def _handle_er_exception_expanding(self, method: TEventHandler,
get_tasks: TGetTask):
# Setup: Create an OE service with a session preloaded
oe, session, session_uri = self._preloaded_oe_service()
# ... Patch the route_request to throw
# ... Patch the threading to throw
patch_mock = mock.MagicMock(side_effect=Exception('Boom!'))
patch_path = 'pgsqltoolsservice.object_explorer.object_explorer_service.route_request'
with mock.patch(patch_path, patch_mock):
# If: I expand a node (with route_request that throws)
rc = RequestFlowValidator()
rc.add_expected_response(bool, self.assertTrue)
rc.add_expected_notification(
ExpandCompletedParameters, EXPAND_COMPLETED_METHOD,
lambda param: self._validate_expand_error(
param, session_uri, '/'))
params = ExpandParameters.from_dict({
'session_id': session_uri,
'node_path': '/'
})
method(oe, rc.request_context, params)
# Joining the threads to avoid rc.validate failure
for task in session.expand_tasks.values():
task.join()
for task in session.refresh_tasks.values():
task.join()
# Then:
# ... An error notification should have been sent
rc.validate()
# ... The thread should be attached to the session
self.assertEqual(len(get_tasks(session)), 1)
def _handle_er_threading_fail(self, method: TEventHandler):
# Setup: Create an OE service with a session preloaded
oe, session, session_uri = self._preloaded_oe_service()
# ... Patch the threading to throw
patch_mock = mock.MagicMock(side_effect=Exception('Boom!'))
patch_path = 'pgsqltoolsservice.object_explorer.object_explorer_service.threading.Thread'
with mock.patch(patch_path, patch_mock):
# If: I expand a node (with threading that throws)
rc = RequestFlowValidator()
rc.add_expected_response(bool, self.assertTrue)
rc.add_expected_notification(
ExpandCompletedParameters, EXPAND_COMPLETED_METHOD,
lambda param: self._validate_expand_error(
param, session_uri, '/'))
params = ExpandParameters.from_dict({
'session_id': session_uri,
'node_path': '/'
})
method(oe, rc.request_context, params)
# Then:
# ... The error notification should have been returned
rc.validate()
# ... The session should not have an expand task defined
self.assertDictEqual(session.expand_tasks, {})
self.assertDictEqual(session.refresh_tasks, {})
def test_init_session_failed_connection(self):
# Setup:
# ... Create OE service with mock connection service that returns a failed connection response
cs = ConnectionService()
connect_response = ConnectionCompleteParams()
connect_response.error_message = 'Boom!'
cs.connect = mock.MagicMock(return_value=connect_response)
oe = ObjectExplorerService()
oe._service_provider = utils.get_mock_service_provider(
{constants.CONNECTION_SERVICE_NAME: cs})
# If: I initialize a session (NOTE: We're bypassing request handler to avoid threading issues)
params, session_uri = _connection_details()
session = ObjectExplorerSession(session_uri, params)
oe._session_map[session_uri] = session
rc = RequestFlowValidator()
rc.add_expected_notification(
SessionCreatedParameters, SESSION_CREATED_METHOD,
lambda param: self._validate_init_error(param, session_uri))
oe._initialize_session(rc.request_context, session)
# Then:
# ... Error notification should have been returned, session should be cleaned up from OE service
rc.validate()
self.assertDictEqual(oe._session_map, {})
def test_handle_create_session_threading_fail(self):
# Setup:
# ... Create an OE service
oe = ObjectExplorerService()
oe._service_provider = utils.get_mock_service_provider({})
# ... Patch the threading to throw
patch_mock = mock.MagicMock(side_effect=Exception('Boom!'))
patch_path = 'pgsqltoolsservice.object_explorer.object_explorer_service.threading.Thread'
with mock.patch(patch_path, patch_mock):
# If: I create a new session
params, session_uri = _connection_details()
rc = RequestFlowValidator()
rc.add_expected_response(
CreateSessionResponse,
lambda param: self.assertEqual(param.session_id, session_uri))
rc.add_expected_notification(
SessionCreatedParameters, SESSION_CREATED_METHOD,
lambda param: self._validate_init_error(param, session_uri))
oe._handle_create_session_request(rc.request_context, params)
# Then:
# ... The error notification should have been returned
rc.validate()
# ... The session should have been cleaned up
self.assertDictEqual(oe._session_map, {})
def test_handle_create_session_successful(self):
# Setup:
# ... Create OE service with mock connection service that returns a successful connection response
mock_connection = MockPGServerConnection(cur=None,
host='myserver',
name='postgres',
user='******',
port=123)
cs = ConnectionService()
cs.connect = mock.MagicMock(return_value=ConnectionCompleteParams())
cs.get_connection = mock.MagicMock(return_value=mock_connection)
oe = ObjectExplorerService()
oe._service_provider = utils.get_mock_service_provider(
{constants.CONNECTION_SERVICE_NAME: cs})
oe._provider = constants.PG_PROVIDER_NAME
oe._server = Server
# ... Create parameters, session, request context validator
params, session_uri = _connection_details()
# ... Create validation of success notification
def validate_success_notification(response: SessionCreatedParameters):
self.assertTrue(response.success)
self.assertEqual(response.session_id, session_uri)
self.assertIsNone(response.error_message)
self.assertIsInstance(response.root_node, NodeInfo)
self.assertEqual(response.root_node.label, TEST_DBNAME)
self.assertEqual(response.root_node.node_path, session_uri)
self.assertEqual(response.root_node.node_type, 'Database')
self.assertIsInstance(response.root_node.metadata, ObjectMetadata)
self.assertEqual(response.root_node.metadata.urn,
oe._session_map[session_uri].server.urn_base)
self.assertEqual(
response.root_node.metadata.name,
oe._session_map[session_uri].server.maintenance_db_name)
self.assertEqual(response.root_node.metadata.metadata_type_name,
'Database')
self.assertFalse(response.root_node.is_leaf)
rc = RequestFlowValidator()
rc.add_expected_response(
CreateSessionResponse,
lambda param: self.assertEqual(param.session_id, session_uri))
rc.add_expected_notification(SessionCreatedParameters,
SESSION_CREATED_METHOD,
validate_success_notification)
# If: I create a session
oe._handle_create_session_request(rc.request_context, params)
oe._session_map[session_uri].init_task.join()
# Then:
# ... Error notification should have been returned, session should be cleaned up from OE service
rc.validate()
# ... The session should still exist and should have connection and server setup
self.assertIn(session_uri, oe._session_map)
self.assertIsInstance(oe._session_map[session_uri].server, Server)
self.assertTrue(oe._session_map[session_uri].is_ready)
def _handle_er_node_successful(self, method: TEventHandler,
get_tasks: TGetTask):
# Setup: Create an OE service with a session preloaded
oe, session, session_uri = self._preloaded_oe_service()
# ... Define validation for the return notification
def validate_success_notification(response: ExpandCompletedParameters):
self.assertIsNone(response.error_message)
self.assertEqual(response.session_id, session_uri)
self.assertEqual(response.node_path, '/')
self.assertIsInstance(response.nodes, list)
for node in response.nodes:
self.assertIsInstance(node, NodeInfo)
# If: I expand a node
rc = RequestFlowValidator()
rc.add_expected_response(bool, self.assertTrue)
rc.add_expected_notification(ExpandCompletedParameters,
EXPAND_COMPLETED_METHOD,
validate_success_notification)
params = ExpandParameters.from_dict({
'session_id': session_uri,
'node_path': '/'
})
method(oe, rc.request_context, params)
# Joining the threads to avoid rc.validate failure
for task in session.expand_tasks.values():
task.join()
for task in session.refresh_tasks.values():
task.join()
# Then:
# ... I should have gotten a completed successfully message
rc.validate()
# ... The thread should be attached to the session
self.assertEqual(len(get_tasks(session)), 1)
class TaskServiceTests(unittest.TestCase):
"""Methods for testing the task service"""
def setUp(self):
self.task_service = TaskService()
self.service_provider = ServiceProviderMock({constants.TASK_SERVICE_NAME: self.task_service})
self.request_validator = RequestFlowValidator()
self.mock_task_1 = Task(None, None, None, None, None, self.request_validator.request_context, mock.Mock(), mock.Mock())
self.request_validator.add_expected_notification(TaskInfo, 'tasks/newtaskcreated')
self.mock_task_1.start = mock.Mock()
self.mock_task_2 = Task(None, None, None, None, None, self.request_validator.request_context, mock.Mock(), mock.Mock())
self.request_validator.add_expected_notification(TaskInfo, 'tasks/newtaskcreated')
self.mock_task_2.start = mock.Mock()
def test_registration(self):
"""Test that the service registers its cancel and list methods correctly"""
# If I call the task service's register method
self.task_service.register(self.service_provider)
# Then CANCEL_TASK_REQUEST and LIST_TASKS_REQUEST should have been registered
self.service_provider.server.set_request_handler.assert_has_calls(
[mock.call(CANCEL_TASK_REQUEST, self.task_service.handle_cancel_request), mock.call(LIST_TASKS_REQUEST, self.task_service.handle_list_request)],
any_order=True)
def test_start_task(self):
"""Test that the service can start tasks"""
# If I start both tasks
self.task_service.start_task(self.mock_task_1)
self.task_service.start_task(self.mock_task_2)
# Then the task service is aware of them
self.assertIs(self.task_service._task_map[self.mock_task_1.id], self.mock_task_1)
self.assertIs(self.task_service._task_map[self.mock_task_2.id], self.mock_task_2)
# And the tasks' start methods were called
self.mock_task_1.start.assert_called_once()
self.mock_task_2.start.assert_called_once()
def test_cancel_request(self):
"""Test that sending a cancellation request attempts to cancel the task"""
# Set up a task
self.mock_task_1.cancel = mock.Mock(return_value=True)
self.mock_task_1.status = TaskStatus.IN_PROGRESS
self.task_service.start_task(self.mock_task_1)
# Set up the request flow validator
self.request_validator.add_expected_response(bool, self.assertTrue)
# If I call the cancellation handler
params = CancelTaskParameters()
params.task_id = self.mock_task_1.id
self.task_service.handle_cancel_request(self.request_validator.request_context, params)
# Then the task's cancel method should have been called and a positive response should have been sent
self.mock_task_1.cancel.assert_called_once()
self.request_validator.validate()
def test_cancel_request_no_task(self):
"""Test that the cancellation handler returns false when there is no task to cancel"""
# Set up the request flow validator
self.request_validator.add_expected_response(bool, self.assertFalse)
# If I call the cancellation handler without a corresponding task
params = CancelTaskParameters()
params.task_id = self.mock_task_1.id
self.task_service.handle_cancel_request(self.request_validator.request_context, params)
# Then a negative response should have been sent
self.request_validator.validate()
def test_list_all_tasks(self):
"""Test that the list task handler displays the correct task information"""
self._test_list_tasks(False)
def test_list_active_tasks(self):
"""Test that the list task handler displays the correct task information"""
self._test_list_tasks(True)
def _test_list_tasks(self, active_tasks_only: bool):
# Set up task 1 to be in progress and task 2 to be complete
self.task_service.start_task(self.mock_task_1)
self.task_service.start_task(self.mock_task_2)
self.mock_task_1.status = TaskStatus.IN_PROGRESS
self.mock_task_2.status = TaskStatus.SUCCEEDED
# Set up the request validator
def validate_list_response(response_params: List[TaskInfo]):
actual_response_dict = [info.__dict__ for info in response_params]
expected_response_dict = [self.mock_task_1.task_info.__dict__]
if not active_tasks_only:
expected_response_dict.append(self.mock_task_2.task_info.__dict__)
self.assertEqual(len(actual_response_dict), len(expected_response_dict))
for expected_info in expected_response_dict:
self.assertIn(expected_info, actual_response_dict)
self.request_validator.add_expected_response(list, validate_list_response)
# If I start the tasks and then list them
self.task_service.start_task(self.mock_task_1)
self.task_service.start_task(self.mock_task_2)
params = ListTasksParameters()
params.list_active_tasks_only = active_tasks_only
self.task_service.handle_list_request(self.request_validator.request_context, params)
# Then the service responds with TaskInfo for only task 1
self.request_validator.validate()
class TestLanguageService(unittest.TestCase):
"""Methods for testing the language service"""
def setUp(self):
"""Constructor"""
self.default_uri = 'file://my.sql'
self.flow_validator = RequestFlowValidator()
self.mock_server_set_request = mock.MagicMock()
self.mock_server = JSONRPCServer(None, None)
self.mock_server.set_request_handler = self.mock_server_set_request
self.mock_workspace_service = WorkspaceService()
self.mock_connection_service = ConnectionService()
self.mock_service_provider = ServiceProvider(self.mock_server, {},
PG_PROVIDER_NAME, None)
self.mock_service_provider._services[
constants.WORKSPACE_SERVICE_NAME] = self.mock_workspace_service
self.mock_service_provider._services[
constants.CONNECTION_SERVICE_NAME] = self.mock_connection_service
self.mock_service_provider._is_initialized = True
self.default_text_position = TextDocumentPosition.from_dict({
'text_document': {
'uri': self.default_uri
},
'position': {
'line': 3,
'character': 10
}
})
self.default_text_document_id = TextDocumentIdentifier.from_dict(
{'uri': self.default_uri})
def test_register(self):
"""Test registration of the service"""
# Setup:
# ... Create a mock service provider
server: JSONRPCServer = JSONRPCServer(None, None)
server.set_notification_handler = mock.MagicMock()
server.set_request_handler = mock.MagicMock()
provider: ServiceProvider = ServiceProvider(
server, {constants.CONNECTION_SERVICE_NAME: ConnectionService},
PG_PROVIDER_NAME, utils.get_mock_logger())
provider._is_initialized = True
conn_service: ConnectionService = provider[
constants.CONNECTION_SERVICE_NAME]
self.assertEqual(0, len(conn_service._on_connect_callbacks))
# If: I register a language service
service: LanguageService = LanguageService()
service.register(provider)
# Then:
# ... The notifications should have been registered
server.set_notification_handler.assert_called()
server.set_request_handler.assert_called()
self.assertEqual(1, len(conn_service._on_connect_callbacks))
self.assertEqual(1, server.count_shutdown_handlers())
# ... The service provider should have been stored
self.assertIs(service._service_provider, provider) # noqa
def test_handle_shutdown(self):
# Given a language service
service: LanguageService = self._init_service(
stop_operations_queue=False)
self.assertFalse(service.operations_queue.stop_requested)
# When I shutdown the service
service._handle_shutdown()
# Then the language service should be cleaned up
self.assertTrue(service.operations_queue.stop_requested)
def test_completion_intellisense_off(self):
"""
Test that the completion handler returns empty if the intellisense
is disabled
"""
# If: intellisense is disabled
context: RequestContext = utils.MockRequestContext()
config = Configuration()
config.sql.intellisense.enable_intellisense = False
self.mock_workspace_service._configuration = config
service: LanguageService = self._init_service()
# When: I request completion item
service.handle_completion_request(context, self.default_text_position)
# Then:
# ... An empty completion should be sent over the notification
context.send_response.assert_called_once()
self.assertEqual(context.last_response_params, [])
def test_completion_file_not_found(self):
"""
Test that the completion handler returns empty if the intellisense
is disabled
"""
# If: The script file doesn't exist (there is an empty workspace)
context: RequestContext = utils.MockRequestContext()
self.mock_workspace_service._workspace = Workspace()
service: LanguageService = self._init_service()
# When: I request completion item
service.handle_completion_request(context, self.default_text_position)
# Then:
# ... An empty completion should be sent over the notification
context.send_response.assert_called_once()
self.assertEqual(context.last_response_params, [])
def test_default_completion_items(self):
"""
Test that the completion handler returns a set of default values
when not connected to any URI
"""
# If: The script file exists
input_text = 'create tab'
doc_position = TextDocumentPosition.from_dict({
'text_document': {
'uri': self.default_uri
},
'position': {
'line': 0,
'character': 10 # end of 'tab' word
}
})
context: RequestContext = utils.MockRequestContext()
config = Configuration()
config.sql.intellisense.enable_intellisense = True
self.mock_workspace_service._configuration = config
workspace, script_file = self._get_test_workspace(True, input_text)
self.mock_workspace_service._workspace = workspace
service: LanguageService = self._init_service()
service._valid_uri.add(doc_position.text_document.uri)
# When: I request completion item
service.handle_completion_request(context, doc_position)
# Then:
# ... An default completion set should be sent over the notification
context.send_response.assert_called_once()
completions: List[CompletionItem] = context.last_response_params
self.assertTrue(len(completions) > 0)
self.verify_match('TABLE', completions, Range.from_data(0, 7, 0, 10))
def test_pg_language_flavor(self):
"""
Test that if provider is PGSQL, the service ignores files registered as being for non-PGSQL flavors
"""
# If: I create a new language service
pgsql_params = LanguageFlavorChangeParams.from_data(
'file://pguri.sql', 'sql', PG_PROVIDER_NAME)
mysql_params = LanguageFlavorChangeParams.from_data(
'file://mysqluri.sql', 'sql', MYSQL_PROVIDER_NAME)
mssql_params = LanguageFlavorChangeParams.from_data(
'file://msuri.sql', 'sql', MSSQL_PROVIDER_NAME)
other_params = LanguageFlavorChangeParams.from_data(
'file://other.doc', 'doc', '')
provider = utils.get_mock_service_provider()
service = LanguageService()
service._service_provider = provider
# When: I notify of language preferences
context: NotificationContext = utils.get_mock_notification_context()
service.handle_flavor_change(context, pgsql_params)
service.handle_flavor_change(context, mssql_params)
service.handle_flavor_change(context, mysql_params)
service.handle_flavor_change(context, other_params)
# Then:
# ... Only non-PGSQL SQL files should be ignored
context.send_notification.assert_not_called()
self.assertFalse(service.is_valid_uri(mssql_params.uri))
self.assertTrue(service.is_valid_uri(pgsql_params.uri))
self.assertFalse(service.is_valid_uri(other_params.uri))
self.assertFalse(service.is_valid_uri(mysql_params.uri))
# When: I change from MSSQL to PGSQL
mssql_params = LanguageFlavorChangeParams.from_data(
'file://msuri.sql', 'sql', PG_PROVIDER_NAME)
service.handle_flavor_change(context, mssql_params)
# Then: the service is updated to allow intellisense
self.assertTrue(service.is_valid_uri(mssql_params.uri))
# When: I change from PGSQL to MYSQL
mssql_params = LanguageFlavorChangeParams.from_data(
'file://msuri.sql', 'sql', MYSQL_PROVIDER_NAME)
service.handle_flavor_change(context, mssql_params)
# Then: the service is updated to not allow intellisense
self.assertFalse(service.is_valid_uri(mssql_params.uri))
def test_mysql_language_flavor(self):
"""
Test that if provider is MySQL, the service ignores files registered as being for non-MySQL flavors
"""
# If: I create a new language service
pgsql_params = LanguageFlavorChangeParams.from_data(
'file://pguri.sql', 'sql', PG_PROVIDER_NAME)
mysql_params = LanguageFlavorChangeParams.from_data(
'file://mysqluri.sql', 'sql', MYSQL_PROVIDER_NAME)
mssql_params = LanguageFlavorChangeParams.from_data(
'file://msuri.sql', 'sql', MSSQL_PROVIDER_NAME)
other_params = LanguageFlavorChangeParams.from_data(
'file://other.doc', 'doc', '')
# create a mock mysql service provider
provider = utils.get_mock_service_provider(
provider_name=MYSQL_PROVIDER_NAME)
service = LanguageService()
service._service_provider = provider
# When: I notify of language preferences
context: NotificationContext = utils.get_mock_notification_context()
service.handle_flavor_change(context, pgsql_params)
service.handle_flavor_change(context, mssql_params)
service.handle_flavor_change(context, mysql_params)
service.handle_flavor_change(context, other_params)
# Then:
# ... Only non-MySQL SQL files should be ignored
context.send_notification.assert_not_called()
self.assertFalse(service.is_valid_uri(mssql_params.uri))
self.assertFalse(service.is_valid_uri(pgsql_params.uri))
self.assertFalse(service.is_valid_uri(other_params.uri))
self.assertTrue(service.is_valid_uri(mysql_params.uri))
# When: I change from MSSQL to PGSQL
mssql_params = LanguageFlavorChangeParams.from_data(
'file://msuri.sql', 'sql', PG_PROVIDER_NAME)
service.handle_flavor_change(context, mssql_params)
# Then: the service is updated to not allow intellisense
self.assertFalse(service.is_valid_uri(mssql_params.uri))
# When: I change from PGSQL to MYSQL
mssql_params = LanguageFlavorChangeParams.from_data(
'file://msuri.sql', 'sql', MYSQL_PROVIDER_NAME)
service.handle_flavor_change(context, mssql_params)
# Then: the service is updated to allow intellisense
self.assertTrue(service.is_valid_uri(mssql_params.uri))
def test_on_connect_sends_notification(self):
"""
Test that the service sends an intellisense ready notification after handling an on connect notification from the connection service.
This is a slightly more end-to-end test that verifies calling through to the queue layer
"""
# If: I create a new language service
service: LanguageService = self._init_service_with_flow_validator()
conn_info = ConnectionInfo(
'file://msuri.sql',
ConnectionDetails.from_data({
'host': None,
'dbname': 'TEST_DBNAME',
'user': '******'
}))
connect_result = mock.MagicMock()
connect_result.error_message = None
self.mock_connection_service.get_connection = mock.Mock(
return_value=mock.MagicMock())
self.mock_connection_service.connect = mock.MagicMock(
return_value=connect_result)
def validate_success_notification(response: IntelliSenseReadyParams):
self.assertEqual(response.owner_uri, conn_info.owner_uri)
# When: I notify of a connection complete for a given URI
self.flow_validator.add_expected_notification(
IntelliSenseReadyParams, INTELLISENSE_READY_NOTIFICATION,
validate_success_notification)
refresher_mock = mock.MagicMock()
refresh_method_mock = mock.MagicMock()
refresher_mock.refresh = refresh_method_mock
patch_path = 'ossdbtoolsservice.language.operations_queue.CompletionRefresher'
with mock.patch(patch_path) as refresher_patch:
refresher_patch.return_value = refresher_mock
task: threading.Thread = service.on_connect(conn_info)
# And when refresh is "complete"
refresh_method_mock.assert_called_once()
callback = refresh_method_mock.call_args[0][0]
self.assertIsNotNone(callback)
callback(None)
# Wait for task to return
task.join()
# Then:
# an intellisense ready notification should be sent for that URI
self.flow_validator.validate()
# ... and the scriptparseinfo should be created
info: ScriptParseInfo = service.get_script_parse_info(
conn_info.owner_uri)
self.assertIsNotNone(info)
# ... and the info should have the connection key set
self.assertEqual(info.connection_key,
OperationsQueue.create_key(conn_info))
def test_format_doc_no_pgsql_format(self):
"""
Test that the format codepath succeeds even if the configuration options aren't defined
"""
input_text = 'select * from foo where id in (select id from bar);'
context: RequestContext = utils.MockRequestContext()
self.mock_workspace_service._configuration = None
workspace, script_file = self._get_test_workspace(True, input_text)
self.mock_workspace_service._workspace = workspace
service: LanguageService = self._init_service()
format_options = FormattingOptions()
format_options.insert_spaces = False
format_params = DocumentFormattingParams()
format_params.options = format_options
format_params.text_document = self.default_text_document_id
# add uri to valid uri set ensure request passes uri check
# normally done in flavor change handler, but we are not testing that here
service._valid_uri.add(format_params.text_document.uri)
# When: I have no useful formatting defaults defined
service.handle_doc_format_request(context, format_params)
# Then:
# ... There should be no changes to the doc
context.send_response.assert_called_once()
edits: List[TextEdit] = context.last_response_params
self.assertTrue(len(edits) > 0)
self.assert_range_equals(edits[0].range,
Range.from_data(0, 0, 0, len(input_text)))
self.assertEqual(edits[0].new_text, input_text)
def test_format_doc(self):
"""
Test that the format document codepath works as expected
"""
# If: We have a basic string to be formatted
input_text = 'select * from foo where id in (select id from bar);'
# Note: sqlparse always uses '\n\ for line separator even on windows.
# For now, respecting this behavior and leaving as-is
expected_output = '\n'.join([
'SELECT *', 'FROM foo', 'WHERE id IN', '\t\t\t\t(SELECT id',
'\t\t\t\t\tFROM bar);'
])
context: RequestContext = utils.MockRequestContext()
config = Configuration()
config.pgsql = PGSQLConfiguration()
config.pgsql.format.keyword_case = 'upper'
self.mock_workspace_service._configuration = config
workspace, script_file = self._get_test_workspace(True, input_text)
self.mock_workspace_service._workspace = workspace
service: LanguageService = self._init_service()
format_options = FormattingOptions()
format_options.insert_spaces = False
format_params = DocumentFormattingParams()
format_params.options = format_options
format_params.text_document = self.default_text_document_id
# add uri to valid uri set ensure request passes uri check
# normally done in flavor change handler, but we are not testing that here
service._valid_uri.add(format_params.text_document.uri)
# When: I request document formatting
service.handle_doc_format_request(context, format_params)
# Then:
# ... The entire document text should be formatted
context.send_response.assert_called_once()
edits: List[TextEdit] = context.last_response_params
self.assertTrue(len(edits) > 0)
self.assert_range_equals(edits[0].range,
Range.from_data(0, 0, 0, len(input_text)))
self.assertEqual(edits[0].new_text, expected_output)
def test_format_doc_range(self):
"""
Test that the format document range codepath works as expected
"""
# If: The script file doesn't exist (there is an empty workspace)
input_lines: List[str] = [
'select * from t1',
'select * from foo where id in (select id from bar);'
]
input_text = '\n'.join(input_lines)
expected_output = '\n'.join([
'SELECT *', 'FROM foo', 'WHERE id IN', '\t\t\t\t(SELECT id',
'\t\t\t\t\tFROM bar);'
])
context: RequestContext = utils.MockRequestContext()
config = Configuration()
config.pgsql = PGSQLConfiguration()
config.pgsql.format.keyword_case = 'upper'
self.mock_workspace_service._configuration = config
workspace, script_file = self._get_test_workspace(True, input_text)
self.mock_workspace_service._workspace = workspace
service: LanguageService = self._init_service()
format_options = FormattingOptions()
format_options.insert_spaces = False
format_params = DocumentRangeFormattingParams()
format_params.options = format_options
format_params.text_document = self.default_text_document_id
# add uri to valid uri set ensure request passes uri check
# normally done in flavor change handler, but we are not testing that here
service._valid_uri.add(format_params.text_document.uri)
# When: I request format the 2nd line of a document
format_params.range = Range.from_data(1, 0, 1, len(input_lines[1]))
service.handle_doc_range_format_request(context, format_params)
# Then:
# ... only the 2nd line should be formatted
context.send_response.assert_called_once()
edits: List[TextEdit] = context.last_response_params
self.assertTrue(len(edits) > 0)
self.assert_range_equals(edits[0].range, format_params.range)
self.assertEqual(edits[0].new_text, expected_output)
def test_format_mysql_doc(self):
"""
Test that the format document codepath works as expected with a mysql doc
"""
# set up service provider with mysql connection
self.mock_service_provider = ServiceProvider(self.mock_server, {},
MYSQL_PROVIDER_NAME, None)
self.mock_service_provider._services[
constants.WORKSPACE_SERVICE_NAME] = self.mock_workspace_service
self.mock_service_provider._services[
constants.CONNECTION_SERVICE_NAME] = self.mock_connection_service
self.mock_service_provider._is_initialized = True
# If: We have a basic string to be formatted
input_text = 'select * from foo where id in (select id from bar);'
# Note: sqlparse always uses '\n\ for line separator even on windows.
# For now, respecting this behavior and leaving as-is
expected_output = '\n'.join([
'SELECT *', 'FROM foo', 'WHERE id IN', '\t\t\t\t(SELECT id',
'\t\t\t\t\tFROM bar);'
])
context: RequestContext = utils.MockRequestContext()
config = Configuration()
config.my_sql = MySQLConfiguration()
config.my_sql.format.keyword_case = 'upper'
self.mock_workspace_service._configuration = config
workspace, script_file = self._get_test_workspace(True, input_text)
self.mock_workspace_service._workspace = workspace
service: LanguageService = self._init_service()
format_options = FormattingOptions()
format_options.insert_spaces = False
format_params = DocumentFormattingParams()
format_params.options = format_options
format_params.text_document = self.default_text_document_id
# add uri to valid uri set ensure request passes uri check
# normally done in flavor change handler, but we are not testing that here
service._valid_uri.add(format_params.text_document.uri)
# When: I request document formatting
service.handle_doc_format_request(context, format_params)
# Then:
# ... The entire document text should be formatted
context.send_response.assert_called_once()
edits: List[TextEdit] = context.last_response_params
self.assertTrue(len(edits) > 0)
self.assert_range_equals(edits[0].range,
Range.from_data(0, 0, 0, len(input_text)))
self.assertEqual(edits[0].new_text, expected_output)
def test_format_mysql_doc_range(self):
"""
Test that the format document range codepath works as expected with a mysql doc
"""
# set up service provider with mysql connection
self.mock_service_provider = ServiceProvider(self.mock_server, {},
MYSQL_PROVIDER_NAME, None)
self.mock_service_provider._services[
constants.WORKSPACE_SERVICE_NAME] = self.mock_workspace_service
self.mock_service_provider._services[
constants.CONNECTION_SERVICE_NAME] = self.mock_connection_service
self.mock_service_provider._is_initialized = True
# If: The script file doesn't exist (there is an empty workspace)
input_lines: List[str] = [
'select * from t1',
'select * from foo where id in (select id from bar);'
]
input_text = '\n'.join(input_lines)
expected_output = '\n'.join([
'SELECT *', 'FROM foo', 'WHERE id IN', '\t\t\t\t(SELECT id',
'\t\t\t\t\tFROM bar);'
])
context: RequestContext = utils.MockRequestContext()
config = Configuration()
config.my_sql = MySQLConfiguration()
config.my_sql.format.keyword_case = 'upper'
self.mock_workspace_service._configuration = config
workspace, script_file = self._get_test_workspace(True, input_text)
self.mock_workspace_service._workspace = workspace
service: LanguageService = self._init_service()
format_options = FormattingOptions()
format_options.insert_spaces = False
format_params = DocumentRangeFormattingParams()
format_params.options = format_options
format_params.text_document = self.default_text_document_id
# add uri to valid uri set ensure request passes uri check
# normally done in flavor change handler, but we are not testing that here
service._valid_uri.add(format_params.text_document.uri)
# When: I request format the 2nd line of a document
format_params.range = Range.from_data(1, 0, 1, len(input_lines[1]))
service.handle_doc_range_format_request(context, format_params)
# Then:
# ... only the 2nd line should be formatted
context.send_response.assert_called_once()
edits: List[TextEdit] = context.last_response_params
self.assertTrue(len(edits) > 0)
self.assert_range_equals(edits[0].range, format_params.range)
self.assertEqual(edits[0].new_text, expected_output)
@parameterized.expand([
(0, 10),
(-2, 8),
])
def test_completion_to_completion_item(self, relative_start_pos,
expected_start_char):
"""
Tests that PGCompleter's Completion objects get converted to CompletionItems as expected
"""
text = 'item'
display = 'item is a table'
display_meta = 'table'
completion = Completion(text, relative_start_pos, display,
display_meta)
completion_item: CompletionItem = LanguageService.to_completion_item(
completion, self.default_text_position)
self.assertEqual(completion_item.label, text)
self.assertEqual(completion_item.text_edit.new_text, text)
text_pos: Position = self.default_text_position.position # pylint: disable=maybe-no-member
self.assertEqual(completion_item.text_edit.range.start.line,
text_pos.line)
self.assertEqual(completion_item.text_edit.range.start.character,
expected_start_char)
self.assertEqual(completion_item.text_edit.range.end.line,
text_pos.line)
self.assertEqual(completion_item.text_edit.range.end.character,
text_pos.character)
self.assertEqual(completion_item.detail, display)
self.assertEqual(completion_item.label, text)
def test_handle_definition_request_should_return_empty_if_query_file_do_not_exist(
self):
# If: The script file doesn't exist (there is an empty workspace)
context: RequestContext = utils.MockRequestContext()
self.mock_workspace_service._workspace = Workspace()
service: LanguageService = self._init_service()
service.handle_definition_request(context, self.default_text_position)
context.send_response.assert_called_once()
self.assertEqual(context.last_response_params, [])
def test_handle_definition_request_intellisense_off(self):
request_context: RequestContext = utils.MockRequestContext()
config = Configuration()
config.sql.intellisense.enable_intellisense = False
self.mock_workspace_service._configuration = config
language_service = self._init_service()
language_service.handle_definition_request(request_context,
self.default_text_position)
request_context.send_response.assert_called_once()
self.assertEqual(request_context.last_response_params, [])
def test_completion_keyword_completion_sort_text(self):
"""
Tests that a Keyword Completion is converted with sort text that puts it after other objects
"""
text = 'item'
display = 'item is something'
# Given I have anything other than a keyword, I expect label to match key
table_completion = Completion(text, 0, display, 'table')
completion_item: CompletionItem = LanguageService.to_completion_item(
table_completion, self.default_text_position)
self.assertEqual(completion_item.sort_text, text)
# Given I have a keyword, I expect
keyword_completion = Completion(text, 0, display, 'keyword')
completion_item: CompletionItem = LanguageService.to_completion_item(
keyword_completion, self.default_text_position)
self.assertEqual(completion_item.sort_text, '~' + text)
def _init_service(self, stop_operations_queue=True) -> LanguageService:
"""
Initializes a simple service instance. By default stops the threaded queue since
this could cause issues debugging multiple tests, and the class can be tested
without this running the queue
"""
service = LanguageService()
service.register(self.mock_service_provider)
if stop_operations_queue:
service.operations_queue.stop()
return service
def _init_service_with_flow_validator(self) -> LanguageService:
self.mock_server.send_notification = self.flow_validator.request_context.send_notification
return self._init_service()
def _get_test_workspace(
self,
script_file: bool = True,
buffer: str = '') -> Tuple[Workspace, Optional[ScriptFile]]:
workspace: Workspace = Workspace()
file: Optional[ScriptFile] = None
if script_file:
file = ScriptFile(self.default_uri, buffer, '')
workspace._workspace_files[self.default_uri] = file
return workspace, file
def verify_match(self, word: str, matches: List[CompletionItem],
text_range: Range):
"""Verifies match against its label and other properties"""
match: CompletionItem = next(
iter(obj for obj in matches if obj.label == word), None)
self.assertIsNotNone(match)
self.assertEqual(word, match.label)
self.assertEqual(CompletionItemKind.Keyword, match.kind)
self.assertEqual(word, match.insert_text)
self.assert_range_equals(text_range, match.text_edit.range)
self.assertEqual(word, match.text_edit.new_text)
def assert_range_equals(self, first: Range, second: Range):
self.assertEqual(first.start.line, second.start.line)
self.assertEqual(first.start.character, second.start.character)
self.assertEqual(first.end.line, second.end.line)
self.assertEqual(first.end.character, second.end.character)
