Coverage Report

 /**
  * Copyright 2010 The Kuali Foundation Licensed under the
  * Educational Community License, Version 2.0 (the "License"); you may
  * not use this file except in compliance with the License. You may
  * obtain a copy of the License at
  *
  * http://www.osedu.org/licenses/ECL-2.0
  *
  * Unless required by applicable law or agreed to in writing,
  * software distributed under the License is distributed on an "AS IS"
  * BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express
  * or implied. See the License for the specific language governing
  * permissions and limitations under the License.
  */
 
 package org.kuali.student.core.assembly.dictionary.old;
 
 import java.text.DateFormat;
 import java.text.ParseException;
 import java.text.SimpleDateFormat;
 import java.util.ArrayList;
 import java.util.HashMap;
 import java.util.List;
 import java.util.Map;
 
 import org.apache.log4j.Logger;
 import org.kuali.student.core.assembly.data.ConstraintMetadata;
 import org.kuali.student.core.assembly.data.Data;
 import org.kuali.student.core.assembly.data.Metadata;
 import org.kuali.student.core.assembly.data.Data.DataType;
 import org.kuali.student.core.assembly.data.Data.Value;
 import org.kuali.student.core.assembly.data.Metadata.WriteAccess;
 import org.kuali.student.core.dictionary.old.dto.ConstraintDescriptor;
 import org.kuali.student.core.dictionary.old.dto.ConstraintSelector;
 import org.kuali.student.core.dictionary.old.dto.Field;
 import org.kuali.student.core.dictionary.old.dto.FieldDescriptor;
 import org.kuali.student.core.dictionary.old.dto.ObjectStructure;
 import org.kuali.student.core.dictionary.old.dto.State;
 import org.kuali.student.core.dictionary.old.dto.Type;
 import org.kuali.student.core.dictionary.service.old.DictionaryService;
 import org.springframework.context.ConfigurableApplicationContext;
 import org.springframework.context.support.ClassPathXmlApplicationContext;
 import org.springframework.util.StringUtils;
 
 /**
  * This class provides metadata lookup services for orchestration objects.
  * 
  *  TODO: 
  *      1) Handle type state configuration & better caching
  *      2) Differentiate b/w metadata structure required for client vs. assemblers
  *      3) Namespace collision b/w service dictionaries and orchestration dictionary?      
  * 
  * @author Kuali Student Team
  *
  */
 @Deprecated
 public class MetadataServiceImpl {
     final Logger LOG = Logger.getLogger(MetadataServiceImpl.class);
     
     private Map<String, Object> metadataRepository = null;
     
     private Map<String, DictionaryService> dictionaryServiceMap;
     
     private static class RecursionCounter{
         public static final int MAX_DEPTH = 4;
         
         private Map<String, Integer> recursions = new HashMap<String, Integer>();
         
         public int increment(String objectName){
             Integer hits = recursions.get(objectName);
             
             if (hits == null){
                 hits = new Integer(1);
             } else {
                 hits++;
             }
             recursions.put(objectName, hits);
             return hits;
         }
         
         public int decrement(String objectName){
             Integer hits = recursions.get(objectName);
              if (hits >= 1){
                  hits--;
              }
 
              recursions.put(objectName, hits);
              return hits;
         }
     }
     
     /**
      * Create a Metadata service initialized using a given classpath metadata context file
      * 
      * @param metadataContext the classpath metadata context file
      */
     public MetadataServiceImpl(String metadataContext){
         init(metadataContext, (DictionaryService[])null);
     }
     
     public MetadataServiceImpl(DictionaryService...dictionaryServices){        
         init(null, dictionaryServices);
     }
 
     public MetadataServiceImpl(String metadataContext, DictionaryService...dictionaryServices){        
         init(metadataContext, dictionaryServices);
     }
     
     @SuppressWarnings("unchecked")
     private void init(String metadataContext, DictionaryService...dictionaryServices){
         if (metadataContext != null){
                 String[] locations = StringUtils.tokenizeToStringArray(metadataContext, ConfigurableApplicationContext.CONFIG_LOCATION_DELIMITERS);
                     ClassPathXmlApplicationContext context = new ClassPathXmlApplicationContext(locations);
                     
             Map<String, DataObjectStructure> beansOfType = (Map<String, DataObjectStructure>) context.getBeansOfType(DataObjectStructure.class);
             metadataRepository = new HashMap<String, Object>();
             for (DataObjectStructure dataObjStr : beansOfType.values()){
                 metadataRepository.put(dataObjStr.getName(), getProperties(dataObjStr, new RecursionCounter()));
             }
         }
         
         if (dictionaryServices != null){
             this.dictionaryServiceMap = new HashMap<String, DictionaryService>();
             for (DictionaryService d:dictionaryServices){
                 List<String> objectTypes = d.getObjectTypes();
                 for(String objectType:objectTypes){
                     dictionaryServiceMap.put(objectType, d);
                 }            
             }            
         }
         
     }
     
     /** 
      * This method gets the metadata for the given object key
      * 
      * @param objectKey
      * @param type
      * @param state
      * @return
      */
     @SuppressWarnings("unchecked")
     public Metadata getMetadata(String objectKey, String type, String state){
         if (metadataRepository == null || metadataRepository.get(objectKey) == null){
             return getMetadataFromDictionaryService(objectKey, type, state);
         } else {        
             Metadata metadata = new Metadata ();
             metadata.setWriteAccess(WriteAccess.ALWAYS);
             metadata.setOnChangeRefreshMetadata(false);
             metadata.setDataType(DataType.DATA);
 
             metadata.setProperties((Map<String, Metadata>)metadataRepository.get(objectKey));
             
             //return the clone
             return new Metadata(metadata);
         }        
     }    
     
     /**
      * Retreives data object structure from the spring file and caches the properties
      * 
      * @param properties
      * @param fields
      */
     protected void loadProperties(Map<String, Metadata> properties, List<DataFieldDescriptor> fields, RecursionCounter counter){
 
         for (DataFieldDescriptor field:fields){
             Metadata metadata = new Metadata();
             metadata.setWriteAccess(WriteAccess.valueOf(field.getWriteAccess()));
             metadata.setDataType(DataType.valueOf(field.getDataType()));
             metadata.setAdditionalLookups(field.getAdditionalLookups());
             metadata.setLookupContextPath(field.getLookupContextPath());
             
             metadata.setNonServerConstraints(field.getConstraints());
             metadata.setName(field.getName());
             metadata.setCanEdit(field.isCanEdit());
             metadata.setCanView(field.isCanView());
             metadata.setCanUnmask(field.isCanUnmask());
             metadata.setDefaultValue(convertDefaultValue(metadata.getDataType(), field.getDefaultValue()));
             metadata.setInitialLookup(field.getInitialLookup());
             
             if (isRepeating(field)){
                 Metadata repeatingMetadata = new Metadata();
                 metadata.setDataType(DataType.LIST);
                 
                 repeatingMetadata.setWriteAccess(WriteAccess.ALWAYS);
                 repeatingMetadata.setOnChangeRefreshMetadata(false);
                 repeatingMetadata.setDataType(DataType.valueOf(field.getDataType()));
                                 
                 if (field.getDataObjectStructure() != null){                   
                     repeatingMetadata.setProperties(getProperties(field.getDataObjectStructure(), counter));
                 }
                 
                 Map<String, Metadata> repeatingProperty = new HashMap<String, Metadata>();
                 repeatingProperty.put("*", repeatingMetadata);
                 metadata.setProperties(repeatingProperty);
             } else if (field.getDataObjectStructure() != null){
                 metadata.setProperties(getProperties(field.getDataObjectStructure(), counter));
             }
 
             properties.put(field.getName(), metadata);
         }        
     }
     
     /** 
      * This method determines if a field is a repeating field
      * 
      * @param field
      * @return
      */
     protected boolean isRepeating(DataFieldDescriptor field){
         if (field.getConstraints() != null) {
             for (ConstraintMetadata c : field.getConstraints()) {
                 if (c.getId() != null && c.getId().equals("repeating")) {
                     return true;
                 }
             }
         }
         return false;
     }
     
     @SuppressWarnings("unchecked")
     protected Map<String, Metadata> getProperties(DataObjectStructure dataObjectStructure, RecursionCounter counter){
         String objectId = dataObjectStructure.getName();
         int hits = counter.increment(objectId);
         
         Map<String, Metadata> properties = null;
         
         if (hits == 1 && metadataRepository.containsKey(objectId)){
             properties =  (Map<String, Metadata>)metadataRepository.get(objectId);
         } else if (hits < RecursionCounter.MAX_DEPTH){
             properties = new HashMap<String, Metadata>();
             if (hits == 1){
                 metadataRepository.put(objectId, properties);
             }
             loadProperties(properties, dataObjectStructure.getFields(), counter);
         }
         
         counter.decrement(objectId);
         return properties;
     }
     
     
     /** 
      * This invokes the appropriate dictionary service to get the object structure and then
      * converts it to a metadata structure.
      * 
      * @param objectKey
      * @param type
      * @param state
      * @return
      */
     protected Metadata getMetadataFromDictionaryService(String objectKey, String type, String state){
 
         Metadata metadata = new Metadata();      
 
         ObjectStructure objectStructure = getObjectStructure(objectKey);
         State objectState = getObjectState(objectStructure, type, state);
         
         ConstraintDescriptor constraintDescriptor = objectState.getConstraintDescriptor(); 
         metadata.setNonServerConstraints(copyConstraints(constraintDescriptor));
         
         List<Field> fields = objectState.getField();
         metadata.setProperties(getProperties(fields, type, state));
         
         metadata.setWriteAccess(WriteAccess.ALWAYS);
         metadata.setDataType(DataType.DATA);
         
         return metadata;
     }
     
     /** 
      * This method is used to convert a list of dictionary fields into metadata properties
      * 
      * @param fields
      * @param type
      * @param state
      * @return
      */
     private Map<String, Metadata> getProperties(List<Field> fields, String type, String state){
         Map<String, Metadata> properties = new HashMap<String, Metadata>();
         
         for (Field field:fields){
             FieldDescriptor fd = field.getFieldDescriptor();
             
             Metadata metadata = new Metadata();
             metadata.setWriteAccess(WriteAccess.ALWAYS);
             metadata.setDataType(convertDictionaryDataType(fd.getDataType()));
             metadata.setNonServerConstraints(copyConstraints(field.getConstraintDescriptor()));            
             
             //Where to get values for defaultValue, lookupMetdata (SearchSelector,fd.getSearch()), 
                                    
             Map<String, Metadata> nestedProperties = null;
             if (fd.getDataType().equals("complex")){                                                                  
                 ObjectStructure objectStructure;
                 if (fd.getObjectStructure() != null){
                     objectStructure = fd.getObjectStructure();
                 } else {
                     String objectKey = fd.getObjectStructureRef();
                     objectStructure = getObjectStructure(objectKey);
                 }
 
                 State objectState = getObjectState(objectStructure, type, state);
                 nestedProperties = getProperties(objectState.getField(), type, state);
                 
                 //Cross field constraints for nested object fields? What to do about them?
                 //ConstraintDescriptor constraintDescriptor = objectState.getConstraintDescriptor()
 
             }
             
             
             if (isRepeating(field)){
                 Metadata repeatingMetadata = new Metadata();
                 metadata.setDataType(DataType.LIST);
                 
                 repeatingMetadata.setWriteAccess(WriteAccess.ALWAYS);
                 repeatingMetadata.setOnChangeRefreshMetadata(false);
                 repeatingMetadata.setDataType(convertDictionaryDataType(fd.getDataType()));
                 
                 if (nestedProperties != null){
                     repeatingMetadata.setProperties(nestedProperties);
                 }
                 
                 Map<String, Metadata> repeatingProperty = new HashMap<String, Metadata>();
                 repeatingProperty.put("*", repeatingMetadata);
                 metadata.setProperties(repeatingProperty);
             } else if (nestedProperties != null){
                 metadata.setProperties(nestedProperties);
             }
             
             properties.put(fd.getName(), metadata);
             
         }
         
         return properties;
     }
     
     
     /** 
      * This method determines if a field is repeating
      * 
      * @param field
      * @return
      */
     protected boolean isRepeating(Field field){
         if (field.getConstraintDescriptor() != null && field.getConstraintDescriptor().getConstraint() != null){
             for (ConstraintSelector c:field.getConstraintDescriptor().getConstraint()){
                 if (c.getKey().equals("repeating")){
                     return true;
                 }
             }
         }
         return false;
     }
     
     /** 
      * This method gets the object structure for given objectKey from a dictionaryService
      * 
      * @param objectKey
      * @return
      */
     protected ObjectStructure getObjectStructure(String objectKey){
         DictionaryService dictionaryService = dictionaryServiceMap.get(objectKey);
         
         return dictionaryService.getObjectStructure(objectKey);
     }
     
     /**
      * This method retrieves the desire object state for the object structure. 
      *
      * @param objectStructure
      * @param type
      * @param state
      * @return
      */
     protected State getObjectState(ObjectStructure objectStructure, String type, String state){
         //This method would not be required if we could just get objectStructure for a particular 
         //type/state from the dictionary service
         for (Type t:objectStructure.getType()){
             if (t.getKey().equals(type)){
                 for (State s:t.getState()){
                     if (s.getKey().equals(state)){
                         return s;
                     }
                 }
             }
         }
         
         return null;
     }
            
     protected List<ConstraintMetadata> copyConstraints(ConstraintDescriptor constraintDescriptor){
         List<ConstraintMetadata> constraints = null;
        
         if (constraintDescriptor != null && constraintDescriptor.getConstraint() != null){           
             constraints = new ArrayList<ConstraintMetadata>();
             
             
             for (ConstraintSelector dictConstraint:constraintDescriptor.getConstraint()){
                ConstraintMetadata constraintMetadata = new ConstraintMetadata();
                
                constraintMetadata.setId(dictConstraint.getKey());
                if (dictConstraint.getMaxLength() != null){
                    constraintMetadata.setMaxLength(Integer.valueOf(dictConstraint.getMaxLength()));
                }
                constraintMetadata.setMinLength(dictConstraint.getMinLength());
                constraintMetadata.setMinOccurs(dictConstraint.getMinOccurs());
                constraintMetadata.setMinValue(dictConstraint.getMinValue());
                
                if (dictConstraint.getValidChars() != null){
                    constraintMetadata.setValidChars(dictConstraint.getValidChars().getValue());
                }
                
                //constraintMetadata.setMessageId("kuali.msg.validation." + dictConstraint.getKey());
                
                //Skipping cross field constraints (eg. case, occurs, require)
                
               constraints.add(constraintMetadata);
            }
         }
         
        return constraints;
     }
     
     /**
      * Convert Object value to respective DataType. Method return null for object Value.
      * @param dataType
      * @param value
      * @return
      */
     protected Value convertDefaultValue(DataType dataType, Object value){
         Value v = null;
         if (value instanceof String){
             String s = (String)value;
             switch (dataType){
                 case STRING:
                     value = new Data.StringValue(s);
                     break; 
                 case BOOLEAN:
                     value = new Data.BooleanValue(Boolean.valueOf(s));
                     break;
                 case FLOAT:
                     value = new Data.FloatValue(Float.valueOf(s));
                     break;
                 case DATE:
                     DateFormat format = new SimpleDateFormat("yyyy-MM-dd");                    
                     try {
                         value = new Data.DateValue(format.parse(s));
                     } catch (ParseException e) {
                         LOG.error("Unable to get default date value from metadata definition");
                     }
                     break;
                 case LONG:
                         if (!s.isEmpty()){
                                 value = new Data.LongValue(Long.valueOf(s));
                         }
                     break;
                 case DOUBLE:
                     value = new Data.DoubleValue(Double.valueOf(s));
                     break;
                 case INTEGER:
                     value = new Data.IntegerValue(Integer.valueOf(s));
                     break;                    
             }
         }
         
         return v;
     }
     
     protected DataType convertDictionaryDataType(String dataType){
         if ("string".equals(dataType)){
             return DataType.STRING;
         } else if ("boolean".equals(dataType)){
             return DataType.BOOLEAN;
         } else if ("integer".equals(dataType)){
             return DataType.INTEGER;
         } else if ("datetime".equals(dataType)){
             return DataType.DATE;
         } else if ("complex".equals(dataType)){
             return DataType.DATA;
         }            
         
         return null;        
     }
 }

1		/**
2		* Copyright 2010 The Kuali Foundation Licensed under the
3		* Educational Community License, Version 2.0 (the "License"); you may
4		* not use this file except in compliance with the License. You may
5		* obtain a copy of the License at
6		*
7		* http://www.osedu.org/licenses/ECL-2.0
8		*
9		* Unless required by applicable law or agreed to in writing,
10		* software distributed under the License is distributed on an "AS IS"
11		* BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express
12		* or implied. See the License for the specific language governing
13		* permissions and limitations under the License.
14		*/
15
16		package org.kuali.student.core.assembly.dictionary.old;
17
18		import java.text.DateFormat;
19		import java.text.ParseException;
20		import java.text.SimpleDateFormat;
21		import java.util.ArrayList;
22		import java.util.HashMap;
23		import java.util.List;
24		import java.util.Map;
25
26		import org.apache.log4j.Logger;
27		import org.kuali.student.core.assembly.data.ConstraintMetadata;
28		import org.kuali.student.core.assembly.data.Data;
29		import org.kuali.student.core.assembly.data.Metadata;
30		import org.kuali.student.core.assembly.data.Data.DataType;
31		import org.kuali.student.core.assembly.data.Data.Value;
32		import org.kuali.student.core.assembly.data.Metadata.WriteAccess;
33		import org.kuali.student.core.dictionary.old.dto.ConstraintDescriptor;
34		import org.kuali.student.core.dictionary.old.dto.ConstraintSelector;
35		import org.kuali.student.core.dictionary.old.dto.Field;
36		import org.kuali.student.core.dictionary.old.dto.FieldDescriptor;
37		import org.kuali.student.core.dictionary.old.dto.ObjectStructure;
38		import org.kuali.student.core.dictionary.old.dto.State;
39		import org.kuali.student.core.dictionary.old.dto.Type;
40		import org.kuali.student.core.dictionary.service.old.DictionaryService;
41		import org.springframework.context.ConfigurableApplicationContext;
42		import org.springframework.context.support.ClassPathXmlApplicationContext;
43		import org.springframework.util.StringUtils;
44
45		/**
46		* This class provides metadata lookup services for orchestration objects.
47		*
48		* TODO:
49		* 1) Handle type state configuration & better caching
50		* 2) Differentiate b/w metadata structure required for client vs. assemblers
51		* 3) Namespace collision b/w service dictionaries and orchestration dictionary?
52		*
53		* @author Kuali Student Team
54		*
55		*/
56		@Deprecated
57		public class MetadataServiceImpl {
58	2	final Logger LOG = Logger.getLogger(MetadataServiceImpl.class);
59
60	2	private Map<String, Object> metadataRepository = null;
61
62		private Map<String, DictionaryService> dictionaryServiceMap;
63
64	36	private static class RecursionCounter{
65		public static final int MAX_DEPTH = 4;
66
67	18	private Map<String, Integer> recursions = new HashMap<String, Integer>();
68
69		public int increment(String objectName){
70	57	Integer hits = recursions.get(objectName);
71
72	57	if (hits == null){
73	35	hits = new Integer(1);
74		} else {
75	22	hits++;
76		}
77	57	recursions.put(objectName, hits);
78	57	return hits;
79		}
80
81		public int decrement(String objectName){
82	57	Integer hits = recursions.get(objectName);
83	57	if (hits >= 1){
84	57	hits--;
85		}
86
87	57	recursions.put(objectName, hits);
88	57	return hits;
89		}
90		}
91
92		/**
93		* Create a Metadata service initialized using a given classpath metadata context file
94		*
95		* @param metadataContext the classpath metadata context file
96		*/
97	1	public MetadataServiceImpl(String metadataContext){
98	1	init(metadataContext, (DictionaryService[])null);
99	1	}
100
101	1	public MetadataServiceImpl(DictionaryService...dictionaryServices){
102	1	init(null, dictionaryServices);
103	1	}
104
105	0	public MetadataServiceImpl(String metadataContext, DictionaryService...dictionaryServices){
106	0	init(metadataContext, dictionaryServices);
107	0	}
108
109		@SuppressWarnings("unchecked")
110		private void init(String metadataContext, DictionaryService...dictionaryServices){
111	2	if (metadataContext != null){
112	1	String[] locations = StringUtils.tokenizeToStringArray(metadataContext, ConfigurableApplicationContext.CONFIG_LOCATION_DELIMITERS);
113	1	ClassPathXmlApplicationContext context = new ClassPathXmlApplicationContext(locations);
114
115	1	Map<String, DataObjectStructure> beansOfType = (Map<String, DataObjectStructure>) context.getBeansOfType(DataObjectStructure.class);
116	1	metadataRepository = new HashMap<String, Object>();
117	1	for (DataObjectStructure dataObjStr : beansOfType.values()){
118	18	metadataRepository.put(dataObjStr.getName(), getProperties(dataObjStr, new RecursionCounter()));
119		}
120		}
121
122	2	if (dictionaryServices != null){
123	1	this.dictionaryServiceMap = new HashMap<String, DictionaryService>();
124	2	for (DictionaryService d:dictionaryServices){
125	1	List<String> objectTypes = d.getObjectTypes();
126	1	for(String objectType:objectTypes){
127	5	dictionaryServiceMap.put(objectType, d);
128		}
129		}
130		}
131
132	2	}
133
134		/**
135		* This method gets the metadata for the given object key
136		*
137		* @param objectKey
138		* @param type
139		* @param state
140		* @return
141		*/
142		@SuppressWarnings("unchecked")
143		public Metadata getMetadata(String objectKey, String type, String state){
144	3	if (metadataRepository == null \|\| metadataRepository.get(objectKey) == null){
145	1	return getMetadataFromDictionaryService(objectKey, type, state);
146		} else {
147	2	Metadata metadata = new Metadata ();
148	2	metadata.setWriteAccess(WriteAccess.ALWAYS);
149	2	metadata.setOnChangeRefreshMetadata(false);
150	2	metadata.setDataType(DataType.DATA);
151
152	2	metadata.setProperties((Map<String, Metadata>)metadataRepository.get(objectKey));
153
154		//return the clone
155	2	return new Metadata(metadata);
156		}
157		}
158
159		/**
160		* Retreives data object structure from the spring file and caches the properties
161		*
162		* @param properties
163		* @param fields
164		*/
165		protected void loadProperties(Map<String, Metadata> properties, List<DataFieldDescriptor> fields, RecursionCounter counter){
166
167	22	for (DataFieldDescriptor field:fields){
168	145	Metadata metadata = new Metadata();
169	145	metadata.setWriteAccess(WriteAccess.valueOf(field.getWriteAccess()));
170	145	metadata.setDataType(DataType.valueOf(field.getDataType()));
171	145	metadata.setAdditionalLookups(field.getAdditionalLookups());
172	145	metadata.setLookupContextPath(field.getLookupContextPath());
173
174	145	metadata.setNonServerConstraints(field.getConstraints());
175	145	metadata.setName(field.getName());
176	145	metadata.setCanEdit(field.isCanEdit());
177	145	metadata.setCanView(field.isCanView());
178	145	metadata.setCanUnmask(field.isCanUnmask());
179	145	metadata.setDefaultValue(convertDefaultValue(metadata.getDataType(), field.getDefaultValue()));
180	145	metadata.setInitialLookup(field.getInitialLookup());
181
182	145	if (isRepeating(field)){
183	19	Metadata repeatingMetadata = new Metadata();
184	19	metadata.setDataType(DataType.LIST);
185
186	19	repeatingMetadata.setWriteAccess(WriteAccess.ALWAYS);
187	19	repeatingMetadata.setOnChangeRefreshMetadata(false);
188	19	repeatingMetadata.setDataType(DataType.valueOf(field.getDataType()));
189
190	19	if (field.getDataObjectStructure() != null){
191	14	repeatingMetadata.setProperties(getProperties(field.getDataObjectStructure(), counter));
192		}
193
194	19	Map<String, Metadata> repeatingProperty = new HashMap<String, Metadata>();
195	19	repeatingProperty.put("*", repeatingMetadata);
196	19	metadata.setProperties(repeatingProperty);
197	19	} else if (field.getDataObjectStructure() != null){
198	25	metadata.setProperties(getProperties(field.getDataObjectStructure(), counter));
199		}
200
201	145	properties.put(field.getName(), metadata);
202	145	}
203	22	}
204
205		/**
206		* This method determines if a field is a repeating field
207		*
208		* @param field
209		* @return
210		*/
211		protected boolean isRepeating(DataFieldDescriptor field){
212	145	if (field.getConstraints() != null) {
213	145	for (ConstraintMetadata c : field.getConstraints()) {
214	493	if (c.getId() != null && c.getId().equals("repeating")) {
215	19	return true;
216		}
217		}
218		}
219	126	return false;
220		}
221
222		@SuppressWarnings("unchecked")
223		protected Map<String, Metadata> getProperties(DataObjectStructure dataObjectStructure, RecursionCounter counter){
224	57	String objectId = dataObjectStructure.getName();
225	57	int hits = counter.increment(objectId);
226
227	57	Map<String, Metadata> properties = null;
228
229	57	if (hits == 1 && metadataRepository.containsKey(objectId)){
230	34	properties = (Map<String, Metadata>)metadataRepository.get(objectId);
231	23	} else if (hits < RecursionCounter.MAX_DEPTH){
232	22	properties = new HashMap<String, Metadata>();
233	22	if (hits == 1){
234	18	metadataRepository.put(objectId, properties);
235		}
236	22	loadProperties(properties, dataObjectStructure.getFields(), counter);
237		}
238
239	57	counter.decrement(objectId);
240	57	return properties;
241		}
242
243
244		/**
245		* This invokes the appropriate dictionary service to get the object structure and then
246		* converts it to a metadata structure.
247		*
248		* @param objectKey
249		* @param type
250		* @param state
251		* @return
252		*/
253		protected Metadata getMetadataFromDictionaryService(String objectKey, String type, String state){
254
255	1	Metadata metadata = new Metadata();
256
257	1	ObjectStructure objectStructure = getObjectStructure(objectKey);
258	1	State objectState = getObjectState(objectStructure, type, state);
259
260	1	ConstraintDescriptor constraintDescriptor = objectState.getConstraintDescriptor();
261	1	metadata.setNonServerConstraints(copyConstraints(constraintDescriptor));
262
263	1	List<Field> fields = objectState.getField();
264	1	metadata.setProperties(getProperties(fields, type, state));
265
266	1	metadata.setWriteAccess(WriteAccess.ALWAYS);
267	1	metadata.setDataType(DataType.DATA);
268
269	1	return metadata;
270		}
271
272		/**
273		* This method is used to convert a list of dictionary fields into metadata properties
274		*
275		* @param fields
276		* @param type
277		* @param state
278		* @return
279		*/
280		private Map<String, Metadata> getProperties(List<Field> fields, String type, String state){
281	1	Map<String, Metadata> properties = new HashMap<String, Metadata>();
282
283	1	for (Field field:fields){
284	3	FieldDescriptor fd = field.getFieldDescriptor();
285
286	3	Metadata metadata = new Metadata();
287	3	metadata.setWriteAccess(WriteAccess.ALWAYS);
288	3	metadata.setDataType(convertDictionaryDataType(fd.getDataType()));
289	3	metadata.setNonServerConstraints(copyConstraints(field.getConstraintDescriptor()));
290
291		//Where to get values for defaultValue, lookupMetdata (SearchSelector,fd.getSearch()),
292
293	3	Map<String, Metadata> nestedProperties = null;
294	3	if (fd.getDataType().equals("complex")){
295		ObjectStructure objectStructure;
296	0	if (fd.getObjectStructure() != null){
297	0	objectStructure = fd.getObjectStructure();
298		} else {
299	0	String objectKey = fd.getObjectStructureRef();
300	0	objectStructure = getObjectStructure(objectKey);
301		}
302
303	0	State objectState = getObjectState(objectStructure, type, state);
304	0	nestedProperties = getProperties(objectState.getField(), type, state);
305
306		//Cross field constraints for nested object fields? What to do about them?
307		//ConstraintDescriptor constraintDescriptor = objectState.getConstraintDescriptor()
308
309		}
310
311
312	3	if (isRepeating(field)){
313	0	Metadata repeatingMetadata = new Metadata();
314	0	metadata.setDataType(DataType.LIST);
315
316	0	repeatingMetadata.setWriteAccess(WriteAccess.ALWAYS);
317	0	repeatingMetadata.setOnChangeRefreshMetadata(false);
318	0	repeatingMetadata.setDataType(convertDictionaryDataType(fd.getDataType()));
319
320	0	if (nestedProperties != null){
321	0	repeatingMetadata.setProperties(nestedProperties);
322		}
323
324	0	Map<String, Metadata> repeatingProperty = new HashMap<String, Metadata>();
325	0	repeatingProperty.put("*", repeatingMetadata);
326	0	metadata.setProperties(repeatingProperty);
327	0	} else if (nestedProperties != null){
328	0	metadata.setProperties(nestedProperties);
329		}
330
331	3	properties.put(fd.getName(), metadata);
332
333	3	}
334
335	1	return properties;
336		}
337
338
339		/**
340		* This method determines if a field is repeating
341		*
342		* @param field
343		* @return
344		*/
345		protected boolean isRepeating(Field field){
346	3	if (field.getConstraintDescriptor() != null && field.getConstraintDescriptor().getConstraint() != null){
347	3	for (ConstraintSelector c:field.getConstraintDescriptor().getConstraint()){
348	3	if (c.getKey().equals("repeating")){
349	0	return true;
350		}
351		}
352		}
353	3	return false;
354		}
355
356		/**
357		* This method gets the object structure for given objectKey from a dictionaryService
358		*
359		* @param objectKey
360		* @return
361		*/
362		protected ObjectStructure getObjectStructure(String objectKey){
363	1	DictionaryService dictionaryService = dictionaryServiceMap.get(objectKey);
364
365	1	return dictionaryService.getObjectStructure(objectKey);
366		}
367
368		/**
369		* This method retrieves the desire object state for the object structure.
370		*
371		* @param objectStructure
372		* @param type
373		* @param state
374		* @return
375		*/
376		protected State getObjectState(ObjectStructure objectStructure, String type, String state){
377		//This method would not be required if we could just get objectStructure for a particular
378		//type/state from the dictionary service
379	1	for (Type t:objectStructure.getType()){
380	1	if (t.getKey().equals(type)){
381	1	for (State s:t.getState()){
382	1	if (s.getKey().equals(state)){
383	1	return s;
384		}
385		}
386		}
387		}
388
389	0	return null;
390		}
391
392		protected List<ConstraintMetadata> copyConstraints(ConstraintDescriptor constraintDescriptor){
393	4	List<ConstraintMetadata> constraints = null;
394
395	4	if (constraintDescriptor != null && constraintDescriptor.getConstraint() != null){
396	3	constraints = new ArrayList<ConstraintMetadata>();
397
398
399	3	for (ConstraintSelector dictConstraint:constraintDescriptor.getConstraint()){
400	3	ConstraintMetadata constraintMetadata = new ConstraintMetadata();
401
402	3	constraintMetadata.setId(dictConstraint.getKey());
403	3	if (dictConstraint.getMaxLength() != null){
404	0	constraintMetadata.setMaxLength(Integer.valueOf(dictConstraint.getMaxLength()));
405		}
406	3	constraintMetadata.setMinLength(dictConstraint.getMinLength());
407	3	constraintMetadata.setMinOccurs(dictConstraint.getMinOccurs());
408	3	constraintMetadata.setMinValue(dictConstraint.getMinValue());
409
410	3	if (dictConstraint.getValidChars() != null){
411	0	constraintMetadata.setValidChars(dictConstraint.getValidChars().getValue());
412		}
413
414		//constraintMetadata.setMessageId("kuali.msg.validation." + dictConstraint.getKey());
415
416		//Skipping cross field constraints (eg. case, occurs, require)
417
418	3	constraints.add(constraintMetadata);
419	3	}
420		}
421
422	4	return constraints;
423		}
424
425		/**
426		* Convert Object value to respective DataType. Method return null for object Value.
427		* @param dataType
428		* @param value
429		* @return
430		*/
431		protected Value convertDefaultValue(DataType dataType, Object value){
432	145	Value v = null;
433	145	if (value instanceof String){
434	32	String s = (String)value;
435	1	switch (dataType){
436		case STRING:
437	29	value = new Data.StringValue(s);
438	29	break;
439		case BOOLEAN:
440	3	value = new Data.BooleanValue(Boolean.valueOf(s));
441	3	break;
442		case FLOAT:
443	0	value = new Data.FloatValue(Float.valueOf(s));
444	0	break;
445		case DATE:
446	0	DateFormat format = new SimpleDateFormat("yyyy-MM-dd");
447		try {
448	0	value = new Data.DateValue(format.parse(s));
449	0	} catch (ParseException e) {
450	0	LOG.error("Unable to get default date value from metadata definition");
451	0	}
452	0	break;
453		case LONG:
454	0	if (!s.isEmpty()){
455	0	value = new Data.LongValue(Long.valueOf(s));
456		}
457		break;
458		case DOUBLE:
459	0	value = new Data.DoubleValue(Double.valueOf(s));
460	0	break;
461		case INTEGER:
462	0	value = new Data.IntegerValue(Integer.valueOf(s));
463		break;
464		}
465		}
466
467	145	return v;
468		}
469
470		protected DataType convertDictionaryDataType(String dataType){
471	3	if ("string".equals(dataType)){
472	0	return DataType.STRING;
473	3	} else if ("boolean".equals(dataType)){
474	0	return DataType.BOOLEAN;
475	3	} else if ("integer".equals(dataType)){
476	0	return DataType.INTEGER;
477	3	} else if ("datetime".equals(dataType)){
478	0	return DataType.DATE;
479	3	} else if ("complex".equals(dataType)){
480	0	return DataType.DATA;
481		}
482
483	3	return null;
484		}
485		}