REAPER MCP Server

"""Test cases for advanced project operations""" import pytest import os import tempfile from .conftest import call_tool, reaper_available @pytest.mark.integration @pytest.mark.skipif(not reaper_available(), reason="REAPER not available") class TestAdvancedProjectOperations: """Test advanced project operations""" @pytest.fixture(autouse=True) def setup_teardown(self, mock_project): """Ensure clean state for each test""" pass def test_enum_projects(self, mock_project): """Test enumerating open projects""" # Get current projects result = call_tool("enum_projects", {}) assert result["success"] # Should have at least one project (the current one) assert "Open projects:" in result["result"] or "No projects open" in result["result"] # If we have projects, one should be marked as current if "Open projects:" in result["result"]: assert "(current)" in result["result"] def test_get_current_project_index(self, mock_project): """Test getting current project index""" result = call_tool("get_current_project_index", {}) assert result["success"] assert "Current project index:" in result["result"] # Extract index index_str = result["result"].split(": ")[1] index = int(index_str) assert index >= 0 def test_save_and_open_project(self, mock_project): """Test saving and opening a project""" # Create a temporary file for the project with tempfile.NamedTemporaryFile(suffix=".rpp", delete=False) as tmp: project_path = tmp.name try: # Add a track to make the project non-empty result = call_tool("insert_track", {"index": 0}) assert result["success"] # Set track name for identification result = call_tool("set_track_name", {"track_index": 0, "name": "Test Track"}) assert result["success"] # Save the project result = call_tool("save_project", {}) assert result["success"] # Note: We can't easily test opening projects without # potentially disrupting the test environment finally: # Clean up if os.path.exists(project_path): os.unlink(project_path) def test_project_switching(self, mock_project): """Test switching between projects""" # Get initial project count result = call_tool("enum_projects", {}) assert result["success"] # Get current project index result = call_tool("get_current_project_index", {}) assert result["success"] current_index = int(result["result"].split(": ")[1]) # If there are multiple projects, we could test switching # But in our test environment, we typically have just one # Try to switch to the same project (should succeed) result = call_tool("select_project_instance", {"project_index": current_index}) assert result["success"] def test_invalid_project_operations(self, mock_project): """Test error handling for invalid project operations""" # Try to switch to an invalid project index result = call_tool("select_project_instance", {"project_index": 9999}) assert not result["success"] assert "error" in result def test_project_info_consistency(self, mock_project): """Test that project information is consistent""" # Get projects list result = call_tool("enum_projects", {}) assert result["success"] # Get current project index result = call_tool("get_current_project_index", {}) assert result["success"] current_index = int(result["result"].split(": ")[1]) # The current index should be valid assert current_index >= 0 # If we have the project list, verify the current marker result = call_tool("enum_projects", {}) if "Open projects:" in result["result"]: lines = result["result"].split("\n") # Find the line with the current index for line in lines: if line.startswith(f"{current_index}:"): assert "(current)" in line break