111 lines
4.8 KiB
Python
111 lines
4.8 KiB
Python
import os
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import time
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import subprocess
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import pytest
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from slic.utils.dbusnotify import *
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import dbus
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def start_dbus():
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"""Démarre DBus avec dbus-launch et définit l'adresse DBus dans l'environnement."""
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if 'DBUS_SESSION_BUS_ADDRESS' not in os.environ:
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print("DBus n'est pas lancé, démarrage avec dbus-launch...")
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# Exécute dbus-launch et capture l'adresse de la session DBus
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result = subprocess.run(['dbus-launch'], stdout=subprocess.PIPE, stderr=subprocess.PIPE)
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if result.returncode == 0:
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# Récupérer l'adresse DBus à partir de la sortie de dbus-launch
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dbus_address = result.stdout.decode('utf-8').strip()
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os.environ['DBUS_SESSION_BUS_ADDRESS'] = dbus_address
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print(f"DBus address set to {dbus_address}")
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else:
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print("❌ Erreur lors du lancement de dbus-launch")
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raise RuntimeError("Impossible de démarrer DBus.")
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# Appel de la fonction avant d'utiliser DBus
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start_dbus()
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@pytest.fixture
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def notifier():
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"""Création de l'objet DBusNotify pour les tests."""
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return DBusNotify()
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def test_notify_create(notifier):
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"""Test la création d'une notification."""
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notification = notifier.notify("Test Notification", "This is a test notification.")
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# Vérifie que l'objet Notification est bien créé
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assert isinstance(notification, Notification)
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assert notification.summary == "Test Notification"
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assert notification.body == "This is a test notification."
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def test_notify_update(notifier):
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"""Test la mise à jour d'une notification."""
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notification = notifier.notify("Test Notification", "This is a test notification.")
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# Mettre à jour la notification
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notification.update(summary="Updated Test", body="This notification has been updated.")
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# Vérifie que la notification a bien été mise à jour
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assert notification.summary == "Updated Test"
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assert notification.body == "This notification has been updated."
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def test_get_server_info(notifier):
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"""Test l'obtention des informations du serveur."""
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server_info = notifier.get_server_info()
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assert isinstance(server_info, dict)
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assert "name" in server_info and server_info["name"], "Server name is empty"
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assert "vendor" in server_info and server_info["vendor"], "Server vendor is empty"
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assert "version" in server_info and server_info["version"], "Server version is empty"
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assert "spec" in server_info and server_info["spec"], "Server spec is empty"
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def test_get_capabilities(notifier):
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"""Test l'obtention des capacités du serveur."""
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capabilities = notifier.get_capabilities()
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assert isinstance(capabilities, list), "Capabilities should be a list."
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assert len(capabilities) > 0, "Capabilities list is empty."
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expected_capabilities = ['actions', 'body', 'icon', 'sound']
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for cap in expected_capabilities:
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assert cap in capabilities, f"Expected capability '{cap}' not found."
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for cap in capabilities:
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assert isinstance(cap, str), f"Each capability should be a string, but found {type(cap)}."
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def test_notify_and_close(notifier):
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"""Test l'envoi d'une notification et sa fermeture."""
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notification = notifier.notify("Test Close", "This notification will be closed.")
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time.sleep(1)
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notification.close()
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printed_lines = notification.dbn.interface._prints
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assert not any(f"Notification {notification.nid} is still visible" in line for line in printed_lines), "Notification was not closed properly."
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def test_notify_invalid_value(notifier):
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with pytest.raises(Exception): # On attend une exception si la valeur est incorrecte
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notifier.notify("Invalid Test", 1234) # Passage d'un type non valide pour `body`
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def test_convert_dbus_strings():
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# Créer une séquence de test avec des éléments dbus.String et des éléments non dbus.String
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test_sequence = [dbus.String('Test String 1'), 42, dbus.String('Test String 2'), 3.14]
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# Convertir la séquence avec la fonction convert_dbus_strings
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converted = convert_dbus_strings(test_sequence)
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# Vérifie que le type des éléments convertis est maintenant str
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assert isinstance(converted[0], str), f"Expected str, got {type(converted[0])}"
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assert isinstance(converted[2], str), f"Expected str, got {type(converted[2])}"
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# Vérifie que les éléments non dbus.String restent inchangés
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assert isinstance(converted[1], int), f"Expected int, got {type(converted[1])}"
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assert isinstance(converted[3], float), f"Expected float, got {type(converted[3])}"
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# Vérifie que les valeurs des éléments convertis sont correctes
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assert converted[0] == 'Test String 1', f"Expected 'Test String 1', got {converted[0]}"
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assert converted[2] == 'Test String 2', f"Expected 'Test String 2', got {converted[2]}"
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