def __dictToActionBundle(self) -> ActionBundle:
dataDict = self._source
# We don't want to stall the app in case of missing/wrong directories/files.
# So we just return an empty ActionBundle if for some reason there is no JSON data:
if dataDict is None or not dataDict.get("actions") or len(
dataDict.get("actions")) == 0:
return ActionBundle.createNew()
# Convert
action: Action
actions: [Action] = []
try:
for actionDict in dataDict.get("actions"):
action = DictActionConverter(source=actionDict,
target=Action).getConverted()
if isinstance(action, Action):
actions.append(action)
actionBundle = ActionBundle(name=dataDict['name'], actions=actions)
return actionBundle
except KeyError:
logger.warning("Key of actionDict could not be mapped.",
exc_info=True)
return ActionBundle.createNew()
except Exception as e:
logger.error("Unexpected exception. %s", e, exc_info=True)
raise
def test_run_shouldRaiseOnException(self):
# Given
action = Mock(spec=['execute', 'command'])
action.command.readable.return_value = "Mocked action command"
action.execute.side_effect = Exception("This is a mocked exception.")
sut = ActionBundle(name="A failing Actionbundle", actions=[action])
# When / Then
with self.assertRaises(Exception):
sut.run(browser=self.__nullBrowser)
def test_run_withZeroActionsShouldDoNothing(self):
# Given
action1 = Mock(spec=[Action, 'execute'])
sut = ActionBundle(name="Actionbundle without actions", actions=[])
# When
sut.run(browser=self.__nullBrowser)
# Then
action1.execute.assert_not_called()
def test_run_withNoneActionsShouldDoNothing(self):
# Given
action1 = Mock(spec=[Action, 'execute'])
# noinspection PyTypeChecker
sut = ActionBundle(name="Actionbundle without actions", actions=None)
# When
sut.run(browser=self.__nullBrowser)
# Then
action1.execute.assert_not_called()
def test_run_shouldCallProxyInsteadOfDirectCall(self):
# Given
action1 = Mock(spec=[Action, 'execute'])
sut = ActionBundle(name="A test Actionbundle name", actions=[action1])
with mock.patch('story.actionBundle.ActionProxy',
autospec=True) as proxy:
# When
sut.run(browser=self.__nullBrowser)
# Then
proxy(action1).execute.assert_called_once()
action1.execute.assert_not_called()
def test_run_withValidDataShouldLoopOverActions(self):
# Given
action1 = Mock(spec=[Action, 'execute'])
action2 = Mock(spec=[Action, 'execute'])
action3 = Mock(spec=[Action, 'execute'])
sut = ActionBundle(name="A test Actionbundle name",
actions=[action1, action2, action3])
# When
sut.run(browser=self.__nullBrowser)
# Then
action1.execute.assert_called_once()
action2.execute.assert_called_once()
action3.execute.assert_called_once()
def test_save_shouldPersistGivenActionBundleAsJSON(self):
# Note that we are testing only basic expectations here. Conversion from
# ActionBundle to JSON/dict object is tested with dedicated methods
# within the converter test classes.
# Given
searchConditions = SearchConditions(strategy=Strategy.BY_XPATH, identifier="Nothing")
action1 = LoadPageAction(url="https://test.url.de")
action2 = SendKeysAction(searchConditions=searchConditions, text="Some test to send")
actionBundle = ActionBundle(name="Saving test - Test story", actions=[action1, action2])
path = self.ACTIONBUNDLE_TEST_DIR_PATH / f"{actionBundle.name}.json"
sut = JSONActionBundleDao(str(path))
# Precondition: Test directory for JSON files must be present
assert path.parent.is_dir()
# When
sut.connection.open()
sut.saveAll(data=actionBundle)
# Then
# Expect the file was created.
self.assertTrue(path.is_file(),
f"Expected file at path {path} but there is no file at this path.")
# Expect that there is some content in the file which has the title
# of the ActionBundle in it.
sut.connection.db.seek(0)
rawTextFromSavedFile = sut.connection.db.readline(300)
sut.connection.db.close()
self.assertIn(actionBundle.name, rawTextFromSavedFile)
# Cleanup, remove test file.
if path.is_file():
path.unlink()
def test_init_shouldRaiseIfOneOrBothArgumentsAreOfNoneType(self):
# Given
source = None
target = {"that": "this"}
# When / Then
with self.assertRaises(ValueError):
BaseConverter(source=source,
target=target,
allowedTypes=(ActionBundle, dict))
# Given
source = ActionBundle(name="What", actions=[])
target = None
# When / Then
with self.assertRaises(ValueError):
BaseConverter(source=source,
target=target,
allowedTypes=(ActionBundle, dict))
# Given
source = None
target = None
# When / Then
with self.assertRaises(ValueError):
BaseConverter(source=source,
target=target,
allowedTypes=(ActionBundle, dict))
def __init__(self, *args, **kwargs):
logger.debug("Initializing class %s", __class__.__name__)
# Order of steps is important from here.
# 1. Load UI file
super(MainWindowController, self).__init__(*args, **kwargs)
uic.loadUi("mainWindow.ui",
self) # Loads all widgets of .ui into my instance
# 2. Init priority properties
# Set StoryLogHandler which is responsible for logging into a GUI-Widget
self.storyLogHandler = StoryLogHandler()
# Thread handling. We later need to access the worker while running,
# to be able to force stop it. So preserve window lifecycle.
self.storyWorker = None
# Keep thread lifecycle, so we don't need to create any new as long as this window lives
self.workerThread = QThread()
# Bind GUI elements.
self.defineConnections()
# 3. Init general properties which may depend on step 2.
self.storyData = ActionBundle.createNew()
# 4. Init UI
self.initView()
def test_name_shouldReturnValidValue(self):
# Given
expectedName = "This is a test name"
# When
sut = ActionBundle(name=expectedName, actions=[])
# Then
self.assertEqual(expectedName, sut.name)
def test_run_shouldStopLoopWhenReceivedStopSignal(self):
# Given
action1 = Mock(spec=[Action, 'execute'])
action2 = Mock(spec=[Action, 'execute'])
sut = ActionBundle(name="A callback Actionbundle",
actions=[action1, action2])
def stopImmediately():
sut.stop()
# When
sut.run(browser=self.__nullBrowser,
callback=lambda _: stopImmediately())
# Then
# Two actions were configuration in this test but we called stop after the
# first callback and expect the 2nd action not to be called at all.
action2.execute.assert_not_called()
def test_run_shouldCallbackIfCallbackMethodIsGiven(self):
# Given
action1 = Mock(spec=[Action, 'execute'])
action2 = Mock(spec=[Action, 'execute'])
myCallback = Mock(spec=["action"])
expectedCallbackArgs = [mock.call(action1), mock.call(action2)]
sut = ActionBundle(name="A callback Actionbundle",
actions=[action1, action2])
# When
sut.run(browser=self.__nullBrowser,
callback=lambda action: myCallback(action))
# Then
# Two actions were configured in this test, so we expect 2 callbacks
self.assertEqual(2, myCallback.call_count)
# Expect that configured test-actions get passed back along with the callback
self.assertEqual(expectedCallbackArgs, myCallback.call_args_list)
def test_getConverted_toDict_shouldReturnValidDict(self):
# Given
sc1 = Mock(spec_set=SearchConditions)
sc2 = Mock(spec_set=SearchConditions)
sc1.searchStrategy.value = "strategy1"
sc1.identifier = "id1"
sc2.searchStrategy.value = "strategy2"
sc2.identifier = "id2"
action1 = SubmitAction(searchConditions=sc1)
action2 = SendKeysAction(searchConditions=sc2,
text="This is a test text to send")
actionBundle = ActionBundle(name="A test title",
actions=[action1, action2])
converter = self.sut(source=actionBundle,
target=dict,
table=self.TABLE_NAME)
# When
dataDict = converter.getConverted()
# Then
# Expect it is a dict object
self.assertIsInstance(dataDict, dict)
# Expect the dict has 3 items
self.assertEqual(3, len(dataDict))
# Expect it has a "name" key on its top level
self.assertIn("name", dataDict)
# Expect it has an "version" key on its top level
self.assertIn("version", dataDict)
# Expect it has an "actions" key on its top level
self.assertIn("actions", dataDict)
# Expect the dict has a list of 2 actions
self.assertEqual(2, len(dataDict["actions"]))
# Expect the 1st item of array "actions" has a key "command"
self.assertIn("command", dataDict["actions"][0])
# Expect the command value for key "command" matches 5 (which is ActionCmd.SUBMIT)
self.assertEqual(5, dataDict["actions"][0]["command"])
# Expect value of key "searchStrategy" and "searchIdentifier"
# in the 1st item of array "actions" to match the formerly given values
self.assertIn("searchStrategy", dataDict["actions"][0])
self.assertEqual("strategy1", dataDict["actions"][0]["searchStrategy"])
self.assertIn("searchIdentifier", dataDict["actions"][0])
self.assertEqual("id1", dataDict["actions"][0]["searchIdentifier"])
# Expect the 2nd item of array "actions" has a key "textToSend"
self.assertIn("textToSend", dataDict["actions"][1])
# Expect the value for key "textToSend" matches
self.assertEqual("This is a test text to send",
dataDict["actions"][1]["textToSend"])
# Expect value of key "searchStrategy" and "searchIdentifier"
# in the 2nd item of array "actions" to match the formerly given values
self.assertIn("searchStrategy", dataDict["actions"][1])
self.assertEqual("strategy2", dataDict["actions"][1]["searchStrategy"])
self.assertIn("searchIdentifier", dataDict["actions"][1])
self.assertEqual("id2", dataDict["actions"][1]["searchIdentifier"])
def test_createNew_shouldCreateValidActionBundle(self):
# Given
expectedName = "New"
# When
sut = ActionBundle.createNew()
# Then
self.assertEqual(expectedName, sut.name)
self.assertEqual(0, len(sut.actions))
def test_actionBundle_shouldReturnValidActions(self):
# Given
action1 = Mock(spec=Action)
action1.name = "mock 1 name"
action2 = Mock()
action2.name = "mock 2 name"
# When
sut = ActionBundle(name="some", actions=[action1, action2])
# Then
self.assertEqual("mock 1 name", sut.actions[0].name)
self.assertEqual("mock 2 name", sut.actions[1].name)
def test__init_shouldSetSourceAndTargetPropertiesIfArgumentsAreValid(self):
# Given
source: ActionBundle = ActionBundle(name="A test name", actions=[])
target: type = dict
# When
sut = BaseConverter(source=source,
target=target,
allowedTypes=(ActionBundle, dict))
# Then
self.assertIsInstance(sut._source, ActionBundle)
self.assertEqual("A test name", sut._source.name)
self.assertIsInstance(sut._target, type)
def test_getConverted_toDict_shouldReturnValidDictIfActionBundleHasNoActions(
self):
# Given
actionBundle = ActionBundle(name="Test title", actions=[])
converter = self.sut(source=actionBundle,
target=dict,
table=self.TABLE_NAME)
# When
dataDict = converter.getConverted()
# Then
# Expect it is a dict object
self.assertIsInstance(dataDict, dict)
# Expect we have a dict with 3 items
self.assertEqual(3, len(dataDict))
self.assertIn("name", dataDict)
self.assertEqual("Test title", dataDict["name"])
self.assertIn("actions", dataDict)
self.assertEqual(0, len(dataDict["actions"]))
def test_insert(self):
# Given
stubFile = JSONActionBundleDaoFixture.Filename.GOOGLE_SEARCH.value
stubPath = Path(self.ACTIONBUNDLE_TEST_DIR_PATH / stubFile)
testPath = Path(
self.ACTIONBUNDLE_TEST_DIR_PATH / f"{__class__.__name__}.test_insert.json")
# Copy a test JSON file with fixed data
shutil.copy(stubPath, testPath)
assert testPath.exists()
# Create some test data to insert
searchConditions = SearchConditions(strategy=Strategy.BY_XPATH, identifier="Nothing")
action01 = LoadPageAction(url="https://some.url.com")
action02 = SendKeysAction(
searchConditions=searchConditions,
text="Some test text here."
)
actions = [action01, action02]
actionBundle = ActionBundle(name="A new inserted ActionBundle", actions=actions)
# Data expressed as expected dict
expectedDict = {
"version": 1.0,
"name": "A new inserted ActionBundle",
"actions": [
{
"command": 2,
"searchStrategy": "",
"searchIdentifier": "",
"textToSend": "https://some.url.com",
"maxWait": 0.0
},
{
"command": 3,
"searchStrategy": "xPath",
"searchIdentifier": "Nothing",
"textToSend": "Some test text here.",
"maxWait": 0.0
}
]
}
# When
with JSONActionBundleDao(str(testPath)) as sut:
sut.insert(actionBundle)
# Then
with open(str(testPath), "r", encoding="utf-8") as file:
savedData = json.load(file)
actionBundleTable = savedData.get(JSONActionBundleDao._TABLE_NAME)
# Expect that there is a root node with key JSONActionBundleDao._TABLE_NAME
self.assertIsNotNone(actionBundleTable,
f"Expected data for table {JSONActionBundleDao._TABLE_NAME}, "
f"got None. Table does not seem to exist in data: {savedData}")
# Expect that actionBundleTable is of type list and has 2 entries
self.assertIsInstance(actionBundleTable, list)
self.assertEqual(2, len(actionBundleTable))
# Expect correct values for inserted data
insertedData = actionBundleTable[1]
self.assertDictEqual(expectedDict, insertedData)
# Cleanup
if testPath.is_file():
testPath.unlink()