List of usage examples for org.apache.commons.beanutils PropertyUtils isReadable
public static boolean isReadable(Object bean, String name)
Return true if the specified property name identifies a readable property on the specified bean; otherwise, return false.
For more details see PropertyUtilsBean.
From source file:de.alpharogroup.lang.object.MergeObjectExtensions.java
/** * Merge the given property to the given 'to' object with the given 'with' object. * * @param <TO>// w w w . j a v a 2 s.com * the generic type of the object to merge in * @param <WITH> * the generic type of the object to merge with * @param toObject * the object to merge in * @param withObject * the object to merge with * @param propertyDescriptor * the property descriptor * @throws InvocationTargetException * if the property accessor method throws an exception * @throws IllegalAccessException * if the caller does not have access to the property accessor method */ public static final <TO, WITH> void mergeProperty(final TO toObject, final WITH withObject, final PropertyDescriptor propertyDescriptor) throws IllegalAccessException, InvocationTargetException { if (PropertyUtils.isReadable(toObject, propertyDescriptor.getName()) && PropertyUtils.isWriteable(toObject, propertyDescriptor.getName())) { final Method getter = propertyDescriptor.getReadMethod(); final Object value = getter.invoke(withObject); if (!value.isDefaultValue()) { final Method setter = propertyDescriptor.getWriteMethod(); setter.invoke(toObject, value); } } }
From source file:com.afeng.common.utils.reflection.MyBeanUtils.java
/** * ?/*w w w. java 2 s . co m*/ * ??? * * @param databean * @param tobean * @throws NoSuchMethodException * copy */ public static void copyBeanNotNull2Bean(Object databean, Object tobean) throws Exception { PropertyDescriptor origDescriptors[] = PropertyUtils.getPropertyDescriptors(databean); for (int i = 0; i < origDescriptors.length; i++) { String name = origDescriptors[i].getName(); // String type = origDescriptors[i].getPropertyType().toString(); if ("class".equals(name)) { continue; // No point in trying to set an object's class } if (PropertyUtils.isReadable(databean, name) && PropertyUtils.isWriteable(tobean, name)) { try { Object value = PropertyUtils.getSimpleProperty(databean, name); if (value != null) { copyProperty(tobean, name, value); } } catch (IllegalArgumentException ie) { ; // Should not happen } catch (Exception e) { ; // Should not happen } } } }
From source file:com.eryansky.common.utils.reflection.MyBeanUtils.java
/** * ?/*from www . j av a2 s.c o m*/ * ??? * * @param databean * @param tobean * @throws NoSuchMethodException * copy */ public static void copyBeanNotNull2Bean(Object databean, Object tobean) throws Exception { PropertyDescriptor origDescriptors[] = PropertyUtils.getPropertyDescriptors(databean); for (int i = 0; i < origDescriptors.length; i++) { String name = origDescriptors[i].getName(); // String type = origDescriptors[i].getPropertyType().toString(); if ("class".equals(name)) { continue; // No point in trying to set an object's class } if (PropertyUtils.isReadable(databean, name) && PropertyUtils.isWriteable(tobean, name)) { try { Object value = PropertyUtils.getSimpleProperty(databean, name); if (value != null) { copyProperty(tobean, name, value); } } catch (java.lang.IllegalArgumentException ie) { ; // Should not happen } catch (Exception e) { ; // Should not happen } } } }
From source file:jp.go.nict.langrid.p2pgridbasis.data.langrid.converter.ConvertUtil.java
static public DataAttributes encode(Object data) throws DataConvertException { setLangridConverter();//w w w .ja va 2 s .c o m logger.debug("##### encode #####"); try { DataAttributes attr = new DataAttributes(); for (PropertyDescriptor descriptor : PropertyUtils.getPropertyDescriptors(data)) { if (PropertyUtils.isReadable(data, descriptor.getName())) { if (descriptor.getName().equalsIgnoreCase("supportedLanguages")) { //supportedLanguages attr.setAttribute(descriptor.getName(), (String) converter.lookup(descriptor.getPropertyType()).convert(String.class, PropertyUtils.getProperty(data, descriptor.getName()))); continue; } else if (descriptor.getName().equalsIgnoreCase("instance")) { // // continue; } else if (descriptor.getName().equalsIgnoreCase("wsdl")) { // // continue; } else if (descriptor.getName().equalsIgnoreCase("interfaceDefinitions")) { // // ServiceType type = (ServiceType) data; Map<String, ServiceInterfaceDefinition> map = new HashMap<String, ServiceInterfaceDefinition>(); map = type.getInterfaceDefinitions(); String str = ""; try { for (ServiceInterfaceDefinition s : map.values()) { str = str + "ProtocolId=" + s.getProtocolId() + "\n"; str = str + "Definition=" + Base64.encode(StreamUtil.readAsBytes(s.getDefinition().getBinaryStream())) + "\n"; str = str + "###ServiceInterfaceDefinition###\n"; } } catch (IOException e) { e.printStackTrace(); } catch (SQLException e) { e.printStackTrace(); } attr.setAttribute("interfaceDefinition_list", str); continue; } else if (descriptor.getName().equalsIgnoreCase("allowedAppProvision")) { Service s = (Service) data; String value = ""; for (String str : s.getAllowedAppProvision()) { value = value + str + "\n"; } attr.setAttribute("allowedAppProvision", value); continue; } else if (descriptor.getName().equalsIgnoreCase("allowedUse")) { Service s = (Service) data; String value = ""; for (String str : s.getAllowedUse()) { value = value + str + "\n"; } attr.setAttribute("allowedUse", value); continue; } else if (descriptor.getName().equalsIgnoreCase("supportedDomains")) { Grid g = (Grid) data; List<Domain> list = g.getSupportedDomains(); String value = ""; for (Domain d : list) { value = value + d.getDomainId() + "\n"; } attr.setAttribute("supportedDomain_list", value); continue; } else if (descriptor.getName().equalsIgnoreCase("partnerServiceNamespaceURIs")) { //partnerServiceNamespaceURIs BPELService s = (BPELService) data; List<String> list = s.getPartnerServiceNamespaceURIs(); String value = ""; for (String str : list) { value = value + str + "\n"; } attr.setAttribute("partnerServiceNamespaceURI_list", value); continue; } else if (descriptor.getName().equalsIgnoreCase("serviceDeployments")) { //ServiceDeployment Service s = (Service) data; String str = ""; for (ServiceDeployment sd : s.getServiceDeployments()) { str = str + "GridId=" + sd.getGridId() + "\n"; str = str + "ServiceId=" + sd.getServiceId() + "\n"; str = str + "NodeId=" + sd.getNodeId() + "\n"; str = str + "ServicePath=" + sd.getServicePath() + "\n"; str = str + "Enabled=" + String.valueOf(sd.isEnabled()) + "\n"; str = str + "CreateTime=" + String.valueOf(sd.getCreatedDateTime().getTimeInMillis()) + "\n"; str = str + "UpdateTime=" + String.valueOf(sd.getUpdatedDateTime().getTimeInMillis()) + "\n"; if (sd.getDisabledByErrorDate() != null) { str = str + "ErrorDate=" + String.valueOf(sd.getDisabledByErrorDate().getTimeInMillis()) + "\n"; } if (sd.getDeployedDateTime() != null) { str = str + "DeployedTime=" + String.valueOf(sd.getDeployedDateTime().getTimeInMillis()) + "\n"; } str = str + "###ServiceDeployment###\n"; } attr.setAttribute("deployment_list", str); continue; } else if (descriptor.getName().equalsIgnoreCase("serviceEndpoints")) { //ServiceEndpoint StringBuilder str = new StringBuilder(); Service s = (Service) data; for (ServiceEndpoint se : s.getServiceEndpoints()) { str.append("GridId=" + se.getGridId() + "\n"); str.append("ProtocolId=" + se.getProtocolId() + "\n"); str.append("ServiceId=" + se.getServiceId() + "\n"); str.append("Enabled=" + String.valueOf(se.isEnabled()) + "\n"); str.append("Url=" + se.getUrl().toString() + "\n"); str.append("AuthUserName=" + se.getAuthUserName() + "\n"); str.append("AuthPassword=" + se.getAuthPassword() + "\n"); str.append("DisableReason=" + se.getDisableReason() + "\n"); str.append("CreateTime=" + String.valueOf(se.getCreatedDateTime().getTimeInMillis()) + "\n"); str.append("UpdateTime=" + String.valueOf(se.getUpdatedDateTime().getTimeInMillis()) + "\n"); if (se.getDisabledByErrorDate() != null) { str.append("ErrorDate=" + String.valueOf(se.getDisabledByErrorDate().getTimeInMillis()) + "\n"); } str.append("###ServiceEndpoint###\n"); } attr.setAttribute("endpoint_list", str.toString()); continue; } else if (descriptor.getName().equalsIgnoreCase("invocations")) { //Invocation String str = ""; Service s = (Service) data; for (Invocation in : s.getInvocations()) { str = str + "InvocationName=" + in.getInvocationName() + "\n"; str = str + "OwnerServiceGridId=" + in.getOwnerServiceGridId() + "\n"; str = str + "OwnerServiceId=" + in.getOwnerServiceId() + "\n"; str = str + "ServiceGridId=" + in.getServiceGridId() + "\n"; str = str + "ServiceId=" + in.getServiceId() + "\n"; str = str + "ServiceName=" + in.getServiceName() + "\n"; str = str + "CreateTime=" + String.valueOf(in.getCreatedDateTime().getTimeInMillis()) + "\n"; str = str + "UpdateTime=" + String.valueOf(in.getUpdatedDateTime().getTimeInMillis()) + "\n"; str = str + "###Invocation###\n"; } attr.setAttribute("invocations_list", str); continue; } else if (descriptor.getName().equalsIgnoreCase("metaAttributes")) { //metaAttributes String str = ""; if (data.getClass().getName().endsWith("ResourceType")) { ResourceType r = (ResourceType) data; for (ResourceMetaAttribute a : r.getMetaAttributes().values()) { str = str + "DomainId=" + a.getDomainId() + "\n"; str = str + "AttributeId=" + a.getAttributeId() + "\n"; str = str + "###MetaAttribute###\n"; } } else if (data.getClass().getName().endsWith("ServiceType")) { ServiceType s = (ServiceType) data; for (ServiceMetaAttribute a : s.getMetaAttributes().values()) { str = str + "DomainId=" + a.getDomainId() + "\n"; str = str + "AttributeId=" + a.getAttributeId() + "\n"; str = str + "###MetaAttribute###\n"; } } else { logger.info("metaAttributes : " + data.getClass().getName()); } attr.setAttribute("metaAttribute_list", str); continue; } else if (descriptor.getName().equalsIgnoreCase("attributes")) { //attribute String str = ""; if (data.getClass().getName().endsWith("User")) { User u = (User) data; for (UserAttribute a : u.getAttributes()) { str = str + "attribute_GridId=" + a.getGridId() + "\n"; str = str + "attribute_Id=" + a.getUserId() + "\n"; str = str + "attribute_Name=" + a.getName() + "\n"; str = str + "attribute_Value=" + a.getValue() + "\n"; str = str + "attribute_CreateTime=" + String.valueOf(a.getCreatedDateTime().getTimeInMillis()) + "\n"; str = str + "attribute_UpdateTime=" + String.valueOf(a.getUpdatedDateTime().getTimeInMillis()) + "\n"; str = str + "###Attribute###\n"; } } else if (data.getClass().getName().endsWith("Service")) { Service s = (Service) data; for (ServiceAttribute a : s.getAttributes()) { str = str + "attribute_GridId=" + a.getGridId() + "\n"; str = str + "attribute_Id=" + a.getServiceId() + "\n"; str = str + "attribute_Name=" + a.getName() + "\n"; str = str + "attribute_Value=" + a.getValue() + "\n"; str = str + "attribute_CreateTime=" + String.valueOf(a.getCreatedDateTime().getTimeInMillis()) + "\n"; str = str + "attribute_UpdateTime=" + String.valueOf(a.getUpdatedDateTime().getTimeInMillis()) + "\n"; str = str + "###Attribute###\n"; } } else if (data.getClass().getName().endsWith("Node")) { Node s = (Node) data; for (NodeAttribute a : s.getAttributes()) { str = str + "attribute_GridId=" + a.getGridId() + "\n"; str = str + "attribute_Id=" + a.getNodeId() + "\n"; str = str + "attribute_Name=" + a.getName() + "\n"; str = str + "attribute_Value=" + a.getValue() + "\n"; str = str + "attribute_CreateTime=" + String.valueOf(a.getCreatedDateTime().getTimeInMillis()) + "\n"; str = str + "attribute_UpdateTime=" + String.valueOf(a.getUpdatedDateTime().getTimeInMillis()) + "\n"; str = str + "###Attribute###\n"; } } else if (data.getClass().getName().endsWith("Grid")) { Grid s = (Grid) data; for (GridAttribute a : s.getAttributes()) { str = str + "attribute_GridId=" + a.getGridId() + "\n"; str = str + "attribute_Name=" + a.getName() + "\n"; str = str + "attribute_Value=" + a.getValue() + "\n"; str = str + "attribute_CreateTime=" + String.valueOf(a.getCreatedDateTime().getTimeInMillis()) + "\n"; str = str + "attribute_UpdateTime=" + String.valueOf(a.getUpdatedDateTime().getTimeInMillis()) + "\n"; str = str + "###Attribute###\n"; } } else if (data.getClass().getName().endsWith("Resource")) { Resource s = (Resource) data; for (ResourceAttribute a : s.getAttributes()) { str = str + "attribute_GridId=" + a.getGridId() + "\n"; str = str + "attribute_Id=" + a.getResourceId() + "\n"; str = str + "attribute_Name=" + a.getName() + "\n"; str = str + "attribute_Value=" + a.getValue() + "\n"; str = str + "attribute_CreateTime=" + String.valueOf(a.getCreatedDateTime().getTimeInMillis()) + "\n"; str = str + "attribute_UpdateTime=" + String.valueOf(a.getUpdatedDateTime().getTimeInMillis()) + "\n"; str = str + "###Attribute###\n"; } } attr.setAttribute("attribute_list", str); continue; } else if (data instanceof Service && (descriptor.getName().equals("alternateServiceId") || descriptor.getName().equals("useAlternateServices"))) { // // continue; } //Read OK if (data instanceof BPELService && descriptor.getName().equals("transferExecution")) { // ignore } else { attr.setAttribute(descriptor.getName(), BeanUtils.getProperty(data, descriptor.getName())); } } else if (descriptor.getPropertyType().isArray()) { logger.debug("name : " + descriptor.getName() + " isArray"); // // attr.setAttribute(descriptor.getName(), (String) converter.lookup(descriptor.getPropertyType()) .convert(String.class, PropertyUtils.getProperty(data, descriptor.getName()))); } else { logger.debug("Name : " + descriptor.getName()); for (Method m : data.getClass().getMethods()) { if (m.getName().equalsIgnoreCase("get" + descriptor.getName()) || m.getName().equalsIgnoreCase("is" + descriptor.getName())) { if (m.getParameterTypes().length != 0) { // // logger.debug("class : " + data.getClass().getName()); logger.debug("?:Skip"); break; } else { // // logger.debug("value : " + m.invoke(data)); } attr.setAttribute(descriptor.getName(), m.invoke(data).toString()); break; } } } } return attr; } catch (InvocationTargetException e) { throw new DataConvertException(e); } catch (IllegalArgumentException e) { throw new DataConvertException(e); } catch (IllegalAccessException e) { throw new DataConvertException(e); } catch (NoSuchMethodException e) { throw new DataConvertException(e); } }
From source file:com.prashsoft.javakiva.LenderUtil.java
public List getLendersDetails(String lenderIds) { JSONObject jsonObject;/*from w w w . j ava 2 s.c om*/ List lenders = new ArrayList(); String urlSuffix = "lenders"; String urlMethod = lenderIds; Object bean = KivaUtil.getBeanResponse(urlSuffix, urlMethod, null); if (!(PropertyUtils.isReadable(bean, "lenders"))) return null; List jsonLenders = (List) KivaUtil.getBeanProperty(bean, "lenders"); if (jsonLenders == null || jsonLenders.size() == 0) return null; Iterator lenderIter = jsonLenders.iterator(); while (lenderIter.hasNext()) { jsonObject = JSONObject.fromObject(lenderIter.next()); bean = JSONObject.toBean(jsonObject); Lender lender = getLender(bean); lenders.add(lender); } return lenders; }
From source file:ca.sqlpower.testutil.TestUtils.java
/** * Gets all the settable properties on the given target object * which are not in the given ignore set, and stuffs them into a Map. * //from w w w. j av a 2 s . c o m * @param target The object to change the properties of * @param propertiesToIgnore The properties of target not to modify or read * @return The aforementioned stuffed map */ public static Map<String, Object> getAllInterestingProperties(Object target, Set<String> propertiesToIgnore) throws IllegalAccessException, InvocationTargetException, NoSuchMethodException { Map<String, Object> newDescription = new HashMap<String, Object>(); PropertyDescriptor[] props = PropertyUtils.getPropertyDescriptors(target); for (int i = 0; i < props.length; i++) { if (PropertyUtils.isReadable(target, props[i].getName()) && props[i].getReadMethod() != null && !propertiesToIgnore.contains(props[i].getName())) { newDescription.put(props[i].getName(), PropertyUtils.getProperty(target, props[i].getName())); } } return newDescription; }
From source file:com.redhat.rcm.maven.plugin.buildmetadata.maven.MavenPropertyHelper.java
/** * Returns a property from the project instance. *//* w w w. j a va 2 s .c o m*/ private String getProjectProperty(final String name) { final String projectName = name.substring(PROJECT_PROPERTY_NAME_PREFIX_LENGTH); if (PropertyUtils.isReadable(project, projectName)) { try { return getProjectProperty(project, projectName); } catch (final Exception e) { throw new IllegalStateException("Cannot access project property '" + name + "'."); } } return null; }
From source file:com.prashsoft.javakiva.LenderUtil.java
public List<Lender> getLendersFromBean(Object bean) { if (!(PropertyUtils.isReadable(bean, "lenders"))) return null; List jsonLenders = (List) KivaUtil.getBeanProperty(bean, "lenders"); if (jsonLenders == null || jsonLenders.size() == 0) return null; List<Lender> lenders = new ArrayList<Lender>(); JSONObject jsonObject;//from w ww . j av a 2 s . c om Lender lender; // Iterator lenderIter = jsonLenders.iterator(); // while (lenderIter.hasNext()) { for (Object jsonLender : jsonLenders) { jsonObject = JSONObject.fromObject(jsonLender); bean = JSONObject.toBean(jsonObject); // lender = getLenderDetails((String) KivaUtil.getBeanProperty(bean, "lender_id")); // lenders.add(lender); String lender_id = (String) KivaUtil.getBeanProperty(bean, "lender_id"); if (StringUtils.isNotBlank(lender_id)) { lender = getLenderDetails(lender_id); lenders.add(lender); } } return lenders; }
From source file:com.erudika.para.utils.ValidationUtils.java
/** * Validates objects./*from w ww .j a v a 2 s . c om*/ * @param content an object to be validated * @param app the current app * @return a list of error messages or empty if object is valid */ public static String[] validateObject(App app, ParaObject content) { if (content == null || app == null) { return new String[] { "Object cannot be null." }; } try { String type = content.getType(); boolean isCustomType = (content instanceof Sysprop) && !type.equals(Utils.type(Sysprop.class)); // Validate custom types and user-defined properties if (!app.getValidationConstraints().isEmpty() && isCustomType) { Map<String, Map<String, Map<String, Object>>> fieldsMap = app.getValidationConstraints().get(type); if (fieldsMap != null && !fieldsMap.isEmpty()) { ArrayList<String> errors = new ArrayList<String>(); for (Map.Entry<String, Map<String, Map<String, Object>>> e : fieldsMap.entrySet()) { String field = e.getKey(); Object actualValue = ((Sysprop) content).getProperty(field); // overriding core property validation rules is allowed if (actualValue == null && PropertyUtils.isReadable(content, field)) { actualValue = PropertyUtils.getProperty(content, field); } Map<String, Map<String, Object>> consMap = e.getValue(); for (Map.Entry<String, Map<String, Object>> constraint : consMap.entrySet()) { String consName = constraint.getKey(); Map<String, Object> vals = constraint.getValue(); if (vals == null) { vals = Collections.emptyMap(); } Object val = vals.get("value"); Object min = vals.get("min"); Object max = vals.get("max"); Object in = vals.get("integer"); Object fr = vals.get("fraction"); if ("required".equals(consName) && !required().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} is required.", field)); } else if (matches(Min.class, consName) && !min(val).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} must be a number larger than {1}.", field, val)); } else if (matches(Max.class, consName) && !max(val).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} must be a number smaller than {1}.", field, val)); } else if (matches(Size.class, consName) && !size(min, max).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} must be between {1} and {2}.", field, min, max)); } else if (matches(Email.class, consName) && !email().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} is not a valid email.", field)); } else if (matches(Digits.class, consName) && !digits(in, fr).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} is not a valid number or within range.", field)); } else if (matches(Pattern.class, consName) && !pattern(val).isValid(actualValue)) { errors.add(Utils.formatMessage("{0} doesn't match the pattern {1}.", field, val)); } else if (matches(AssertFalse.class, consName) && !falsy().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be false.", field)); } else if (matches(AssertTrue.class, consName) && !truthy().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be true.", field)); } else if (matches(Future.class, consName) && !future().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be in the future.", field)); } else if (matches(Past.class, consName) && !past().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be in the past.", field)); } else if (matches(URL.class, consName) && !url().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} is not a valid URL.", field)); } } } if (!errors.isEmpty()) { return errors.toArray(new String[0]); } } } } catch (Exception ex) { logger.error(null, ex); } return validateObject(content); }
From source file:com.erudika.para.validation.ValidationUtils.java
/** * Validates objects./*w ww . j a va 2 s . c o m*/ * @param content an object to be validated * @param app the current app * @return a list of error messages or empty if object is valid */ public static String[] validateObject(App app, ParaObject content) { if (content == null || app == null) { return new String[] { "Object cannot be null." }; } try { String type = content.getType(); boolean isCustomType = (content instanceof Sysprop) && !type.equals(Utils.type(Sysprop.class)); // Validate custom types and user-defined properties if (!app.getValidationConstraints().isEmpty() && isCustomType) { Map<String, Map<String, Map<String, ?>>> fieldsMap = app.getValidationConstraints().get(type); if (fieldsMap != null && !fieldsMap.isEmpty()) { LinkedList<String> errors = new LinkedList<String>(); for (Map.Entry<String, Map<String, Map<String, ?>>> e : fieldsMap.entrySet()) { String field = e.getKey(); Object actualValue = ((Sysprop) content).getProperty(field); // overriding core property validation rules is allowed if (actualValue == null && PropertyUtils.isReadable(content, field)) { actualValue = PropertyUtils.getProperty(content, field); } Map<String, Map<String, ?>> consMap = e.getValue(); for (Map.Entry<String, Map<String, ?>> constraint : consMap.entrySet()) { String consName = constraint.getKey(); Map<String, ?> vals = constraint.getValue(); if (vals == null) { vals = Collections.emptyMap(); } Object val = vals.get("value"); Object min = vals.get("min"); Object max = vals.get("max"); Object in = vals.get("integer"); Object fr = vals.get("fraction"); if ("required".equals(consName) && !required().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} is required.", field)); } else if (matches(Min.class, consName) && !min(val).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} must be a number larger than {1}.", field, val)); } else if (matches(Max.class, consName) && !max(val).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} must be a number smaller than {1}.", field, val)); } else if (matches(Size.class, consName) && !size(min, max).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} must be between {1} and {2}.", field, min, max)); } else if (matches(Email.class, consName) && !email().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} is not a valid email.", field)); } else if (matches(Digits.class, consName) && !digits(in, fr).isValid(actualValue)) { errors.add( Utils.formatMessage("{0} is not a valid number or within range.", field)); } else if (matches(Pattern.class, consName) && !pattern(val).isValid(actualValue)) { errors.add(Utils.formatMessage("{0} doesn't match the pattern {1}.", field, val)); } else if (matches(AssertFalse.class, consName) && !falsy().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be false.", field)); } else if (matches(AssertTrue.class, consName) && !truthy().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be true.", field)); } else if (matches(Future.class, consName) && !future().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be in the future.", field)); } else if (matches(Past.class, consName) && !past().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} must be in the past.", field)); } else if (matches(URL.class, consName) && !url().isValid(actualValue)) { errors.add(Utils.formatMessage("{0} is not a valid URL.", field)); } } } if (!errors.isEmpty()) { return errors.toArray(new String[0]); } } } } catch (Exception ex) { logger.error(null, ex); } return validateObject(content); }