def test_ac_provider_specific_max_results_setting(self):
"""
Autocompleter/Provider specific MAX_RESULTS is respected
"""
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches), 10)
registry.set_ac_provider_setting("stock", StockAutocompleteProvider, 'MAX_RESULTS', 5)
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches), 5)
# Must set the setting back to where it was as it will persist
registry.del_ac_provider_setting("stock", StockAutocompleteProvider, 'MAX_RESULTS')
def test_ac_provider_specific_max_results_setting(self):
"""
Autocompleter/Provider specific MAX_RESULTS is respected
"""
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches), 10)
registry.set_ac_provider_setting("stock", StockAutocompleteProvider, 'MAX_RESULTS', 5)
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches), 5)
# Must set the setting back to where it was as it will persist
registry.del_ac_provider_setting("stock", StockAutocompleteProvider, 'MAX_RESULTS')
def test_ac_provider_specific_min_letters_setting(self):
"""
Autocompleter/Provider specific MIN_LETTERS is respected in multi-type search case.
"""
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches['stock']), 10)
self.assertEqual(len(matches['ind']), 10)
registry.set_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MIN_LETTERS', 2)
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches), 10)
self.assertEqual('ind' not in matches, True)
registry.del_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MIN_LETTERS')
def test_ac_provider_specific_min_letters_setting(self):
"""
Autocompleter/Provider specific MIN_LETTERS is respected in multi-type search case.
"""
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches['stock']), 6)
self.assertEqual(len(matches['ind']), 4)
registry.set_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MIN_LETTERS', 2)
registry.set_ac_provider_setting("mixed", CalcAutocompleteProvider, 'MIN_LETTERS', 2)
matches = self.autocomp.suggest('a')
self.assertEqual(len(matches), 10)
self.assertEqual('ind' not in matches, True)
registry.del_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MIN_LETTERS')
registry.del_ac_provider_setting("mixed", CalcAutocompleteProvider, 'MIN_LETTERS')
def test_matching_with_uneven_max_results_cap_and_elasticity(self):
"""
Test uneven redistribution of surplus result slots
"""
registry.set_ac_provider_setting("mixed",
IndicatorAutocompleteProvider,
'MAX_RESULTS', 5)
registry.set_ac_provider_setting("mixed", StockAutocompleteProvider,
'MAX_RESULTS', 4)
registry.set_ac_provider_setting("mixed", CalcAutocompleteProvider,
'MAX_RESULTS', 6)
setattr(auto_settings, 'ELASTIC_RESULTS', True)
matches = self.autocomp.suggest('pe')
self.assertEqual(len(matches['stock']), 5)
self.assertEqual(len(matches['ind']), 9)
self.assertEqual(len(matches['metric']), 1)
setattr(auto_settings, 'ELASTIC_RESULTS', False)
registry.del_ac_provider_setting("mixed",
IndicatorAutocompleteProvider,
'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", StockAutocompleteProvider,
'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", CalcAutocompleteProvider,
'MAX_RESULTS')
def test_matching_with_max_results_cap(self):
"""
Test that basic matching with results limit works
"""
registry.set_ac_provider_setting("mixed",
IndicatorAutocompleteProvider,
'MAX_RESULTS', 5)
registry.set_ac_provider_setting("mixed", StockAutocompleteProvider,
'MAX_RESULTS', 5)
registry.set_ac_provider_setting("mixed", CalcAutocompleteProvider,
'MAX_RESULTS', 5)
matches = self.autocomp.suggest('pe')
self.assertEqual(len(matches['stock']), 5)
self.assertEqual(len(matches['ind']), 5)
self.assertEqual(len(matches['metric']), 1)
registry.del_ac_provider_setting("mixed",
IndicatorAutocompleteProvider,
'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", StockAutocompleteProvider,
'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", CalcAutocompleteProvider,
'MAX_RESULTS')
def test_matching_with_max_results_cap(self):
"""
Test that basic matching with results limit works
"""
registry.set_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MAX_RESULTS', 5)
registry.set_ac_provider_setting("mixed", StockAutocompleteProvider, 'MAX_RESULTS', 5)
registry.set_ac_provider_setting("mixed", CalcAutocompleteProvider, 'MAX_RESULTS', 5)
matches = self.autocomp.suggest('pe')
self.assertEqual(len(matches['stock']), 5)
self.assertEqual(len(matches['ind']), 5)
self.assertEqual(len(matches['metric']), 1)
registry.del_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", StockAutocompleteProvider, 'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", CalcAutocompleteProvider, 'MAX_RESULTS')
def test_matching_with_uneven_max_results_cap_and_elasticity(self):
"""
Test uneven redistribution of surplus result slots
"""
registry.set_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MAX_RESULTS',5)
registry.set_ac_provider_setting("mixed", StockAutocompleteProvider, 'MAX_RESULTS', 4)
registry.set_ac_provider_setting("mixed", CalcAutocompleteProvider, 'MAX_RESULTS', 6)
setattr(auto_settings, 'ELASTIC_RESULTS', True)
matches = self.autocomp.suggest('pe')
self.assertEqual(len(matches['stock']), 5)
self.assertEqual(len(matches['ind']), 9)
self.assertEqual(len(matches['metric']), 1)
setattr(auto_settings, 'ELASTIC_RESULTS', False)
registry.del_ac_provider_setting("mixed", IndicatorAutocompleteProvider, 'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", StockAutocompleteProvider, 'MAX_RESULTS')
registry.del_ac_provider_setting("mixed", CalcAutocompleteProvider, 'MAX_RESULTS')