"""
Test the basic structure of fishertools enhancements.

This test verifies that all new modules can be imported correctly
and that the basic interfaces are properly defined.
"""

import pytest
from hypothesis import given, strategies as st


class TestEnhancementStructure:
    """Test the basic structure of enhancement modules."""
    
    def test_learning_module_imports(self):
        """Test that learning module components can be imported."""
        from fishertools.learning import (
            LearningSystem, TutorialEngine, ProgressSystem, 
            InteractiveSessionManager
        )
        from fishertools.learning.models import (
            StepExplanation, InteractiveExercise, LearningProgress,
            TutorialSession, ValidationResult, CodeContext
        )
        
        # Verify classes can be instantiated (basic structure test)
        assert LearningSystem is not None
        assert TutorialEngine is not None
        assert ProgressSystem is not None
        assert InteractiveSessionManager is not None
    
    def test_documentation_module_imports(self):
        """Test that documentation module components can be imported."""
        from fishertools.documentation import (
            DocumentationGenerator, VisualDocumentation, APIGenerator
        )
        from fishertools.documentation.models import (
            APIInfo, FunctionInfo, SphinxDocuments, NavigationTree
        )
        
        # Verify classes can be instantiated (basic structure test)
        assert DocumentationGenerator is not None
        assert VisualDocumentation is not None
        assert APIGenerator is not None
    
    def test_examples_module_imports(self):
        """Test that examples module components can be imported."""
        from fishertools.examples import ExampleRepository
        from fishertools.examples.models import (
            CodeExample, Scenario, ProjectTemplate, LineByLineExplanation
        )
        
        # Verify classes can be instantiated (basic structure test)
        assert ExampleRepository is not None
    
    def test_config_module_imports(self):
        """Test that config module components can be imported."""
        from fishertools.config import ConfigurationManager, ConfigurationParser
        from fishertools.config.models import (
            LearningConfig, ValidationResult, RecoveryAction, ConfigError
        )
        
        # Verify classes can be instantiated (basic structure test)
        assert ConfigurationManager is not None
        assert ConfigurationParser is not None
    
    def test_main_package_imports(self):
        """Test that new modules are accessible from main package."""
        import fishertools
        
        # Verify new modules are available
        assert hasattr(fishertools, 'learning')
        assert hasattr(fishertools, 'documentation')
        assert hasattr(fishertools, 'examples')
        assert hasattr(fishertools, 'config')
    
    def test_data_models_structure(self):
        """Test that data models have expected attributes."""
        from fishertools.learning.models import StepExplanation, DifficultyLevel
        from fishertools.config.models import LearningConfig
        
        # Test enum values
        assert DifficultyLevel.BEGINNER.value == "beginner"
        assert DifficultyLevel.INTERMEDIATE.value == "intermediate"
        assert DifficultyLevel.ADVANCED.value == "advanced"
        
        # Test default config creation
        config = LearningConfig()
        assert config.default_level == "beginner"
        assert config.visual_aids_enabled is True
        assert config.progress_tracking_enabled is True


class TestHypothesisConfiguration:
    """Test that Hypothesis is properly configured for property-based testing."""
    
    @given(st.text())
    def test_hypothesis_basic_functionality(self, text_input):
        """Basic test to verify Hypothesis is working."""
        # This is a trivial property test to verify Hypothesis setup
        assert isinstance(text_input, str)
    
    @given(st.integers(min_value=1, max_value=100))
    def test_hypothesis_integer_generation(self, number):
        """Test integer generation for future property tests."""
        assert 1 <= number <= 100
        assert isinstance(number, int)
    
    @given(st.lists(st.text(), min_size=0, max_size=10))
    def test_hypothesis_list_generation(self, text_list):
        """Test list generation for future property tests."""
        assert isinstance(text_list, list)
        assert len(text_list) <= 10
        for item in text_list:
            assert isinstance(item, str)