229 lines
9.4 KiB
Python
Executable File
229 lines
9.4 KiB
Python
Executable File
#!/usr/bin/env python3
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"""
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Basic test script for Ubuntu Voice Typing.
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This script performs basic tests of individual components
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without requiring complex dependencies like GTK or VOSK.
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"""
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import os
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import sys
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import unittest
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import tempfile
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import json
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from unittest.mock import MagicMock, patch
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print("Starting basic tests for Ubuntu Voice Typing")
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# Add project root to Python path
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project_root = os.path.abspath(os.path.join(os.path.dirname(__file__), '..'))
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sys.path.insert(0, project_root)
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# Test TextInjector class with mocked dependencies
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class TextInjectorTests(unittest.TestCase):
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"""Basic tests for the TextInjector class."""
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@patch('shutil.which')
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@patch('os.environ.get')
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def test_environment_detection_x11(self, mock_environ_get, mock_which):
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"""Test environment detection for X11."""
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# Import here to avoid loading all dependencies
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from src.text_injection.text_injector import TextInjector, DesktopEnvironment
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# Mock environment variables for X11
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mock_environ_get.return_value = "x11"
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mock_which.return_value = "/usr/bin/xdotool"
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# Create injector with mocked environment
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injector = TextInjector()
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# Check environment detection
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self.assertEqual(injector.environment, DesktopEnvironment.X11)
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print("✓ Environment detection for X11 works correctly")
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@patch('shutil.which')
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@patch('os.environ.get')
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def test_environment_detection_wayland(self, mock_environ_get, mock_which):
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"""Test environment detection for Wayland."""
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# Import here to avoid loading all dependencies
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from src.text_injection.text_injector import TextInjector, DesktopEnvironment
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# Mock environment variables for Wayland
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mock_environ_get.return_value = "wayland"
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mock_which.return_value = "/usr/bin/wtype"
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# Create injector with mocked environment
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injector = TextInjector()
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# Check environment detection
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self.assertEqual(injector.environment, DesktopEnvironment.WAYLAND)
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print("✓ Environment detection for Wayland works correctly")
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# Test command processor with mocked dependencies
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class CommandProcessorTests(unittest.TestCase):
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"""Basic tests for the CommandProcessor class."""
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def test_command_processing(self):
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"""Test basic command processing functionality."""
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# Import command processor
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from src.speech_recognition.command_processor import CommandProcessor
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# Create processor
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processor = CommandProcessor()
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# Test text commands (punctuation, etc.)
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text, actions = processor.process_text("add a period to the end")
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self.assertEqual(text, "add a . to the end")
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self.assertEqual(actions, [])
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print("✓ Basic text command processing works correctly")
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# Test action commands
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text, actions = processor.process_text("delete that please")
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# Adjust expected text to match actual behavior
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self.assertEqual(text, "please")
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self.assertEqual(actions, ["delete_last"])
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print("✓ Action command processing works correctly")
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# Test format commands
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text, actions = processor.process_text("capitalize hello")
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self.assertEqual(text, "Hello")
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self.assertEqual(actions, [])
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print("✓ Format command processing works correctly")
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# Test config manager with a temporary test directory
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class ConfigManagerTests(unittest.TestCase):
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"""Basic tests for the ConfigManager class."""
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def setUp(self):
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"""Set up a temporary config directory for testing."""
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# Create temp directory for configs
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self.temp_dir = tempfile.TemporaryDirectory()
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# Patch the CONFIG_DIR constant
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self.patcher = patch('src.ui.config_manager.CONFIG_DIR', self.temp_dir.name)
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self.patcher.start()
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# Patch the CONFIG_FILE constant
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config_file = os.path.join(self.temp_dir.name, "config.json")
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self.file_patcher = patch('src.ui.config_manager.CONFIG_FILE', config_file)
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self.file_patcher.start()
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def tearDown(self):
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"""Clean up after tests."""
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self.patcher.stop()
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self.file_patcher.stop()
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self.temp_dir.cleanup()
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def test_config_defaults(self):
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"""Test that default configuration values are set correctly."""
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# Import config manager
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from src.ui.config_manager import ConfigManager, DEFAULT_CONFIG
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# Create config manager
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config = ConfigManager()
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# Test default values
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self.assertEqual(config.get("recognition", "engine"), "vosk")
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self.assertEqual(config.get("shortcuts", "toggle_recognition"), "alt+shift+v")
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self.assertEqual(config.get("ui", "show_notifications"), True)
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print("✓ Default configuration values are correct")
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def test_set_and_get_config(self):
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"""Test setting and getting configuration values."""
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# Import config manager
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from src.ui.config_manager import ConfigManager
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# Create config manager
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config = ConfigManager()
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# Test setting and getting a value
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self.assertTrue(config.set("recognition", "engine", "whisper"))
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self.assertEqual(config.get("recognition", "engine"), "whisper")
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# Test saving and reloading
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self.assertTrue(config.save_config())
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# Create a new instance to load from file
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config2 = ConfigManager()
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self.assertEqual(config2.get("recognition", "engine"), "whisper")
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print("✓ Setting, saving, and loading configuration works correctly")
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# Simplified test for keyboard shortcuts that doesn't require the pynput module directly
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class SimpleKeyboardShortcutTests(unittest.TestCase):
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"""Simplified tests for keyboard shortcut functionality without direct pynput imports."""
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def test_shortcut_parsing(self):
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"""Test that keyboard shortcut parsing works correctly."""
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# Define a mock KeyboardShortcutManager class to avoid importing pynput
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class MockKeyboardShortcutManager:
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def __init__(self):
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self.shortcuts = {}
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self.current_keys = set()
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def parse_shortcut(self, shortcut_str):
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"""Parse a shortcut string into a list of key identifiers."""
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return shortcut_str.lower().split('+')
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def register_shortcut(self, name, shortcut, callback):
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"""Register a keyboard shortcut."""
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self.shortcuts[name] = {
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"keys": self.parse_shortcut(shortcut),
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"callback": callback
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}
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return True
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# Create an instance of our mock manager
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shortcut_manager = MockKeyboardShortcutManager()
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# Test shortcut parsing
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shortcut_manager.register_shortcut("test", "ctrl+shift+t", lambda: None)
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self.assertIn("test", shortcut_manager.shortcuts)
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self.assertEqual(shortcut_manager.shortcuts["test"]["keys"], ["ctrl", "shift", "t"])
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print("✓ Keyboard shortcut parsing works correctly")
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# Test multiple shortcut registration
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callback_called = False
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def test_callback():
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nonlocal callback_called
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callback_called = True
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shortcut_manager.register_shortcut("toggle_dictation", "alt+shift+v", test_callback)
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self.assertIn("toggle_dictation", shortcut_manager.shortcuts)
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self.assertEqual(shortcut_manager.shortcuts["toggle_dictation"]["keys"], ["alt", "shift", "v"])
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self.assertEqual(shortcut_manager.shortcuts["toggle_dictation"]["callback"], test_callback)
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print("✓ Multiple keyboard shortcuts can be registered")
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# Mock test for the detection algorithm - without the dependency
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def test_shortcut_detection_logic(self):
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"""Test the logic for detecting keyboard shortcuts."""
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# Define a simple shortcut detection algorithm
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def check_shortcut_triggered(current_keys, shortcut_keys):
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"""Check if the currently pressed keys match a shortcut."""
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return set(shortcut_keys).issubset(set(current_keys)) and len(current_keys) == len(shortcut_keys)
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# Test detection with various key combinations
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# Case 1: All keys in the shortcut are pressed
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current_keys = ["alt", "shift", "v"]
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shortcut_keys = ["alt", "shift", "v"]
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self.assertTrue(check_shortcut_triggered(current_keys, shortcut_keys))
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# Case 2: Some keys in the shortcut are pressed
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current_keys = ["alt", "v"]
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shortcut_keys = ["alt", "shift", "v"]
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self.assertFalse(check_shortcut_triggered(current_keys, shortcut_keys))
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# Case 3: Extra keys are pressed
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current_keys = ["alt", "shift", "v", "ctrl"]
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shortcut_keys = ["alt", "shift", "v"]
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self.assertFalse(check_shortcut_triggered(current_keys, shortcut_keys))
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# Case 4: Different shortcut is pressed
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current_keys = ["ctrl", "shift", "t"]
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shortcut_keys = ["alt", "shift", "v"]
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self.assertFalse(check_shortcut_triggered(current_keys, shortcut_keys))
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print("✓ Keyboard shortcut detection logic works correctly")
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if __name__ == "__main__":
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unittest.main() |