Aider MCP Server

import pytest import logging from pathlib import Path from aider_mcp_server.atoms.logging import Logger, get_logger def test_logger_creation_and_file_output(tmp_path): """Test Logger instance creation using get_logger and log file existence with fixed name.""" log_dir = tmp_path / "logs" logger_name = "test_logger_creation" expected_log_file = log_dir / "aider_mcp_server.log" # Fixed log file name # --- Test get_logger --- logger = get_logger( name=logger_name, log_dir=log_dir, level=logging.INFO, ) assert logger is not None, "Logger instance from get_logger should be created" assert logger.name == logger_name # Log a message to ensure file handling is triggered logger.info("Initial log message.") # Verify log directory and file exist assert log_dir.exists(), f"Log directory should be created by get_logger at {log_dir}" assert log_dir.is_dir(), f"Log path created by get_logger should be a directory" assert expected_log_file.exists(), f"Log file should be created by get_logger at {expected_log_file}" assert expected_log_file.is_file(), f"Log path created by get_logger should point to a file" def test_log_levels_and_output(tmp_path): """Test logging at different levels to the fixed log file using get_logger.""" log_dir = tmp_path / "logs" logger_name = "test_logger_levels" expected_log_file = log_dir / "aider_mcp_server.log" # Fixed log file name # Instantiate our custom logger with DEBUG level using get_logger logger = get_logger( name=logger_name, log_dir=log_dir, level=logging.DEBUG, ) # Log messages at different levels messages = { logging.DEBUG: "This is a debug message.", logging.INFO: "This is an info message.", logging.WARNING: "This is a warning message.", logging.ERROR: "This is an error message.", logging.CRITICAL: "This is a critical message.", } logger.debug(messages[logging.DEBUG]) logger.info(messages[logging.INFO]) logger.warning(messages[logging.WARNING]) logger.error(messages[logging.ERROR]) logger.critical(messages[logging.CRITICAL]) # Verify file output assert expected_log_file.exists(), "Log file should exist for level testing" file_content = expected_log_file.read_text() # Verify file output contains messages and level indicators for level, msg in messages.items(): level_name = logging.getLevelName(level) assert msg in file_content, f"Message '{msg}' not found in file content" assert level_name in file_content, f"Level '{level_name}' not found in file content" assert logger_name in file_content, f"Logger name '{logger_name}' not found in file content" def test_log_level_filtering(tmp_path): """Test that messages below the set log level are filtered using get_logger.""" log_dir = tmp_path / "logs" logger_name = "test_logger_filtering" expected_log_file = log_dir / "aider_mcp_server.log" # Fixed log file name # Instantiate the logger with WARNING level using get_logger logger = get_logger( name=logger_name, log_dir=log_dir, level=logging.WARNING, ) # Log messages at different levels debug_msg = "This debug message should NOT appear." info_msg = "This info message should NOT appear." warning_msg = "This warning message SHOULD appear." error_msg = "This error message SHOULD appear." critical_msg = "This critical message SHOULD appear." # Add critical for completeness logger.debug(debug_msg) logger.info(info_msg) logger.warning(warning_msg) logger.error(error_msg) logger.critical(critical_msg) # Verify file output filtering assert expected_log_file.exists(), "Log file should exist for filtering testing" file_content = expected_log_file.read_text() assert debug_msg not in file_content, "Debug message should be filtered from file" assert info_msg not in file_content, "Info message should be filtered from file" assert warning_msg in file_content, "Warning message should appear in file" assert error_msg in file_content, "Error message should appear in file" assert critical_msg in file_content, "Critical message should appear in file" assert logging.getLevelName(logging.DEBUG) not in file_content, "DEBUG level indicator should be filtered from file" assert logging.getLevelName(logging.INFO) not in file_content, "INFO level indicator should be filtered from file" assert logging.getLevelName(logging.WARNING) in file_content, "WARNING level indicator should appear in file" assert logging.getLevelName(logging.ERROR) in file_content, "ERROR level indicator should appear in file" assert logging.getLevelName(logging.CRITICAL) in file_content, "CRITICAL level indicator should appear in file" assert logger_name in file_content, f"Logger name '{logger_name}' should appear in file content" def test_log_appending(tmp_path): """Test that log messages are appended to the existing log file.""" log_dir = tmp_path / "logs" logger_name_1 = "test_logger_append_1" logger_name_2 = "test_logger_append_2" expected_log_file = log_dir / "aider_mcp_server.log" # Fixed log file name # First logger instance and message logger1 = get_logger( name=logger_name_1, log_dir=log_dir, level=logging.INFO, ) message1 = "First message to append." logger1.info(message1) # Ensure some time passes or context switches if needed, though file handler should manage appending # Second logger instance (or could reuse logger1) and message logger2 = get_logger( name=logger_name_2, # Can use a different name or the same log_dir=log_dir, level=logging.INFO, ) message2 = "Second message to append." logger2.info(message2) # Verify both messages are in the file assert expected_log_file.exists(), "Log file should exist for appending test" file_content = expected_log_file.read_text() assert message1 in file_content, "First message not found in appended log file" assert logger_name_1 in file_content, "First logger name not found in appended log file" assert message2 in file_content, "Second message not found in appended log file" assert logger_name_2 in file_content, "Second logger name not found in appended log file"