def oracle_data_prop_selection(data_props, should_be_selected):
""" Checks that filter options not selected """
for data_prop in data_props:
if should_be_selected:
self.assertTrue(
Filter.data_prop_is_selected(self.driver, data_prop))
else:
self.assertFalse(
Filter.data_prop_is_selected(self.driver, data_prop))
def test_A_000002(self):
""" Confirms Archbold service metadata is available through
HydroClient and that a sample of the data downloads successfully
"""
def oracle():
""" The Lake Annie Florida data can be successfully sent to the
workspace, and then is processed successfully in the
workspace ("completed" status)
"""
self.assertEqual(Workspace.count_complete(self.driver), 1)
Search.search_location(self.driver, 'Lake Annie Highlands County')
Services.filters(self.driver, orgs='Archbold Biological Station')
Filter.open(self.driver)
Filter.to_workspace_cell(self.driver, 1, 1)
oracle()
def test_A_000004(self):
""" Confirms the start and end date in a NWIS Unit Values
data search are applied throughout search and workspace export
workflow
"""
def oracle():
""" Start date and end date in workspace match the initial
date filtering values established in the Search interface
"""
self.assertTrue(
Workspace.is_in_results(self.driver,
['2015-12-01', '2015-12-30'], 10))
Search.search_location(self.driver, 'Tampa ')
Services.filters(self.driver, titles='NWIS Unit Values')
Search.filter_dates(self.driver, '12/01/2015', '12/30/2015')
Filter.open(self.driver)
Filter.to_workspace_text(self.driver, 'Derived Value')
oracle()
def test_A_000016(self):
""" Austin, TX search successfully pulls metadata, which is then viewable
within the Filter Results dialog.
"""
def oracle(result_nums):
""" Results count is between 1k and 10k, as seen from Filter Results
dialog reporting
"""
self.assertEqual(result_nums[0], 1) # first results page is active
self.assertEqual(result_nums[1], 10) # 10 results on first page
self.assertTrue(1000 < result_nums[2] and result_nums[2] < 10000)
Search.search_location(self.driver, "Austin, TX")
Search.search(self.driver)
Filter.open(self.driver)
TestSystem.wait(10)
result_nums = Filter.count_results(self.driver)
result_nums = [int(result_num) for result_num in result_nums]
oracle(result_nums)
def test_A_000025(self):
""" Verifies availability of University of New Hampshire data """
def oracle_search():
""" Checks search result is greater than 8000 """
self.assertGreater(Search.count_results(self.driver), 8000)
def oracle_filters():
""" Checks search results with applied filters is greater than 97 """
self.assertGreater(Search.count_results(self.driver), 97)
Search.hybrid(self.driver)
Search.search_location(self.driver, "new york city")
Search.search(self.driver)
oracle_search()
Filter.open(self.driver)
Filter.set_data_services(
self.driver,
"University of New Hampshire Environmental Research Group")
oracle_filters()
Search.search(self.driver)
oracle_search()
def test_A_000023(self):
"""
Confirm workspace maximum count limits are enforced
"""
def oracle():
""" Checks that Ok button of warning window is displayed """
# self.assertTrue(FilterModal.ok.is_visible(self.driver))
self.assertTrue(Filter.ok_is_visible(self.driver))
Search.search_location(self.driver, "Dubai International Airport")
Search.search(self.driver)
Filter.open(self.driver)
Filter.complex_selection_to_workspace(self.driver)
Filter.close(self.driver)
Search.search_location(self.driver, "Abu Dhabi")
Search.search(self.driver)
Filter.open(self.driver)
Filter.complex_selection_to_workspace(self.driver,
double=True,
to_workspace=False)
oracle()
def test_A_000020(self):
""" Confirms sample Buffalo NY data exports successfully to the Data
Series Viewer """
def oracle_processed_count():
""" The Buffalo NY three time series process successfully """
self.assertEqual(Workspace.count_complete(self.driver), 3)
def oracle_viewer_opened():
""" The Data Series viewer application initializes and the data table
near the bottom of the application is loaded """
self.assertIn('id="stat_div"',
External.source_new_page(self.driver))
Search.search_location(self.driver, "Buffalo")
Search.search(self.driver)
Filter.open(self.driver)
Filter.to_workspace_cell_range(self.driver, 1, 3)
oracle_processed_count()
Workspace.select_all(self.driver)
Workspace.to_viewer(self.driver)
Workspace.launch_tool(self.driver)
TestSystem.wait(5)
oracle_viewer_opened()
def test_A_000022(self):
""" Confirm data series export to the Resource Creator app can be executed
successfully """
def oracle_completion_count():
""" Returned results set from Trinidad is not too large """
self.assertLess(Workspace.count_complete(self.driver), 5)
def oracle_resource_creator_up():
""" Resource creator seems to be functioning """
self.assertTrue(ResourceCreator.is_initialized(self.driver))
Search.search_location(self.driver, "Trinidad, Trinidad and Tobago")
Search.search(self.driver)
Services.search(self.driver, "World War", result_num=1)
Search.search(self.driver)
Filter.open(self.driver)
Filter.to_workspace_all(self.driver)
oracle_completion_count()
Workspace.select_all(self.driver)
Workspace.to_hydroshare(self.driver)
num_windows_opened = len(self.driver.window_handles)
Workspace.launch_tool(self.driver)
External.to_file(self.driver, num_windows_opened, "HydroShare")
ResourceCreator.create_resource(self.driver)
def test_A_000021(self):
"""" Confirm the Data Series Viewer application can't be sent more
than 10 time series records """
def oracle():
""" Checks that the Launch Tool is disabled """
self.assertTrue(Workspace.launch_is_disabled(self.driver))
Search.search_location(self.driver, "Panama City, Pana")
Search.search(self.driver)
Services.filters(self.driver, non_gridded_only=True)
Search.search(self.driver)
Filter.open(self.driver)
Filter.show_25(self.driver)
Filter.to_workspace_all(self.driver)
Workspace.select_all(self.driver)
Workspace.to_viewer(self.driver)
TestSystem.wait(10)
oracle()
def test_A_000005(self):
""" Confirms metadata and data availability for the NASA Goddard
Earth Sciences services, using the New Haven CT Site X416-Y130.
The two associated services are NLDAS Hourly NOAH Data and NLDAS
Hourly Primary Forcing Data
"""
def oracle():
""" The time series are sent to the workspace and processed,
resulting in a "completed" status for all time series
"""
self.assertEqual(Workspace.count_complete(self.driver, 6), 3)
Search.search_location(self.driver, 'New Haven ')
Services.filters(self.driver,
titles=[
'NLDAS Hourly NOAH Data',
'NLDAS Hourly Primary Forcing Data'
])
Filter.open(self.driver)
Filter.search_field(self.driver, 'X416-Y130')
Filter.to_workspace_cell_multi(self.driver, [1, 5, 9]) # rows 1, 5, 9
oracle()
def oracle():
""" Checks that Ok button of warning window is displayed """
# self.assertTrue(FilterModal.ok.is_visible(self.driver))
self.assertTrue(Filter.ok_is_visible(self.driver))
def test_A_000017(self):
""" Confirm Reset button clears Filter Results text and categorical
filters """
def oracle_results_count(expected_results, should_match):
if should_match:
self.assertEqual(Search.count_results(self.driver),
expected_results)
else:
self.assertNotEqual(Search.count_results(self.driver),
expected_results)
def oracle_data_prop_selection(data_props, should_be_selected):
""" Checks that filter options not selected """
for data_prop in data_props:
if should_be_selected:
self.assertTrue(
Filter.data_prop_is_selected(self.driver, data_prop))
else:
self.assertFalse(
Filter.data_prop_is_selected(self.driver, data_prop))
def oracle_data_service_selection(data_services, should_be_selected):
""" Checks that filter options not selected """
for data_service in data_services:
if should_be_selected:
self.assertTrue(
Filter.data_service_is_selected(
self.driver, data_service))
else:
self.assertFalse(
Filter.data_service_is_selected(
self.driver, data_service))
data_props = ["Data Type", "Sample Medium"]
data_services = ["Community Collaborative Rain, Hail and Snow Network"]
Search.search_location(self.driver, "Montreal ")
Search.search(self.driver)
expected_results = Search.count_results(self.driver)
Filter.open(self.driver)
Filter.selection(self.driver)
Filter.close(self.driver)
TestSystem.wait(5)
Search.reset(self.driver)
Search.search(self.driver)
oracle_results_count(expected_results, should_match=True)
Filter.open(self.driver)
Filter.find_in_table(self.driver, "DOLLARD")
oracle_results_count(expected_results, should_match=False)
Search.reset(self.driver)
Search.search(self.driver)
oracle_results_count(expected_results, should_match=True)
Filter.open(self.driver)
Filter.set_data_props(self.driver, data_props)
Filter.open(self.driver)
Filter.set_data_services(self.driver, data_services)
oracle_results_count(expected_results, should_match=False)
Filter.open(self.driver)
oracle_data_prop_selection(data_props, should_be_selected=True)
oracle_data_service_selection(data_services, should_be_selected=True)
Filter.close(self.driver)
Search.reset(self.driver)
Search.search(self.driver)
oracle_results_count(expected_results, should_match=True)
Filter.open(self.driver)
oracle_data_prop_selection(data_props, should_be_selected=False)
oracle_data_service_selection(data_services, should_be_selected=False)