def setUp(self):
self.qixe = QixEngine('ws://localhost:4848/app')
app = self.qixe.create_app('test_app')
self.assertTrue(app.endswith('.qvf'), 'Failed to create app')
self.opened_app = self.qixe.open_app(app)
script = file('./test_data/ctrl00_script.qvs').read()
self.assertTrue(self.qixe.load_script(script), 'Failed to load script')
def setUp(self):
self.qixe = QixEngine('ws://localhost:4848/app')
app = self.qixe.create_app('test_app')
self.assertTrue(app.endswith('.qvf'), 'Failed to create app')
app_exists = self.qixe.create_app('test_app')
self.assertTrue(app_exists == "App already exists", 'Failed to handle existing app exception')
self.opened_app = self.qixe.open_app(app)
with open('./test_data/ctrl00_script.qvs') as f:
script = f.read()
self.assertTrue(self.qixe.load_script(script), 'Failed to load script')
class TestLabs(unittest.TestCase):
def setUp(self):
self.qixe = QixEngine('ws://localhost:4848/app')
def test_select_in_field(self):
print('sdfasef')
app = os.path.join("C:/", "Users", "nln", "Documents", "Qlik", "Sense",
"Apps", "Consumer Sales.qvf")
self.qixe.open_app(app)
print(self.qixe.select_in_dimension('Product Sub Group', ['Cheese']))
def tearDown(self):
pass
class TestQixEngine(unittest.TestCase):
def setUp(self):
self.qixe = QixEngine('ws://localhost:4848/app')
app = self.qixe.create_app('test_app')
self.assertTrue(app.endswith('.qvf'), 'Failed to create app')
app_exists = self.qixe.create_app('test_app')
self.assertTrue(app_exists == "App already exists", 'Failed to handle existing app exception')
self.opened_app = self.qixe.open_app(app)
with open('./test_data/ctrl00_script.qvs') as f:
script = f.read()
self.assertTrue(self.qixe.load_script(script), 'Failed to load script')
def test_create_hypercube(self):
hc = self.qixe.create_hypercube(['Dim1', 'Dim2'], ['=Sum(Expression1)', '=Sum(Expression2)', '=Sum(Expression3)'])
hc_cols = self.qixe.convert_hypercube_to_matrix(hc[0], hc[1])
self.assertTrue(len(hc_cols) == 5, 'Failed to return proper number of columns')
self.inline_table = self.qixe.convert_hypercube_to_inline_table(hc[0], 'MyTable')
self.assertTrue(self.inline_table.startswith('MyTable'), 'Failed to create inline statement from hypercube')
self.mtrx = self.qixe.convert_hypercube_to_matrix(hc[0], hc[1])
self.assertTrue(len(self.mtrx) == 5, 'Failed to create matrix from hypercube')
def test_select_clear_in_dimension(self):
select_result = self.qixe.select_in_dimension('Alpha', ['A', 'C', 'E'])
self.assertTrue(select_result["change"] == [1, 2], "Failed to select values")
self.assertTrue(select_result["result"]['qReturn'], "Failed to select values")
self.assertTrue(self.qixe.clear_selection_in_dimension('Alpha'),'Failed to clear selection')
def test_select_clear_all_in_dimension(self):
select_result = self.qixe.select_in_dimension('Alpha', ['A', 'C', 'E'])
self.assertTrue(select_result["change"] == [1, 2], "Failed to select values")
self.assertTrue(select_result["result"]['qReturn'], "Failed to select values")
self.qixe.clear_all_selections()
def test_select_excluded(self):
self.qixe.select_in_dimension('Alpha', ['A', 'C', 'E'])
select_result = self.qixe.select_excluded_in_dimension('Alpha')
self.assertTrue(select_result['qReturn'], 'Failed to select excluded')
def test_select_possible(self):
select_result = self.qixe.select_possible_in_dimension('Alpha')
self.assertTrue(select_result['qReturn'], 'Failed to select possible')
def test_get_list_object_data(self):
self.assertTrue(len(self.qixe.get_list_object_data('Alpha')) == 26, 'Failed to get value list')
def tearDown(self):
self.assertTrue(self.qixe.delete_app(self.opened_app), 'Failed to delete app')
def setUp(self):
self.qixe = QixEngine('ws://localhost:4848/app')