"""Test tool compatibility functionality.""" import pytest from unittest.mock import MagicMock from typing import List from nodupe.core.tool_system.compatibility import ToolCompatibility from nodupe.core.tool_system.compatibility import ToolCompatibilityError from nodupe.core.tool_system.base import Tool class TestToolCompatibility: """Test tool compatibility core functionality.""" def test_tool_compatibility_initialization(self): """Test tool compatibility initialization.""" compatibility = ToolCompatibility() assert compatibility is not None assert isinstance(compatibility, ToolCompatibility) # Test that it has expected attributes assert hasattr(compatibility, 'check_compatibility') assert hasattr(compatibility, 'get_compatibility_report') assert hasattr(compatibility, 'initialize') assert hasattr(compatibility, 'shutdown') def test_tool_compatibility_with_container(self): """Test tool compatibility with dependency container.""" from nodupe.core.container import ServiceContainer compatibility = ToolCompatibility() container = ServiceContainer() # Initialize compatibility with container compatibility.initialize(container) assert compatibility.container is container def test_tool_compatibility_lifecycle(self): """Test tool compatibility lifecycle operations.""" from nodupe.core.container import ServiceContainer compatibility = ToolCompatibility() container = ServiceContainer() # Test initialization compatibility.initialize(container) assert compatibility.container is container # Test shutdown compatibility.shutdown() assert compatibility.container is None # Test re-initialization compatibility.initialize(container) assert compatibility.container is container class TestToolCompatibilityOperations: """Test tool compatibility operations.""" def test_check_compatibility(self): """Test checking tool compatibility.""" compatibility = ToolCompatibility() # Create a test tool class TestTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "test_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" test_tool = TestTool() # Check compatibility report = compatibility.check_compatibility(test_tool) assert report is not None assert isinstance(report, dict) # Verify report structure assert "compatible" in report assert "issues" in report assert "warnings" in report def test_get_compatibility_report(self): """Test getting compatibility report.""" compatibility = ToolCompatibility() # Create a test tool class TestTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "test_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" test_tool = TestTool() # Get compatibility report report = compatibility.get_compatibility_report(test_tool) assert report is not None assert isinstance(report, dict) # Verify report structure assert "tool_name" in report assert "tool_version" in report assert "compatibility_status" in report assert "compatibility_issues" in report assert "compatibility_warnings" in report def test_check_compatible_tool(self): """Test checking compatible tool.""" compatibility = ToolCompatibility() # Create a compatible test tool class CompatibleTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "compatible_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" compatible_tool = CompatibleTool() # Check compatibility report = compatibility.check_compatibility(compatible_tool) assert report["compatible"] is True assert len(report["issues"]) == 0 def test_check_incompatible_tool(self): """Test checking incompatible tool.""" compatibility = ToolCompatibility() # Create an incompatible test tool class IncompatibleTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "incompatible_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["nonexistent>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" incompatible_tool = IncompatibleTool() # Check compatibility report = compatibility.check_compatibility(incompatible_tool) assert report["compatible"] is False assert len(report["issues"]) > 0 class TestToolCompatibilityEdgeCases: """Test tool compatibility edge cases.""" def test_check_tool_with_no_dependencies(self): """Test checking tool with no dependencies.""" compatibility = ToolCompatibility() # Create a tool with no dependencies class NoDepsTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "no_deps_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return [] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" no_deps_tool = NoDepsTool() # Check compatibility report = compatibility.check_compatibility(no_deps_tool) assert report is not None assert report["compatible"] is True def test_check_tool_with_empty_name(self): """Test checking tool with empty name.""" compatibility = ToolCompatibility() # Create a tool with empty name class EmptyNameTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return [] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" empty_name_tool = EmptyNameTool() # Check compatibility report = compatibility.check_compatibility(empty_name_tool) assert report is not None assert report["compatible"] is False assert len(report["issues"]) > 0 def test_check_tool_with_invalid_version(self): """Test checking tool with invalid version.""" compatibility = ToolCompatibility() # Create a tool with invalid version class InvalidVersionTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "invalid_version_tool" @property def version(self) -> str: """Get the tool version.""" return "invalid_version" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return [] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" invalid_version_tool = InvalidVersionTool() # Check compatibility report = compatibility.check_compatibility(invalid_version_tool) assert report is not None assert report["compatible"] is False assert len(report["issues"]) > 0 def test_check_tool_with_missing_methods(self): """Test checking tool with missing required methods.""" compatibility = ToolCompatibility() # Create a tool missing required methods class IncompleteTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "incomplete_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return [] def __init__(self): """Initialize the test tool.""" # Missing initialize and shutdown methods @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" incomplete_tool = IncompleteTool() # Check compatibility report = compatibility.check_compatibility(incomplete_tool) assert report is not None assert report["compatible"] is False assert len(report["issues"]) > 0 class TestToolCompatibilityPerformance: """Test tool compatibility performance.""" def test_mass_tool_compatibility_checking(self): """Test mass tool compatibility checking.""" compatibility = ToolCompatibility() # Create many test tools tools = [] for i in range(10): class TestTool(Tool): """Test tool implementation.""" @property def name(self) -> str: """Get the tool name.""" return f"test_tool_{i}" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" test_tool = TestTool() tools.append(test_tool) # Check compatibility for all tools for tool in tools: report = compatibility.check_compatibility(tool) assert report is not None assert isinstance(report, dict) def test_tool_compatibility_performance(self): """Test tool compatibility performance.""" import time compatibility = ToolCompatibility() # Create many test tools tools = [] for i in range(50): class TestTool(Tool): """Test tool implementation.""" @property def name(self) -> str: """Get the tool name.""" return f"perf_tool_{i}" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" test_tool = TestTool() tools.append(test_tool) # Test compatibility checking performance start_time = time.time() for tool in tools: compatibility.check_compatibility(tool) compatibility_time = time.time() - start_time # Should be fast operation assert compatibility_time < 1.0 class TestToolCompatibilityIntegration: """Test tool compatibility integration scenarios.""" def test_compatibility_with_registry(self): """Test compatibility integration with registry.""" from nodupe.core.tool_system.registry import ToolRegistry compatibility = ToolCompatibility() registry = ToolRegistry() # Create a test tool class TestTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "test_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" test_tool = TestTool() registry.register(test_tool) # Check compatibility report = compatibility.check_compatibility(test_tool) assert report is not None assert isinstance(report, dict) def test_compatibility_with_loader(self): """Test compatibility integration with loader.""" from nodupe.core.tool_system.loader import ToolLoader from nodupe.core.tool_system.registry import ToolRegistry compatibility = ToolCompatibility() registry = ToolRegistry() loader = ToolLoader(registry) # Create a test tool class TestTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "test_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" test_tool = TestTool() # Load tool loaded_tool = loader.load_tool(test_tool) # Check compatibility report = compatibility.check_compatibility(loaded_tool) assert report is not None assert isinstance(report, dict) class TestToolCompatibilityErrorHandling: """Test tool compatibility error handling.""" def test_check_compatibility_with_invalid_tool(self): """Test checking compatibility with invalid tool.""" compatibility = ToolCompatibility() # Create an invalid tool (not inheriting from Tool) class InvalidTool: """Test helper class.""" def __init__(self): """Initialize the invalid tool.""" self.name = "invalid_tool" invalid_tool = InvalidTool() # Check compatibility with pytest.raises(ToolCompatibilityError): compatibility.check_compatibility(invalid_tool) def test_check_compatibility_with_none_tool(self): """Test checking compatibility with None tool.""" compatibility = ToolCompatibility() # Check compatibility with None with pytest.raises(ToolCompatibilityError): compatibility.check_compatibility(None) def test_check_compatibility_with_missing_attributes(self): """Test checking compatibility with tool missing attributes.""" compatibility = ToolCompatibility() # Create a tool missing required attributes class IncompleteTool(Tool): """Test tool implementation for compatibility testing.""" def __init__(self): """Initialize the test tool.""" # Missing name, version, dependencies self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" incomplete_tool = IncompleteTool() # Check compatibility report = compatibility.check_compatibility(incomplete_tool) assert report is not None assert report["compatible"] is False assert len(report["issues"]) > 0 class TestToolCompatibilityAdvanced: """Test advanced tool compatibility functionality.""" def test_compatibility_with_complex_dependencies(self): """Test compatibility with complex dependencies.""" compatibility = ToolCompatibility() # Create a tool with complex dependencies class ComplexDepsTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "complex_deps_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return [ "core>=1.0.0", "utils>=2.0.0", "network>=1.5.0", "ml>=3.0.0" ] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" complex_deps_tool = ComplexDepsTool() # Check compatibility report = compatibility.check_compatibility(complex_deps_tool) assert report is not None assert isinstance(report, dict) # Verify dependencies are checked assert len(report["issues"]) > 0 or len(report["warnings"]) > 0 def test_compatibility_with_version_constraints(self): """Test compatibility with version constraints.""" compatibility = ToolCompatibility() # Create a tool with version constraints class VersionConstrainedTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "version_constrained_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return [ "core>=1.0.0,<2.0.0", "utils>=2.0.0,<=3.0.0" ] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" version_constrained_tool = VersionConstrainedTool() # Check compatibility report = compatibility.check_compatibility(version_constrained_tool) assert report is not None assert isinstance(report, dict) def test_compatibility_with_conditional_checking(self): """Test compatibility with conditional checking.""" compatibility = ToolCompatibility() # Create tools with different compatibility profiles tools = [] # Compatible tool class CompatibleTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "compatible_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" # Incompatible tool class IncompatibleTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "incompatible_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["nonexistent>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" tools.append(CompatibleTool()) tools.append(IncompatibleTool()) # Check compatibility for all tools results = [] for tool in tools: report = compatibility.check_compatibility(tool) results.append(report) # Verify different results assert results[0]["compatible"] is True assert results[1]["compatible"] is False def test_compatibility_with_dynamic_dependency_management(self): """Test compatibility with dynamic dependency management.""" compatibility = ToolCompatibility() # Create a tool with dynamic dependencies class DynamicDepsTool(Tool): """Test tool implementation for compatibility testing.""" @property def name(self) -> str: """Get the tool name.""" return "dynamic_deps_tool" @property def version(self) -> str: """Get the tool version.""" return "1.0.0" @property def dependencies(self) -> List[str]: """Get the tool dependencies.""" return ["core>=1.0.0"] def __init__(self): """Initialize the test tool.""" self.initialized = False self.dynamic_dependencies = [] def initialize(self, container): """Initialize the tool with the container.""" self.initialized = True # Add dynamic dependencies during initialization self.dynamic_dependencies = ["utils>=2.0.0", "network>=1.0.0"] def shutdown(self): """Shutdown the tool.""" pass def get_capabilities(self): """Get the tool capabilities.""" return {"test": True} @property def api_methods(self): """Get the API methods.""" return {} def run_standalone(self, args): """Run the tool in standalone mode.""" return 0 def describe_usage(self): """Describe how to use the tool.""" return "Test tool" dynamic_deps_tool = DynamicDepsTool() # Check compatibility before initialization report1 = compatibility.check_compatibility(dynamic_deps_tool) assert report1 is not None # Initialize tool dynamic_deps_tool.initialize(MagicMock()) # Check compatibility after initialization report2 = compatibility.check_compatibility(dynamic_deps_tool) assert report2 is not None # Compare reports assert report1 != report2