REAPER MCP Server

import pytest import pytest_asyncio from .test_utils import ( ensure_clean_project, create_track_with_verification, assert_response_contains, assert_response_success, extract_number_from_response ) def assert_tools_available(available_tools, required_tools): """Assert that all required tools are available, failing with clear message if not""" for tool in required_tools: assert tool in available_tools, f"MISSING IMPLEMENTATION: Tool '{tool}' is not implemented in the server but is required for automation functionality" @pytest.mark.asyncio async def test_track_automation_mode(reaper_mcp_client): """Test track automation mode operations""" # Ensure clean project state await ensure_clean_project(reaper_mcp_client) # Create a track and get its actual index track_index = await create_track_with_verification(reaper_mcp_client) print(f"Created track at index: {track_index}") # Get initial automation mode result = await reaper_mcp_client.call_tool( "get_track_automation_mode", {"track_index": track_index} ) print(f"Get automation mode result: {result}") assert_response_contains(result, "automation mode:") # Set to read mode result = await reaper_mcp_client.call_tool( "set_track_automation_mode", {"track_index": track_index, "mode": 1} # 1 = Read ) print(f"Set automation mode result: {result}") assert_response_contains(result, "automation mode to: Read") # Set to write mode result = await reaper_mcp_client.call_tool( "set_track_automation_mode", {"track_index": track_index, "mode": 3} # 3 = Write ) assert_response_contains(result, "automation mode to: Write") # Set to touch mode result = await reaper_mcp_client.call_tool( "set_track_automation_mode", {"track_index": track_index, "mode": 2} # 2 = Touch ) assert_response_contains(result, "automation mode to: Touch") # Set to trim/read mode result = await reaper_mcp_client.call_tool( "set_track_automation_mode", {"track_index": track_index, "mode": 0} # 0 = Trim/Read ) assert_response_contains(result, "automation mode to: Trim/Read") @pytest.mark.asyncio async def test_global_automation_override(reaper_mcp_client): """Test global automation override""" # Ensure clean project state await ensure_clean_project(reaper_mcp_client) # Get current override state result = await reaper_mcp_client.call_tool( "get_global_automation_override", {} ) print(f"Get global automation override result: {result}") assert_response_contains(result, "Global automation override:") # Set to bypass result = await reaper_mcp_client.call_tool( "set_global_automation_override", {"mode": 1} # 1 = Bypass ) print(f"Set bypass result: {result}") assert_response_contains(result, "Bypass all automation") # Set to off (no override) result = await reaper_mcp_client.call_tool( "set_global_automation_override", {"mode": 0} # 0 = No override ) assert_response_contains(result, "No override") @pytest.mark.asyncio async def test_automation_error_handling(reaper_mcp_client): """Test error handling for automation operations""" # Ensure clean project state await ensure_clean_project(reaper_mcp_client) # Try to set automation mode on non-existent track result = await reaper_mcp_client.call_tool( "set_track_automation_mode", {"track_index": 999, "mode": 1} ) assert "failed" in result.content[0].text.lower() or "error" in result.content[0].text.lower() # Try to get automation mode on non-existent track result = await reaper_mcp_client.call_tool( "get_track_automation_mode", {"track_index": 999} ) assert "failed" in result.content[0].text.lower() or "error" in result.content[0].text.lower()