mcp-forge/tests/integration/test_error_handling.py

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"""Integration tests for error handling and recovery."""
import pytest
@pytest.mark.asyncio
async def test_container_crash_cleanup(tmp_path):
"""Test: If container crashes, resources are cleaned up."""
# Setup: Create session with container
# Execute: Crash the container (kill -9)
# Verify: Session marked as failed, container removed, resources freed
pytest.skip("TODO: Phase 5.3 - Crash recovery")
@pytest.mark.asyncio
async def test_execution_error_propagation(tmp_path):
"""Test: Python errors in execution are returned with full traceback."""
# Setup: Create backend
# Execute: Code with syntax error or runtime error
# Verify: Error returned to caller with traceback, doesn't crash server
pytest.skip("TODO: Phase 5.3 - Error propagation")
@pytest.mark.asyncio
async def test_podman_connection_loss_handling(tmp_path):
"""Test: If Podman socket disconnects, errors are clear."""
# Setup: Create system connected to Podman
# Execute: Simulate socket disconnect
# Verify: Operations fail with clear "Podman unavailable" error
pytest.skip("TODO: Phase 5.3 - Connection loss handling")
@pytest.mark.asyncio
async def test_concurrent_session_cleanup(tmp_path):
"""Test: Cleaning up many sessions simultaneously doesn't deadlock."""
# Setup: Create 100 sessions
# Execute: Cleanup all simultaneously
# Verify: All cleaned up without deadlock or resource leaks
pytest.skip("TODO: Phase 5.3 - Concurrent cleanup")
@pytest.mark.asyncio
async def test_invalid_mcp_tool_call_error_handling(tmp_path):
"""Test: Calling MCP tool with wrong arguments returns clear error."""
# Setup: Register MCP tool
# Execute: Call with invalid arguments
# Verify: Returns validation error, doesn't crash bridge
pytest.skip("TODO: Phase 5.3 - MCP error handling")