"""Test AI-optimized documentation system."""

import pytest

from tests.base_test import BaseCrackerjackFeatureTest


class TestAIOptimizedDocumentation(BaseCrackerjackFeatureTest):
    """Test AI-optimized documentation system."""

    def test_dual_output_generation(self):
        """Test generation of both AI and human-readable formats."""
        # doc_generator = DualOutputGenerator()
        #
        # sample_command_data = {
        #     "name": "python -m crackerjack --ai-fix -t",
        #     "description": "Run quality checks with AI-powered fixing",
        #     "success_pattern": "Quality score ≥85%",
        #     "common_issues": ["test failures", "type errors", "complexity violations"],
        #     "ai_agent_effectiveness": 0.87,
        # }
        #
        # # Generate AI reference format
        # ai_format = doc_generator.generate_ai_reference_entry(sample_command_data)
        #
        # # Should be structured for AI consumption
        # assert "| Use Case |" in ai_format
        # assert "python -m crackerjack --ai-fix -t" in ai_format
        # assert "Quality score ≥85%" in ai_format
        #
        # # Generate human-readable format
        # human_format = doc_generator.generate_human_readable_entry(sample_command_data)
        #
        # # Should be narrative for human consumption
        # assert "Run quality checks" in human_format
        # assert len(human_format.split("\n")) > 3  # Multi-line narrative
        pass

    def test_agent_capabilities_json_generation(self):
        """Test generation of structured agent capabilities."""
        # capabilities_generator = AgentCapabilitiesGenerator()
        #
        # # Mock agent data
        # mock_agents = {
        #     "RefactoringAgent": {
        #         "confidence_level": 0.9,
        #         "specializations": ["complexity", "dead_code", "duplication"],
        #         "typical_fixes": [
        #             "function extraction",
        #             "variable inlining",
        #             "loop optimization",
        #         ],
        #         "success_rate": 0.85,
        #         "avg_fix_time": 2.3,
        #     },
        #     "SecurityAgent": {
        #         "confidence_level": 0.8,
        #         "specializations": ["hardcoded_secrets", "path_traversal", "injection"],
        #         "typical_fixes": [
        #             "secret removal",
        #             "path validation",
        #             "input sanitization",
        #         ],
        #         "success_rate": 0.92,
        #         "avg_fix_time": 1.8,
        #     },
        # }
        #
        # capabilities_json = capabilities_generator.generate_capabilities_json(
        #     mock_agents
        # )
        #
        # # Verify JSON structure
        # capabilities_data = json.loads(capabilities_json)
        # assert "agents" in capabilities_data
        # assert "RefactoringAgent" in capabilities_data["agents"]
        # assert (
        #     capabilities_data["agents"]["RefactoringAgent"]["confidence_level"] == 0.9
        # )
        # assert (
        #     "complexity"
        #     in capabilities_data["agents"]["RefactoringAgent"]["specializations"]
        # )
        pass

    def test_error_patterns_yaml_generation(self):
        """Test generation of error patterns YAML."""
        # error_patterns_generator = ErrorPatternsGenerator()
        #
        # # Mock error data
        # mock_error_patterns = {
        #     "import_errors": {
        #         "patterns": [
        #             "ModuleNotFoundError: No module named",
        #             "ImportError: cannot import name",
        #         ],
        #         "automated_fixes": [
        #             "Add missing dependency to pyproject.toml",
        #             "Fix import path based on project structure",
        #         ],
        #         "confidence": 0.95,
        #     },
        #     "syntax_errors": {
        #         "patterns": [
        #             "SyntaxError: invalid syntax",
        #             "IndentationError: expected an indented block",
        #         ],
        #         "automated_fixes": [
        #             "Apply automatic formatting",
        #             "Fix indentation using detected style",
        #         ],
        #         "confidence": 0.88,
        #     },
        # }
        #
        # yaml_content = error_patterns_generator.generate_error_patterns_yaml(
        #     mock_error_patterns
        # )
        #
        # # Verify YAML structure
        # yaml_data = yaml.safe_load(yaml_content)
        # assert "import_errors" in yaml_data
        # assert len(yaml_data["import_errors"]["patterns"]) == 2
        # assert yaml_data["import_errors"]["confidence"] == 0.95
        pass

    def test_mkdocs_integration(self):
        """Test MkDocs Material integration."""
        # mkdocs_integration = MkDocsIntegration()
        #
        # # Test configuration generation
        # config = mkdocs_integration.generate_mkdocs_config(
        #     site_name="Crackerjack Documentation",
        #     repo_url="https://github.com/example/crackerjack",
        # )
        #
        # # Verify config structure
        # assert config["site_name"] == "Crackerjack Documentation"
        # assert config["theme"]["name"] == "material"
        # assert "repo_url" in config
        #
        # # Test navigation generation
        # nav_structure = mkdocs_integration.generate_navigation(
        #     ["index.md", "quick-start.md", "api-reference.md", "agent-capabilities.md"]
        # )
        #
        # assert "Home" in nav_structure[0]
        # assert "Quick Start" in str(nav_structure)
        pass

    @pytest.mark.asyncio
    async def test_documentation_validation_system(self):
        """Test documentation consistency validation."""
        # validator = DocumentationValidator()
        #
        # # Create test documentation set
        # doc_set = {
        #     "ai_reference": "# AI Reference\n| Command | Description |\n|---------|-------------|",
        #     "human_readme": "# Crackerjack\nAI-powered Python development platform",
        #     "agent_capabilities": '{"agents": {"TestAgent": {"confidence": 0.8}}}',
        # }
        #
        # # Test consistency checking
        # validation_result = await validator.validate_consistency(doc_set)
        #
        # assert validation_result.is_valid
        # assert len(validation_result.warnings) >= 0
        #
        # # Test conflict detection
        # conflicting_doc_set = {
        #     "ai_reference": "Quality threshold: 85%",
        #     "human_readme": "Quality threshold: 90%",  # Conflict
        # }
        #
        # conflict_result = await validator.detect_conflicts(conflicting_doc_set)
        #
        # assert len(conflict_result.conflicts) > 0
        # assert "quality threshold" in conflict_result.conflicts[0].description.lower()
        pass

    def test_automated_reference_generation(self):
        """Test automated API reference generation."""
        # ref_generator = ReferenceGenerator()
        #
        # # Mock codebase analysis
        # mock_api_data = {
        #     "services": {
        #         "GitService": {
        #             "methods": ["commit", "push", "get_status"],
        #             "description": "Git operations service",
        #             "usage_examples": ["git_service.commit('message')"],
        #         },
        #         "AgentCoordinator": {
        #             "methods": ["handle_issues", "get_best_agent"],
        #             "description": "AI agent coordination service",
        #             "usage_examples": ["coordinator.handle_issues(issues)"],
        #         },
        #     }
        # }
        #
        # reference_md = ref_generator.generate_api_reference(mock_api_data)
        #
        # # Verify reference structure
        # assert "# API Reference" in reference_md
        # assert "## GitService" in reference_md
        # assert "git_service.commit('message')" in reference_md
        # assert "## AgentCoordinator" in reference_md
        pass

    def test_documentation_deployment(self):
        """Test documentation deployment functionality."""
        # deployer = DocumentationDeployer()
        #
        # # Test GitHub Pages deployment config
        # gh_pages_config = deployer.generate_github_pages_config(
        #     domain="docs.crackerjack.dev", branch="gh-pages"
        # )
        #
        # assert gh_pages_config["deployment"]["branch"] == "gh-pages"
        # assert gh_pages_config["custom_domain"] == "docs.crackerjack.dev"
        #
        # # Test local development server config
        # dev_config = deployer.generate_dev_server_config(
        #     host="127.0.0.1", port=8000, reload=True
        # )
        #
        # assert dev_config["dev_addr"] == "127.0.0.1:8000"
        # assert dev_config["use_directory_urls"] is True
        pass
