#!/usr/bin/env python3 """ Agent Community & Governance Tests Phase 10: OpenClaw Agent Community & Governance (Weeks 13-18) """ import pytest import asyncio import time import json import requests import hashlib import secrets from typing import Dict, List, Any, Optional, Tuple from dataclasses import dataclass, field from datetime import datetime, timedelta import logging from enum import Enum # Configure logging logging.basicConfig(level=logging.INFO) logger = logging.getLogger(__name__) class GovernanceRole(Enum): """Governance roles for agents""" DEVELOPER = "developer" VALIDATOR = "validator" PROPOSER = "proposer" VOTER = "voter" MODERATOR = "moderator" ADMINISTRATOR = "administrator" class ProposalType(Enum): """Types of governance proposals""" PARAMETER_CHANGE = "parameter_change" FEATURE_ADDITION = "feature_addition" FEATURE_REMOVAL = "feature_removal" RULE_MODIFICATION = "rule_modification" BUDGET_ALLOCATION = "budget_allocation" PARTNERSHIP_APPROVAL = "partnership_approval" class VotingStatus(Enum): """Voting status for proposals""" PENDING = "pending" ACTIVE = "active" PASSED = "passed" REJECTED = "rejected" EXECUTED = "executed" EXPIRED = "expired" @dataclass class AgentDeveloper: """Agent developer information""" developer_id: str developer_name: str reputation_score: float contributions_count: int successful_deployments: int expertise_areas: List[str] governance_tokens: float voting_power: float @dataclass class GovernanceProposal: """Governance proposal structure""" proposal_id: str proposal_type: ProposalType title: str description: str proposer_id: str proposed_changes: Dict[str, Any] voting_period_hours: int quorum_required: float approval_threshold: float created_at: datetime status: VotingStatus = VotingStatus.PENDING votes_for: int = 0 votes_against: int = 0 votes_abstain: int = 0 total_voting_power: float = 0.0 @dataclass class Vote: """Vote record""" vote_id: str proposal_id: str voter_id: str vote_type: str # "for", "against", "abstain" voting_power: float reasoning: str timestamp: datetime @dataclass class DAOStructure: """DAO structure and configuration""" dao_id: str dao_name: str total_supply: float circulating_supply: float governance_token: str voting_mechanism: str proposal_threshold: float execution_delay_hours: int treasury_balance: float class AgentGovernanceTests: """Test suite for agent community and governance""" def __init__(self, governance_url: str = "http://127.0.0.1:18004"): self.governance_url = governance_url self.developers = self._setup_developers() self.proposals = [] self.votes = [] self.dao_structure = self._setup_dao() self.session = requests.Session() self.session.timeout = 30 def _setup_developers(self) -> List[AgentDeveloper]: """Setup agent developers for testing""" return [ AgentDeveloper( developer_id="dev_001", developer_name="Alpha Developer", reputation_score=0.95, contributions_count=45, successful_deployments=38, expertise_areas=["ai_optimization", "blockchain_integration", "marketplace_design"], governance_tokens=1000.0, voting_power=1000.0 ), AgentDeveloper( developer_id="dev_002", developer_name="Beta Developer", reputation_score=0.87, contributions_count=32, successful_deployments=28, expertise_areas=["multi_modal_processing", "gpu_acceleration", "reinforcement_learning"], governance_tokens=750.0, voting_power=750.0 ), AgentDeveloper( developer_id="dev_003", developer_name="Gamma Developer", reputation_score=0.92, contributions_count=28, successful_deployments=25, expertise_areas=["agent_economics", "smart_contracts", "decentralized_governance"], governance_tokens=850.0, voting_power=850.0 ), AgentDeveloper( developer_id="dev_004", developer_name="Delta Developer", reputation_score=0.78, contributions_count=15, successful_deployments=12, expertise_areas=["ui_ux", "documentation", "community_support"], governance_tokens=400.0, voting_power=400.0 ) ] def _setup_dao(self) -> DAOStructure: """Setup DAO structure for testing""" return DAOStructure( dao_id="aitbc_dao_001", dao_name="AITBC Agent Governance DAO", total_supply=10000.0, circulating_supply=7500.0, governance_token="AITBC-GOV", voting_mechanism="token_weighted", proposal_threshold=100.0, # Minimum tokens to propose execution_delay_hours=24, treasury_balance=5000.0 ) def _get_developer_by_id(self, developer_id: str) -> Optional[AgentDeveloper]: """Get developer by ID""" return next((dev for dev in self.developers if dev.developer_id == developer_id), None) async def test_development_tools_and_sdks(self, developer_id: str) -> Dict[str, Any]: """Test comprehensive OpenClaw agent development tools and SDKs""" try: developer = self._get_developer_by_id(developer_id) if not developer: return {"error": f"Developer {developer_id} not found"} # Test SDK availability and functionality sdk_test_payload = { "developer_id": developer_id, "test_sdks": [ "openclaw_core_sdk", "agent_development_kit", "marketplace_integration_sdk", "governance_participation_sdk", "blockchain_interaction_sdk" ], "test_functionality": [ "agent_creation", "capability_development", "marketplace_listing", "governance_voting", "smart_contract_interaction" ] } response = self.session.post( f"{self.governance_url}/v1/development/test-sdks", json=sdk_test_payload, timeout=30 ) if response.status_code == 200: sdk_result = response.json() return { "developer_id": developer_id, "sdk_availability": sdk_result.get("sdk_availability"), "functionality_tests": sdk_result.get("functionality_tests"), "sdk_versions": sdk_result.get("versions"), "documentation_quality": sdk_result.get("documentation_quality"), "integration_examples": sdk_result.get("integration_examples"), "success": True } else: return { "developer_id": developer_id, "error": f"SDK testing failed with status {response.status_code}", "success": False } except Exception as e: return { "developer_id": developer_id, "error": str(e), "success": False } async def test_innovation_labs_and_research(self, research_topic: str) -> Dict[str, Any]: """Test agent innovation labs and research programs""" try: # Test innovation lab setup innovation_payload = { "research_topic": research_topic, "lab_configuration": { "compute_resources": "high_performance_gpu_cluster", "research_duration_weeks": 12, "team_size": 5, "budget_allocation": 500.0, "success_metrics": [ "novel_algorithms", "performance_improvements", "marketplace_impact", "community_adoption" ] }, "research_methodology": "agile_research_sprints" } response = self.session.post( f"{self.governance_url}/v1/innovation/setup-lab", json=innovation_payload, timeout=20 ) if response.status_code == 200: lab_result = response.json() # Test research execution execution_payload = { "lab_id": lab_result.get("lab_id"), "research_sprints": 4, "milestone_tracking": True, "community_involvement": True } execution_response = self.session.post( f"{self.governance_url}/v1/innovation/execute-research", json=execution_payload, timeout=30 ) if execution_response.status_code == 200: execution_result = execution_response.json() return { "research_topic": research_topic, "lab_setup": lab_result, "research_execution": execution_result, "innovations_developed": execution_result.get("innovations"), "performance_improvements": execution_result.get("performance_improvements"), "community_impact": execution_result.get("community_impact"), "success": True } else: return { "research_topic": research_topic, "lab_setup": lab_result, "execution_error": f"Research execution failed with status {execution_response.status_code}", "success": False } else: return { "research_topic": research_topic, "error": f"Innovation lab setup failed with status {response.status_code}", "success": False } except Exception as e: return { "research_topic": research_topic, "error": str(e), "success": False } async def test_third_party_solution_marketplace(self) -> Dict[str, Any]: """Test marketplace for third-party agent solutions""" try: # Test marketplace setup marketplace_payload = { "marketplace_config": { "listing_fee": 10.0, "commission_rate": 0.05, # 5% commission "quality_requirements": { "min_reputation": 0.8, "code_quality_score": 0.85, "documentation_completeness": 0.9 }, "review_process": "peer_review_plus_automated_testing" }, "supported_solution_types": [ "agent_capabilities", "optimization_algorithms", "marketplace_strategies", "governance_tools", "development_frameworks" ] } response = self.session.post( f"{self.governance_url}/v1/marketplace/setup-third-party", json=marketplace_payload, timeout=20 ) if response.status_code == 200: setup_result = response.json() # Test solution listing listing_payload = { "solution_name": "Advanced Multi-Modal Fusion Agent", "developer_id": "dev_001", "solution_type": "agent_capabilities", "description": "Enhanced multi-modal processing with cross-modal attention", "pricing_model": "subscription", "price_per_month": 25.0, "demo_available": True, "code_repository": "https://github.com/example/multimodal-agent" } listing_response = self.session.post( f"{self.governance_url}/v1/marketplace/list-solution", json=listing_payload, timeout=15 ) if listing_response.status_code == 201: listing_result = listing_response.json() return { "marketplace_setup": setup_result, "solution_listing": listing_result, "listing_id": listing_result.get("listing_id"), "quality_score": listing_result.get("quality_score"), "marketplace_status": "active", "success": True } else: return { "marketplace_setup": setup_result, "listing_error": f"Solution listing failed with status {listing_response.status_code}", "success": False } else: return { "error": f"Third-party marketplace setup failed with status {response.status_code}", "success": False } except Exception as e: return { "error": str(e), "success": False } async def test_community_support_platforms(self) -> Dict[str, Any]: """Test agent community support and collaboration platforms""" try: # Test support platform setup support_payload = { "platform_config": { "support_channels": ["forum", "discord", "github_discussions", "stack_exchange"], "moderation_system": "community_moderation_plus_ai_assistance", "knowledge_base": "community_wiki_plus_official_documentation", "expert_network": "peer_to_peer_mentorship" }, "collaboration_tools": [ "code_review", "pair_programming", "hackathon_organization", "innovation_challenges", "best_practice_sharing" ] } response = self.session.post( f"{self.governance_url}/v1/community/setup-support", json=support_payload, timeout=20 ) if response.status_code == 200: setup_result = response.json() # Test community engagement engagement_payload = { "engagement_metrics": [ "active_users", "questions_answered", "contributions_made", "mentorship_sessions", "collaboration_projects" ], "engagement_period": "30_days" } engagement_response = self.session.post( f"{self.governance_url}/v1/community/measure-engagement", json=engagement_payload, timeout=15 ) if engagement_response.status_code == 200: engagement_result = engagement_response.json() return { "platform_setup": setup_result, "engagement_metrics": engagement_result, "active_community_members": engagement_result.get("active_users"), "support_response_time": engagement_result.get("avg_response_time"), "collaboration_projects": engagement_result.get("collaboration_projects"), "community_health_score": engagement_result.get("health_score"), "success": True } else: return { "platform_setup": setup_result, "engagement_error": f"Engagement measurement failed with status {engagement_response.status_code}", "success": False } else: return { "error": f"Community support setup failed with status {response.status_code}", "success": False } except Exception as e: return { "error": str(e), "success": False } async def test_token_based_voting_system(self, proposal_id: str) -> Dict[str, Any]: """Test token-based voting and governance mechanisms""" try: # Test voting system setup voting_payload = { "proposal_id": proposal_id, "voting_config": { "voting_mechanism": "token_weighted", "quorum_required": 0.4, # 40% of total supply "approval_threshold": 0.6, # 60% of votes cast "voting_period_hours": 72, "execution_delay_hours": 24 }, "voter_eligibility": { "minimum_tokens": 100, "reputation_requirement": 0.7, "active_participation_requirement": True } } response = self.session.post( f"{self.governance_url}/v1/voting/setup-proposal", json=voting_payload, timeout=15 ) if response.status_code == 200: setup_result = response.json() # Test voting process test_votes = [ {"voter_id": "dev_001", "vote": "for", "reasoning": "Aligns with roadmap goals"}, {"voter_id": "dev_002", "vote": "for", "reasoning": "Technical soundness"}, {"voter_id": "dev_003", "vote": "against", "reasoning": "Implementation concerns"}, {"voter_id": "dev_004", "vote": "abstain", "reasoning": "Need more information"} ] voting_results = [] for vote_data in test_votes: developer = self._get_developer_by_id(vote_data["voter_id"]) if developer: vote_payload = { "proposal_id": proposal_id, "voter_id": vote_data["voter_id"], "vote": vote_data["vote"], "voting_power": developer.voting_power, "reasoning": vote_data["reasoning"] } vote_response = self.session.post( f"{self.governance_url}/v1/cast-vote", json=vote_payload, timeout=10 ) if vote_response.status_code == 201: voting_results.append(vote_response.json()) return { "proposal_id": proposal_id, "voting_setup": setup_result, "votes_cast": voting_results, "total_voting_power": sum(v.get("voting_power", 0) for v in voting_results), "vote_distribution": { "for": sum(1 for v in voting_results if v.get("vote") == "for"), "against": sum(1 for v in voting_results if v.get("vote") == "against"), "abstain": sum(1 for v in voting_results if v.get("vote") == "abstain") }, "success": True } else: return { "proposal_id": proposal_id, "error": f"Voting setup failed with status {response.status_code}", "success": False } except Exception as e: return { "proposal_id": proposal_id, "error": str(e), "success": False } async def test_dao_formation(self) -> Dict[str, Any]: """Test decentralized autonomous organization (DAO) formation""" try: # Test DAO creation dao_payload = { "dao_config": { "dao_name": self.dao_structure.dao_name, "governance_token": self.dao_structure.governance_token, "total_supply": self.dao_structure.total_supply, "initial_distribution": { "community_fund": 0.4, "developer_rewards": 0.3, "ecosystem_fund": 0.2, "team_allocation": 0.1 }, "governance_parameters": { "proposal_threshold": self.dao_structure.proposal_threshold, "quorum_required": 0.3, "approval_threshold": 0.6, "execution_delay": self.dao_structure.execution_delay_hours } }, "smart_contracts": { "governance_contract": True, "treasury_contract": True, "reputation_contract": True, "voting_contract": True } } response = self.session.post( f"{self.governance_url}/v1/dao/create", json=dao_payload, timeout=30 ) if response.status_code == 201: creation_result = response.json() # Test DAO initialization init_payload = { "dao_id": creation_result.get("dao_id"), "initial_proposals": [ { "title": "Set Initial Marketplace Parameters", "description": "Establish initial marketplace fees and parameters", "type": "parameter_change" } ], "treasury_funding": 1000.0 } init_response = self.session.post( f"{self.governance_url}/v1/dao/initialize", json=init_payload, timeout=20 ) if init_response.status_code == 200: init_result = init_response.json() return { "dao_creation": creation_result, "dao_initialization": init_result, "dao_address": creation_result.get("dao_address"), "token_contract": creation_result.get("token_contract"), "treasury_balance": init_result.get("treasury_balance"), "governance_active": init_result.get("governance_active"), "success": True } else: return { "dao_creation": creation_result, "initialization_error": f"DAO initialization failed with status {init_response.status_code}", "success": False } else: return { "error": f"DAO creation failed with status {response.status_code}", "success": False } except Exception as e: return { "error": str(e), "success": False } async def test_proposal_and_voting_systems(self) -> Dict[str, Any]: """Test community proposal and voting systems""" try: # Create test proposal proposal = GovernanceProposal( proposal_id="prop_001", proposal_type=ProposalType.PARAMETER_CHANGE, title="Reduce Marketplace Transaction Fee", description="Reduce marketplace transaction fee from 2.5% to 2.0% to increase platform competitiveness", proposer_id="dev_001", proposed_changes={ "transaction_fee": 0.02, "effective_date": "2026-03-01", "affected_services": ["marketplace", "trading", "settlement"] }, voting_period_hours=72, quorum_required=0.3, approval_threshold=0.6, created_at=datetime.now() ) # Test proposal creation proposal_payload = { "proposal_id": proposal.proposal_id, "proposal_type": proposal.proposal_type.value, "title": proposal.title, "description": proposal.description, "proposer_id": proposal.proposer_id, "proposed_changes": proposal.proposed_changes, "voting_period_hours": proposal.voting_period_hours, "quorum_required": proposal.quorum_required, "approval_threshold": proposal.approval_threshold } response = self.session.post( f"{self.governance_url}/v1/proposals/create", json=proposal_payload, timeout=15 ) if response.status_code == 201: creation_result = response.json() # Test voting on proposal voting_result = await self.test_token_based_voting_system(proposal.proposal_id) return { "proposal_creation": creation_result, "voting_process": voting_result, "proposal_status": voting_result.get("proposal_status"), "quorum_met": voting_result.get("quorum_met"), "approval_status": voting_result.get("approval_status"), "success": voting_result.get("success", False) } else: return { "error": f"Proposal creation failed with status {response.status_code}", "success": False } except Exception as e: return { "error": str(e), "success": False } async def test_governance_analytics_and_transparency(self) -> Dict[str, Any]: """Test governance analytics and transparency reporting""" try: # Test analytics collection analytics_payload = { "analytics_period": "30_days", "metrics_to_collect": [ "proposal_success_rate", "voter_participation", "governance_token_distribution", "dao_treasury_performance", "community_engagement" ], "transparency_requirements": { "public_reporting": True, "audit_trail": True, "decision_rationale": True, "financial_transparency": True } } response = self.session.post( f"{self.governance_url}/v1/analytics/collect", json=analytics_payload, timeout=20 ) if response.status_code == 200: analytics_result = response.json() # Test transparency reporting reporting_payload = { "report_type": "governance_summary", "report_period": "monthly", "include_sections": [ "proposals_summary", "voting_statistics", "treasury_report", "community_metrics", "transparency_audit" ] } reporting_response = self.session.post( f"{self.governance_url}/v1/transparency/generate-report", json=reporting_payload, timeout=15 ) if reporting_response.status_code == 200: reporting_result = reporting_response.json() return { "analytics_collection": analytics_result, "transparency_report": reporting_result, "governance_health_score": analytics_result.get("health_score"), "transparency_rating": reporting_result.get("transparency_rating"), "community_trust_index": analytics_result.get("trust_index"), "report_accessibility": reporting_result.get("accessibility_score"), "success": True } else: return { "analytics_collection": analytics_result, "reporting_error": f"Transparency reporting failed with status {reporting_response.status_code}", "success": False } else: return { "error": f"Analytics collection failed with status {response.status_code}", "success": False } except Exception as e: return { "error": str(e), "success": False } async def test_certification_and_partnership_programs(self, developer_id: str) -> Dict[str, Any]: """Test agent certification and partnership programs""" try: developer = self._get_developer_by_id(developer_id) if not developer: return {"error": f"Developer {developer_id} not found"} # Test certification process certification_payload = { "developer_id": developer_id, "certification_type": "advanced_agent_developer", "requirements": { "min_reputation": 0.85, "successful_deployments": 20, "community_contributions": 30, "code_quality_score": 0.9 }, "assessment_areas": [ "technical_proficiency", "code_quality", "community_engagement", "innovation_contribution" ] } response = self.session.post( f"{self.governance_url}/v1/certification/evaluate", json=certification_payload, timeout=20 ) if response.status_code == 200: certification_result = response.json() # Test partnership application partnership_payload = { "developer_id": developer_id, "partnership_type": "technology_partner", "partnership_benefits": [ "early_access_to_features", "co_marketing_opportunities", "revenue_sharing_program", "technical_support_priority" ], "partnership_commitments": [ "maintain_quality_standards", "community_support_contribution", "platform_promotion" ] } partnership_response = self.session.post( f"{self.governance_url}/v1/partnerships/apply", json=partnership_payload, timeout=15 ) if partnership_response.status_code == 200: partnership_result = partnership_response.json() return { "developer_id": developer_id, "certification_result": certification_result, "partnership_result": partnership_result, "certification_granted": certification_result.get("granted"), "certification_level": certification_result.get("level"), "partnership_approved": partnership_result.get("approved"), "partnership_tier": partnership_result.get("tier"), "success": True } else: return { "developer_id": developer_id, "certification_result": certification_result, "partnership_error": f"Partnership application failed with status {partnership_response.status_code}", "success": False } else: return { "developer_id": developer_id, "error": f"Certification evaluation failed with status {response.status_code}", "success": False } except Exception as e: return { "developer_id": developer_id, "error": str(e), "success": False } # Test Fixtures @pytest.fixture async def governance_tests(): """Create agent governance test instance""" return AgentGovernanceTests() @pytest.fixture def sample_proposal(): """Sample governance proposal for testing""" return GovernanceProposal( proposal_id="prop_test_001", proposal_type=ProposalType.FEATURE_ADDITION, title="Add Advanced Analytics Dashboard", description="Implement comprehensive analytics dashboard for marketplace insights", proposer_id="dev_001", proposed_changes={ "new_feature": "analytics_dashboard", "implementation_timeline": "6_weeks", "resource_requirements": {"developers": 3, "budget": 500.0} }, voting_period_hours=72, quorum_required=0.3, approval_threshold=0.6, created_at=datetime.now() ) # Test Classes class TestDevelopmentTools: """Test agent development tools and SDKs""" @pytest.mark.asyncio async def test_sdk_completeness(self, governance_tests): """Test completeness of development SDKs""" result = await governance_tests.test_development_tools_and_sdks("dev_001") assert result.get("success", False), "SDK completeness test failed" assert result.get("sdk_availability", {}).get("total_sdks", 0) >= 5, "Insufficient SDKs available" assert result.get("functionality_tests", {}).get("pass_rate", 0) > 0.9, "SDK functionality tests failing" assert result.get("documentation_quality", 0) > 0.8, "SDK documentation quality too low" @pytest.mark.asyncio async def test_integration_examples(self, governance_tests): """Test integration examples and tutorials""" result = await governance_tests.test_development_tools_and_sdks("dev_002") assert result.get("success", False), "Integration examples test failed" assert len(result.get("integration_examples", [])) > 0, "No integration examples provided" class TestInnovationLabs: """Test agent innovation labs and research programs""" @pytest.mark.asyncio async def test_research_program_setup(self, governance_tests): """Test research program setup and execution""" result = await governance_tests.test_innovation_labs_and_research("multi_modal_optimization") assert result.get("success", False), "Research program test failed" assert "lab_setup" in result, "No lab setup result" assert "research_execution" in result, "No research execution result" assert len(result.get("innovations_developed", [])) > 0, "No innovations developed" @pytest.mark.asyncio async def test_performance_improvements(self, governance_tests): """Test performance improvements from research""" result = await governance_tests.test_innovation_labs_and_research("gpu_acceleration_enhancement") assert result.get("success", False), "Performance improvements test failed" assert result.get("performance_improvements", {}).get("speedup_factor", 0) > 1.5, "Insufficient performance improvement" class TestThirdPartyMarketplace: """Test third-party agent solution marketplace""" @pytest.mark.asyncio async def test_marketplace_setup(self, governance_tests): """Test third-party marketplace setup""" result = await governance_tests.test_third_party_solution_marketplace() assert result.get("success", False), "Third-party marketplace test failed" assert "marketplace_setup" in result, "No marketplace setup result" assert "solution_listing" in result, "No solution listing result" assert result.get("marketplace_status") == "active", "Marketplace not active" @pytest.mark.asyncio async def test_quality_requirements(self, governance_tests): """Test quality requirements for solutions""" result = await governance_tests.test_third_party_solution_marketplace() assert result.get("success", False), "Quality requirements test failed" assert result.get("quality_score", 0) > 0.8, "Solution quality score too low" class TestCommunitySupport: """Test community support and collaboration platforms""" @pytest.mark.asyncio async def test_support_platforms(self, governance_tests): """Test community support platforms""" result = await governance_tests.test_community_support_platforms() assert result.get("success", False), "Community support test failed" assert "platform_setup" in result, "No platform setup result" assert "engagement_metrics" in result, "No engagement metrics" assert result.get("community_health_score", 0) > 0.7, "Community health score too low" @pytest.mark.asyncio async def test_collaboration_tools(self, governance_tests): """Test collaboration tools and features""" result = await governance_tests.test_community_support_platforms() assert result.get("success", False), "Collaboration tools test failed" assert result.get("collaboration_projects", 0) > 0, "No collaboration projects active" class TestTokenBasedVoting: """Test token-based voting and governance mechanisms""" @pytest.mark.asyncio async def test_voting_system_setup(self, governance_tests, sample_proposal): """Test token-based voting system setup""" result = await governance_tests.test_token_based_voting_system(sample_proposal.proposal_id) assert result.get("success", False), "Voting system setup test failed" assert "voting_setup" in result, "No voting setup result" assert "votes_cast" in result, "No votes cast" assert result.get("total_voting_power", 0) > 0, "No voting power recorded" @pytest.mark.asyncio async def test_vote_distribution(self, governance_tests): """Test vote distribution and counting""" result = await governance_tests.test_token_based_voting_system("prop_test_002") assert result.get("success", False), "Vote distribution test failed" vote_dist = result.get("vote_distribution", {}) assert vote_dist.get("for", 0) + vote_dist.get("against", 0) + vote_dist.get("abstain", 0) > 0, "No votes recorded" class TestDAOFormation: """Test decentralized autonomous organization formation""" @pytest.mark.asyncio async def test_dao_creation(self, governance_tests): """Test DAO creation and initialization""" result = await governance_tests.test_dao_formation() assert result.get("success", False), "DAO creation test failed" assert "dao_creation" in result, "No DAO creation result" assert "dao_initialization" in result, "No DAO initialization result" assert result.get("governance_active", False), "DAO governance not active" @pytest.mark.asyncio async def test_smart_contract_deployment(self, governance_tests): """Test smart contract deployment for DAO""" result = await governance_tests.test_dao_formation() assert result.get("success", False), "Smart contract deployment test failed" assert result.get("token_contract"), "No token contract deployed" assert result.get("treasury_balance", 0) > 0, "Treasury not funded" class TestProposalSystems: """Test community proposal and voting systems""" @pytest.mark.asyncio async def test_proposal_creation(self, governance_tests): """Test proposal creation and management""" result = await governance_tests.test_proposal_and_voting_systems() assert result.get("success", False), "Proposal creation test failed" assert "proposal_creation" in result, "No proposal creation result" assert "voting_process" in result, "No voting process result" @pytest.mark.asyncio async def test_voting_outcomes(self, governance_tests): """Test voting outcomes and decision making""" result = await governance_tests.test_proposal_and_voting_systems() assert result.get("success", False), "Voting outcomes test failed" assert result.get("quorum_met", False), "Quorum not met" assert "approval_status" in result, "No approval status provided" class TestGovernanceAnalytics: """Test governance analytics and transparency""" @pytest.mark.asyncio async def test_analytics_collection(self, governance_tests): """Test governance analytics collection""" result = await governance_tests.test_governance_analytics_and_transparency() assert result.get("success", False), "Analytics collection test failed" assert "analytics_collection" in result, "No analytics collection result" assert result.get("governance_health_score", 0) > 0.7, "Governance health score too low" @pytest.mark.asyncio async def test_transparency_reporting(self, governance_tests): """Test transparency reporting""" result = await governance_tests.test_governance_analytics_and_transparency() assert result.get("success", False), "Transparency reporting test failed" assert "transparency_report" in result, "No transparency report generated" assert result.get("transparency_rating", 0) > 0.8, "Transparency rating too low" class TestCertificationPrograms: """Test agent certification and partnership programs""" @pytest.mark.asyncio async def test_certification_process(self, governance_tests): """Test certification process for developers""" result = await governance_tests.test_certification_and_partnership_programs("dev_001") assert result.get("success", False), "Certification process test failed" assert "certification_result" in result, "No certification result" assert result.get("certification_granted", False), "Certification not granted" assert result.get("certification_level"), "No certification level provided" @pytest.mark.asyncio async def test_partnership_approval(self, governance_tests): """Test partnership approval process""" result = await governance_tests.test_certification_and_partnership_programs("dev_002") assert result.get("success", False), "Partnership approval test failed" assert "partnership_result" in result, "No partnership result" assert result.get("partnership_approved", False), "Partnership not approved" if __name__ == "__main__": pytest.main([__file__, "-v", "--tb=short"])