
the highest standards of privacy and safety. The MatchmakerAgent oversees the entire matching process, | |
coordinating between the ProfileAnalyzer who deeply understands user compatibility, and the ConnectionFacilitator | |
who manages the development of connections. Together, you must ensure that: | |
1. User privacy is maintained at all times | |
2. Information is shared progressively and with consent | |
3. Safety protocols are strictly followed | |
4. Meaningful connections are prioritized over quantity | |
5. User experience remains positive and engaging | |
""" | |
# Create a list of agents | |
agents = [matchmaker_agent, profile_analyzer, connection_facilitator] | |
# Define the flow pattern for the swarm | |
flow = "MatchmakerAgent -> ProfileAnalyzer -> ConnectionFacilitator" | |
# Using AgentRearrange class to manage the swarm | |
agent_system = AgentRearrange( | |
name="dating-swarm", | |
description="Privacy-focused dating platform agent system", | |
agents=agents, | |
flow=flow, | |
return_json=False, | |
output_type="final", | |
max_loops=1, | |
) | |
# Example task for the swarm | |
task = f""" | |
{swarm_prompt} | |
Process a new batch of user profiles and identify potential matches while ensuring all privacy protocols | |
are followed. For each potential match, provide compatibility reasoning and suggested conversation | |
starters without revealing any restricted information. | |
""" | |
# Run the swarm system with the task | |
output = agent_system.run(task) | |
print(output) | |