private void checkValueCount(ConfigurationProperty p, List<String> values) throws InterpreterPropertyException { if (values.size() < p.getMinValueCount()) { throw new InterpreterPropertyException( "At least " + p.getMinValueCount() + " value(s) must be supplied for the property " + p); } else if (values.size() > p.getMaxValueCount()) { throw new InterpreterPropertyException( "At most " + p.getMaxValueCount() + " value(s) must be supplied for the property " + p); } }
private void expectProperty(String propertyName, String propertyValue) { try { ConfigurationProperty configurationProperty = mock(ConfigurationProperty.class, propertyName + "config-property"); when(mockPropertyOracle().getConfigurationProperty(propertyName)) .thenReturn(configurationProperty); when(configurationProperty.getValues()).thenReturn(Arrays.asList(propertyValue)); } catch (BadPropertyValueException e) { } }
public void testWritesTargetLibraryProperties() throws UnableToCompleteException { compilerContext = compilerContextBuilder.compileMonolithic(false).build(); ModuleDef libraryOneModule = ModuleDefLoader.loadFromClassPath( TreeLogger.NULL, compilerContext, "com.google.gwt.dev.cfg.testdata.separate.libraryone.LibraryOne", false); // Library one sees all defined values for the "libraryTwoProperty" binding property and knows // which one was defined in this target library. for (BindingProperty bindingProperty : libraryOneModule.getProperties().getBindingProperties()) { if (!bindingProperty.getName().equals("libraryTwoProperty")) { continue; } assertEquals( Sets.newHashSet(bindingProperty.getDefinedValues()), Sets.newHashSet("yes", "no", "maybe")); assertEquals( Sets.newHashSet(bindingProperty.getTargetLibraryDefinedValues()), Sets.newHashSet("maybe")); } // Library one added a new defined value of "maybe" for the "libraryTwoProperty" binding // property. assertEquals( Sets.newHashSet( mockLibraryWriter.getNewBindingPropertyValuesByName().get("libraryTwoProperty")), Sets.newHashSet("maybe")); // Library one sees all defined values for the "libraryTwoConfigProperty" property and knows // which one was defined in this target library. for (ConfigurationProperty configurationProperty : libraryOneModule.getProperties().getConfigurationProperties()) { if (!configurationProperty.getName().equals("libraryTwoConfigProperty")) { continue; } assertEquals(Sets.newHashSet(configurationProperty.getValues()), Sets.newHashSet("false")); assertEquals( Sets.newHashSet(configurationProperty.getTargetLibraryValues()), Sets.newHashSet("false")); } // Library one added a new defined value of "maybe" for the "libraryTwoConfigProperty" // property. assertEquals( Sets.newHashSet( mockLibraryWriter .getNewConfigurationPropertyValuesByName() .get("libraryTwoConfigProperty")), Sets.newHashSet("false")); }
@Test public void shouldNotCreatePackageRepositoryWhenRepositoryHasDuplicateConfigurationProperties() throws Exception { ConfigurationProperty property = new ConfigurationProperty(new ConfigurationKey("foo"), new ConfigurationValue("bar")); Configuration configuration = new Configuration(property, property); packageRepository.setConfiguration(configuration); CreatePackageRepositoryCommand command = new CreatePackageRepositoryCommand( goConfigService, packageRepositoryService, packageRepository, currentUser, result); assertFalse(command.isValid(cruiseConfig)); assertThat( property.errors().firstError(), is("Duplicate key 'foo' found for Repository 'npmOrg'")); }
private void checkValues(ConfigurationProperty p, List<String> values) throws InterpreterPropertyException { Pattern pattern = Pattern.compile(p.getValidatingExpression()); for (String value : values) { Matcher m = pattern.matcher(value); if (!m.matches()) { throw new InterpreterPropertyException( "Could not parse the value for interpreter property " + p + " expected to be in the form " + p.getExample()); } } }
private void mergeValues( List<String> valuesFromSource, ConfigurationProperty p, List<String> vals) { switch (p.getPropertySourceMode()) { case APPEND: vals.addAll(valuesFromSource); break; case OVERRIDE: vals.clear(); vals.addAll(valuesFromSource); break; default: throw new UnsupportedOperationException("Unknown source mode " + p.getPropertySourceMode()); } }
private void checkIfMandatory( Map<ConfigurationProperty, List<String>> results, ConfigurationProperty p) throws InterpreterPropertyException { if (p.isMandatory() && !results.containsKey(p)) { throw new InterpreterPropertyException( "Mandatory property " + p + " was not set. " + "You can set this property with the -" + p.getSwitchName() + " switch, " + "the -" + p.getSwitchShortName() + " switch or the " + p.getSystemProperty() + " system property"); } }
private String getSystemPropertyName(VariantType type, ConfigurationProperty property) { return String.format("aerogear.%s.%s", type.getTypeName(), property.toString()); }