def test_propertymanager_can_be_created_from_dict(self): values = {"int": 5, "float": 20.0, "str": 'a string'} pmgr = PropertyManager(values) self.assertEqual(len(pmgr), 3) self.assertEqual(5, pmgr["int"].value) self.assertEqual(20.0, pmgr["float"].value) self.assertEqual('a string', pmgr["str"].value)
def get_hidden_logs(self): """Returns a list of log names that should be hidden and not displayed""" hidden_logs = [] log_list = self.get_log_names() for log_name in log_list: if PropertyManager.isAnInvalidValuesFilterLog(log_name): hidden_logs.append(log_name) return hidden_logs
def runTest(self): red_man = PropertyManager() red_man_name = "__dgs_reduction_properties" pmds[red_man_name] = red_man if 'detvan' in mtd: detvan = mtd['detvan'] else: detvan = Load('MAP17186.raw') if 'sample' in mtd: sample = mtd['sample'] else: sample = Load('MAP17269.raw') # Libisis values to check against # All PropertyManager properties need to be set red_man["LowCounts"] = 1e-10 red_man["HighCounts"] = 1e10 red_man["LowOutlier"] = 0.01 red_man["HighOutlier"] = 100. red_man["ErrorBarCriterion"] = 0.0 red_man["MedianTestLow"] = 0.1 red_man["MedianTestHigh"] = 2.0 red_man["SamBkgMedianTestLow"] = 0.0 red_man["SamBkgMedianTestHigh"] = 1.5 red_man["SamBkgErrorbarCriterion"] = 3.3 red_man["RejectZeroBackground"] = True # Things needed to run vanadium reduction red_man["IncidentBeamNormalisation"] = "ToMonitor" red_man["DetVanIntRangeUnits"] = "Energy" # properties affecting diagnostics: #reducer.wb_integr_range = [20,300] red_man["DetVanIntRangeLow"] = 20. red_man["DetVanIntRangeHigh"] = 300. red_man["BackgroundCheck"] = True red_man["BackgroundTofStart"] = 12000. red_man["BackgroundTofEnd"] = 18000. #reducer.bkgd_range=[12000,18000] diag_mask = DgsDiagnose(DetVanWorkspace=detvan, SampleWorkspace=sample, ReductionProperties=red_man_name) MaskDetectors(sample, MaskedWorkspace=diag_mask) # Save the masked spectra numbers to a simple ASCII file for comparison self.saved_diag_file = os.path.join(config['defaultsave.directory'], 'CurrentDirectInelasticDiag2.txt') handle = file(self.saved_diag_file, 'w') for index in range(sample.getNumberHistograms()): if sample.getDetector(index).isMasked(): spec_no = sample.getSpectrum(index).getSpectrumNo() handle.write(str(spec_no) + '\n') handle.close()
def get_logs_with_invalid_data(self): """Returns a map of log names with invalid data, and the invalid filter logs The value of each log is the number of invalid entries, with -1 meaning all of the entries are invalid""" invalid_data_logs = {} log_list = self.get_log_names() for log_name in log_list: if PropertyManager.isAnInvalidValuesFilterLog(log_name): log = self.get_log(log_name) #determine if the entire log is invalid invalid_value_count = 0 for log_value in log.value: if not log_value: invalid_value_count += 1 if invalid_value_count == log.size(): invalid_value_count = -1 filtered_log = PropertyManager.getLogNameFromInvalidValuesFilter( log_name) if filtered_log: invalid_data_logs[filtered_log] = invalid_value_count return invalid_data_logs
def test_static_methods(self): test_log_name = "testLog" self.assertFalse(PropertyManager.isAnInvalidValuesFilterLog(test_log_name)) self.assertEqual(PropertyManager.getInvalidValuesFilterLogName(test_log_name), test_log_name + "_invalid_values") self.assertTrue(PropertyManager.isAnInvalidValuesFilterLog( PropertyManager.getInvalidValuesFilterLogName(test_log_name))) # not a valid invalid values log self.assertEqual( PropertyManager.getLogNameFromInvalidValuesFilter(test_log_name), "") # A valid invalid values log self.assertEqual( PropertyManager.getLogNameFromInvalidValuesFilter( PropertyManager.getInvalidValuesFilterLogName(test_log_name)), test_log_name)
def test_propertymanager_population(self): manager = PropertyManager() # check that it is empty self.assertEquals(manager.__len__(), 0) self.assertEquals(len(manager), 0) # add some values manager["f"] = 1. manager["i"] = 2 manager["s"] = "3" self.assertEquals(len(manager), 3) self.assertEquals(manager.propertyCount(), 3) # confirm they are in there self.assertTrue("f" in manager) self.assertTrue("i" in manager) self.assertTrue("s" in manager) self.assertFalse("nonsense" in manager) # check string return values self.assertEquals(manager.getPropertyValue("f"), "1") self.assertEquals(manager.getPropertyValue("i"), "2") self.assertEquals(manager.getPropertyValue("s"), "3") # check actual values self.assertEquals(manager.getProperty("f").value, 1.) self.assertEquals(manager.getProperty("i").value, 2) self.assertEquals(manager.getProperty("s").value, "3") # ...and accessing them through dict interface self.assertEquals(manager["f"].value, 1.) self.assertEquals(manager["i"].value, 2) self.assertEquals(manager["s"].value, "3") # see that you can get keys and values self.assertTrue(len(manager.values()), 3) keys = manager.keys() self.assertEquals(len(keys), 3) self.assertTrue("f" in keys) self.assertTrue("i" in keys) self.assertTrue("s" in keys) # check for members self.assertTrue(manager.has_key("f")) self.assertTrue(manager.has_key("i")) self.assertTrue(manager.has_key("s")) self.assertFalse(manager.has_key("q")) self.assertTrue("f" in manager) self.assertTrue("i" in manager) self.assertTrue("s" in manager) self.assertFalse("q" in manager) # check for delete self.assertTrue(len(manager), 3) del manager["f"] self.assertTrue(len(manager), 2)
def test_propertymanager_cannot_be_created_from_arbitrary_sequence(self): with self.assertRaises(Exception): PropertyManager((1,2,3,4,5))
def test_propertymanager_population(self): manager = PropertyManager() # check that it is empty self.assertEquals(manager.__len__(), 0) self.assertEquals(len(manager), 0) # add some values manager["f"] = 1. manager["i"] = 2 manager["s"] = "3" self.assertEquals(len(manager), 3) self.assertEquals(manager.propertyCount(), 3) # confirm they are in there self.assertTrue("f" in manager) self.assertTrue("i" in manager) self.assertTrue("s" in manager) self.assertFalse("nonsense" in manager) # check string return values self.assertEquals(manager.getPropertyValue("f"), "1") self.assertEquals(manager.getPropertyValue("i"), "2") self.assertEquals(manager.getPropertyValue("s"), "3") # check actual values self.assertEquals(manager.getProperty("f").value, 1.) self.assertEquals(manager.getProperty("i").value, 2) self.assertEquals(manager.getProperty("s").value, "3") # ...and accessing them through dict interface self.assertEquals(manager["f"].value, 1.) self.assertEquals(manager["i"].value, 2) self.assertEquals(manager["s"].value, "3") # see that you can get keys and values self.assertTrue(len(manager.values()), 3) keys = manager.keys() self.assertEquals(len(keys), 3) self.assertTrue("f" in keys) self.assertTrue("i" in keys) self.assertTrue("s" in keys) # check for members self.assertTrue(manager.has_key("f")) self.assertTrue(manager.has_key("i")) self.assertTrue(manager.has_key("s")) self.assertFalse(manager.has_key("q")) self.assertTrue("f" in manager) self.assertTrue("i" in manager) self.assertTrue("s" in manager) self.assertFalse("q" in manager) # check for delete self.assertTrue(len(manager), 3) del manager["f"] self.assertTrue(len(manager), 2)
def test_add_existing_mgr_object(self): name = "PropertyManagerDataServiceTest_test_add_existing_mgr_object" values = {'key': 100.5} mgr = PropertyManager(values) self._do_add_test(name, mgr)
def test_set_property_on_algorithm_property_manager(self): # set the property directly from a PropertyManager fake = FakeAlgorithm() fake.initialize() fake.setProperty("Args", PropertyManager())