/**
    * Copyright 2005-2011 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.opensource.org/licenses/ecl2.php
    *
   * 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.rice.kew.docsearch.xml;
  
  import com.google.common.base.Function;
  import org.apache.commons.lang.StringUtils;
  import org.junit.Before;
  import org.junit.Test;
  import org.kuali.rice.core.api.uif.DataType;
  import org.kuali.rice.core.api.uif.RemotableAttributeError;
  import org.kuali.rice.core.api.uif.RemotableAttributeField;
  import org.kuali.rice.core.framework.persistence.jdbc.sql.SQLUtils;
  import org.kuali.rice.kew.api.WorkflowDocument;
  import org.kuali.rice.kew.api.WorkflowDocumentFactory;
  import org.kuali.rice.kew.api.document.attribute.WorkflowAttributeDefinition;
  import org.kuali.rice.kew.api.document.search.DocumentSearchCriteria;
  import org.kuali.rice.kew.api.document.search.DocumentSearchResults;
  import org.kuali.rice.kew.api.extension.ExtensionDefinition;
  import org.kuali.rice.kew.docsearch.DocumentSearchInternalUtils;
  import org.kuali.rice.kew.docsearch.DocumentSearchTestBase;
  import org.kuali.rice.kew.docsearch.SearchableAttributeDateTimeValue;
  import org.kuali.rice.kew.docsearch.SearchableAttributeFloatValue;
  import org.kuali.rice.kew.docsearch.SearchableAttributeLongValue;
  import org.kuali.rice.kew.docsearch.SearchableAttributeStringValue;
  import org.kuali.rice.kew.docsearch.TestXMLSearchableAttributeDateTime;
  import org.kuali.rice.kew.docsearch.TestXMLSearchableAttributeFloat;
  import org.kuali.rice.kew.docsearch.TestXMLSearchableAttributeLong;
  import org.kuali.rice.kew.docsearch.TestXMLSearchableAttributeString;
  import org.kuali.rice.kew.docsearch.service.DocumentSearchService;
  import org.kuali.rice.kew.doctype.bo.DocumentType;
  import org.kuali.rice.kew.doctype.service.DocumentTypeService;
  import org.kuali.rice.kew.exception.WorkflowServiceErrorException;
  import org.kuali.rice.kew.service.KEWServiceLocator;
  import org.kuali.rice.kim.api.services.KimApiServiceLocator;
  import org.kuali.rice.kns.util.FieldUtils;
  import org.kuali.rice.kns.web.ui.Field;
  import org.kuali.rice.kns.web.ui.Row;
  import org.kuali.rice.krad.util.KRADConstants;
  
  import javax.annotation.Nullable;
  import java.math.BigDecimal;
  import java.util.Calendar;
  import java.util.List;
  
  import static org.junit.Assert.*;
  
  /**
   * Tests the StandardGenericXMLSearchableAttribute.
   *
   * KULWF-654: Tests the resolution to this issue by configuring a CustomActionListAttribute as well as a
   * searchable attribute.
   */
  public class StandardGenericXMLSearchableAttributeRangesTest extends DocumentSearchTestBase {
      private DocumentSearchService docSearchService;
  
      protected void loadTestData() throws Exception {
          loadXmlFile("XmlConfig.xml");
      }
  
      @Before
      public void retrieveDocSearchSvc() {
          docSearchService = (DocumentSearchService) KEWServiceLocator.getService(KEWServiceLocator.DOCUMENT_SEARCH_SERVICE);
      }
  
      /*
       * Test method for 'org.kuali.rice.kew.docsearch.xml.StandardGenericXMLSearchableAttribute.getSearchingRows()'
       * @see StandardGenericXMLSearchableAttributeTest#testGetSearchFields
       * @see StandardGenericXMLSearchableAttributeTest#tetBlankValidValuesOnKeyValues
       */
      @Test public void testGetSearchingRowsUsingRangeSearches() {
          StandardGenericXMLSearchableAttribute searchAttribute = getAttribute("XMLSearchableAttributeStringRange");
          ExtensionDefinition ed = createExtensionDefinition("XMLSearchableAttributeStringRange");
  
          String documentTypeName = "SearchDocType";
          List<RemotableAttributeField> remotableAttributeFields = searchAttribute.getSearchFields(ed, documentTypeName);
          List<Row> rows = FieldUtils.convertRemotableAttributeFields(remotableAttributeFields);
  
          if ((new SearchableAttributeStringValue()).allowsRangeSearches()) {
              assertEquals("Invalid number of search rows", 2, rows.size());
              for (int i = 1; i <= rows.size(); i++) {
                  Row row = rows.get(i - 1);
                  assertEquals("Invalid number of fields for search row " + i, 1, row.getFields().size());
                  Field field = (Field)(row.getField(0));
                  assertTrue("Field should be the member of a range",field.isMemberOfRange());
                  if (i == 1) { // lower is inclusive
                      assertTrue("Field should be inclusive", field.isInclusive());
                 } else {
                     assertFalse("Field should not be inclusive", field.isInclusive());
                 }
                 assertFalse("Field should not be using datepicker", field.isDatePicker());
             }
         } else {
             assertEquals("Invalid number of search rows", 1, remotableAttributeFields.size());
             Row row = rows.get(0);
             assertEquals("Invalid number of fields for search row", 1, row.getFields().size());
             assertFalse("Field is the member of a range when ranges are not allowed",((Field)row.getField(0)).isMemberOfRange());
         }
 
         searchAttribute = getAttribute("XMLSearchableAttributeStdLongRange");
         ed = createExtensionDefinition("XMLSearchableAttributeStdLongRange");
         // search def :  rangeSearch=true
         // range def  :
         // upper def  :
         // lower def  :
         remotableAttributeFields = searchAttribute.getSearchFields(ed, documentTypeName);
         rows = FieldUtils.convertRemotableAttributeFields(remotableAttributeFields);
         if ((new SearchableAttributeLongValue()).allowsRangeSearches()) {
             assertEquals("Invalid number of search rows", 2, rows.size());
             for (int i = 1; i <= rows.size(); i++) {
                 Row row = rows.get(i - 1);
 	            assertEquals("Invalid number of fields for search row " + i, 1, row.getFields().size());
 	            Field field = (Field)(row.getField(0));
 	            assertTrue("Field should be the member of a range",field.isMemberOfRange());
                 if (i == 1) { // lower is inclusive
                     assertTrue("Field should be inclusive", field.isInclusive());
                 } else {
                     assertFalse("Field should not be inclusive", field.isInclusive());
                 }
 	            assertFalse("Field should not be using datepicker", field.isDatePicker());
 			}
         } else {
             assertEquals("Invalid number of search rows", 1, rows.size());
             Row row = rows.get(0);
             assertEquals("Invalid number of fields for search row", 1, row.getFields().size());
             Field field = (Field)(row.getField(0));
             assertFalse("Field is the member of a range when ranges are not allowed",field.isMemberOfRange());
             assertFalse("Field is inclusive when ranges are not allowed",field.isInclusive());
             assertFalse("Field should not be using datepicker", field.isDatePicker());
         }
 
         searchAttribute = getAttribute("XMLSearchableAttributeStdFloatRange");
         ed = createExtensionDefinition("XMLSearchableAttributeStdFloatRange");
         // search def :
         // range def  :  inclusive=false
         // upper def  :  label=ending
         // lower def  :  label=starting
         remotableAttributeFields = searchAttribute.getSearchFields(ed, documentTypeName);
         rows = FieldUtils.convertRemotableAttributeFields(remotableAttributeFields);
         if ((new SearchableAttributeFloatValue()).allowsRangeSearches()) {
             assertEquals("Invalid number of search rows", 2, rows.size());
             for (int i = 1; i <= rows.size(); i++) {
                 Row row = rows.get(i - 1);
 	            assertEquals("Invalid number of fields for search row " + i, 1, row.getFields().size());
 	            Field field = (Field)(row.getField(0));
 	            assertTrue("Upper and Lower Fields should be members of a range",field.isMemberOfRange());
 	            assertFalse("Upper and Lower Fields should not be inclusive",field.isInclusive());
 	            String labelValue = null;
 	            if (field.getPropertyName().startsWith(KRADConstants.LOOKUP_RANGE_LOWER_BOUND_PROPERTY_PREFIX)) {
 	            	labelValue = "starting";
 	            } else {
 	            	labelValue = "ending";
 	            }
 	            assertEquals("Field label is incorrect.", labelValue, field.getFieldLabel());
 	            assertFalse("Field should not be using datepicker", field.isDatePicker());
 			}
         } else {
             assertEquals("Invalid number of search rows", 1, rows.size());
             Row row = rows.get(0);
             assertEquals("Invalid number of fields for search row", 1, row.getFields().size());
             Field field = (Field)(row.getField(0));
             assertFalse("Field is the member of a range when ranges are not allowed",field.isMemberOfRange());
             assertFalse("Field should not be using datepicker", field.isDatePicker());
         }
 
         searchAttribute = getAttribute("XMLSearchableAttributeStdDateTimeRange");
         ed = createExtensionDefinition("XMLSearchableAttributeStdDateTimeRange");
         // search def :  datePicker=false
         // range def  :  inclusive=false
         // upper def  :  inclusvie=true - datePicker=true
         // lower def  :
         remotableAttributeFields = searchAttribute.getSearchFields(ed, documentTypeName);
         assertFalse(remotableAttributeFields.get(0).getAttributeLookupSettings().isLowerDatePicker());
         assertTrue(remotableAttributeFields.get(0).getAttributeLookupSettings().isUpperDatePicker());
         rows = FieldUtils.convertRemotableAttributeFields(remotableAttributeFields);
         if ((new SearchableAttributeDateTimeValue()).allowsRangeSearches()) {
             assertEquals("Invalid number of search rows", 1, rows.size());
             for (int i = 0; i < rows.size(); i++) {
                 Row row = rows.get(i);
 	            assertTrue("Invalid number of fields for search row", row.getFields().size() == 1);
 	            Field field = (Field)(row.getField(0));
 	            assertTrue("Field should be the member of a range search", field.isRanged());
 
                 assertTrue("Field should be using datepicker field", field.isDatePicker());
                 assertTrue("Field should not be inclusive", field.isInclusive());
                 assertEquals("Field in row should be of data type date", DataType.DATE.toString().toLowerCase(), field.getFieldDataType());
 
 			}
         } else {
             assertEquals("Invalid number of search rows", 1, rows.size());
             Row row = rows.get(0);
             // check to make sure our datepicker field didn't make it to the search rows
             assertEquals("Invalid number of fields", 1, row.getFields().size());
             assertFalse("Field is the member of a range when ranges are not allowed",((Field)(row.getField(0))).isMemberOfRange());
         }
     }
 
     /*
      * Test method for 'org.kuali.rice.kew.docsearch.xml.StandardGenericXMLSearchableAttribute.validateUserSearchInputs(Map)'
      * This tests search value validation as well as bounds inclusivity; if lower/upper bound is specified, inclusivity of range vs. attribute definition is tested.
      */
     @Test  public void testValidateUserSearchRangeInputs() {
         // <searchDefinition rangeSearch="true"/>
         StandardGenericXMLSearchableAttribute searchAttribute = getAttribute("XMLSearchableAttributeStringRange");
         ExtensionDefinition ed = createExtensionDefinition("XMLSearchableAttributeStringRange");
 
         RemotableAttributeError error = assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeString.SEARCH_STORAGE_KEY, ">= jack", null);
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeString.SEARCH_STORAGE_KEY, "<= jack.jack", "differ on upper bound inclusivity");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeString.SEARCH_STORAGE_KEY, "< jack.jack", "Invalid first name");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeString.SEARCH_STORAGE_KEY, ">= jack*jack", null);
          // TODO: * gets stripped from value
 
         // <searchDefinition dataType="long" rangeSearch="true"/>
         searchAttribute = getAttribute("XMLSearchableAttributeStdLongRange");
         ed = createExtensionDefinition("XMLSearchableAttributeStdLongRange");
 
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeLong.SEARCH_STORAGE_KEY, "<= " + TestXMLSearchableAttributeLong.SEARCH_STORAGE_VALUE.toString(), "differ on upper bound inclusivity");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeLong.SEARCH_STORAGE_KEY, "< " + TestXMLSearchableAttributeLong.SEARCH_STORAGE_VALUE.toString(), null);
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeLong.SEARCH_STORAGE_KEY, ">= " + TestXMLSearchableAttributeLong.SEARCH_STORAGE_VALUE.toString() + ".33","does not conform to standard validation for field type.");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeLong.SEARCH_STORAGE_KEY, "<= jack*jack", "differ on upper bound inclusivity");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeLong.SEARCH_STORAGE_KEY, "< jack*jack", "does not conform to standard validation for field type.");
 
         // <searchDefinition dataType="float">
         //   <rangeDefinition inclusive="false">
         //     <lower label="starting"/>
         //     <upper label="ending"/>
         //   </rangeDefinition>
         // </searchDefinition>
         searchAttribute = getAttribute("XMLSearchableAttributeStdFloatRange");
         ed = createExtensionDefinition("XMLSearchableAttributeStdFloatRange");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY, ">= " + TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE.toString(), "differ on lower bound inclusivity");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY, "> " + TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE.toString(), null);
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY, "<= " + TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE.toString() + "a", "differ on upper bound inclusivity");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY, "< " + TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE.toString() + "a", "does not conform to standard validation for field type.");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY, ">= " + TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE.toString() + "*", "differ on lower bound inclusivity");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY, "> " + TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE.toString() + "*", "does not conform to standard validation for field type.");
 
         // <searchDefinition dataType="datetime" datePicker="false">
         //   <rangeDefinition inclusive="false">
         //     <lower/>
         //     <upper inclusive="true" datePicker="true"/>
         //   </rangeDefinition>
         // </searchDefinition>
         searchAttribute = getAttribute("XMLSearchableAttributeStdDateTimeRange");
         ed = createExtensionDefinition("XMLSearchableAttributeStdDateTimeRange");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY, "<= " + DocumentSearchInternalUtils.getDisplayValueWithDateOnly(TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_VALUE), null);
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY, ">= 001/5/08", "differ on lower bound inclusivity");
         assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY, "> 001/5/08", null);
         error = assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY, ">= 41/5/08", "differ on lower bound inclusivity");
         error = assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY, "> 41/5/08", "does not conform to standard validation for field type.");
         error = assertDocumentSearchCriteriaValidation(searchAttribute, ed, TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY, "<= 01/02/20*", "does not conform to standard validation for field type.");
     }
 
     /**
      * Helper to assert document search criteria validation
      */
     protected RemotableAttributeError assertDocumentSearchCriteriaValidation(StandardGenericXMLSearchableAttribute attribute, ExtensionDefinition ed, String attrkey, String attrvalue, String expectedErrorMessage) {
         DocumentSearchCriteria.Builder dscb = DocumentSearchCriteria.Builder.create();
         dscb.addDocumentAttributeValue(attrkey, attrvalue);
 
         List<RemotableAttributeError> errors = attribute.validateDocumentAttributeCriteria(ed, dscb.build());
 
         if (expectedErrorMessage != null) {
             assertEquals("Validation should return a single error message.", 1, errors.size());
             if (StringUtils.isNotEmpty(expectedErrorMessage)) {
                 assertTrue("Validation error is incorrect", errors.get(0).getMessage().contains(expectedErrorMessage));
             }
             return errors.get(0);
         } else {
             assertEquals("Validation should not have returned an error.", 0, errors.size());
             return null;
         }
     }
 
     /**
      * Sets up a doc for searching with ranged queries
      */
     protected WorkflowDocument setUpSearchableDoc() {
         String documentTypeName = "SearchDocTypeRangeSearchDataType";
     	DocumentType docType = ((DocumentTypeService)KEWServiceLocator.getService(KEWServiceLocator.DOCUMENT_TYPE_SERVICE)).findByName(documentTypeName);
         String userNetworkId = "rkirkend";
         WorkflowDocument workflowDocument = WorkflowDocumentFactory.createDocument(getPrincipalIdForName(userNetworkId), documentTypeName);
 
         /*
          *   Below we are using the keys and values from the custom searchable attribute classes' static constants but
          *   this is only for convenience as those should always be valid values to test for.
          */
         // adding string searchable attribute
         WorkflowAttributeDefinition.Builder stringXMLDef = WorkflowAttributeDefinition.Builder.create("XMLSearchableAttributeStringRange");
         stringXMLDef.addPropertyDefinition(TestXMLSearchableAttributeString.SEARCH_STORAGE_KEY, TestXMLSearchableAttributeString.SEARCH_STORAGE_VALUE);
         workflowDocument.addSearchableDefinition(stringXMLDef.build());
         // adding long searchable attribute
         WorkflowAttributeDefinition.Builder longXMLDef = WorkflowAttributeDefinition.Builder.create("XMLSearchableAttributeStdLongRangeInclusive");
         longXMLDef.addPropertyDefinition(TestXMLSearchableAttributeLong.SEARCH_STORAGE_KEY, TestXMLSearchableAttributeLong.SEARCH_STORAGE_VALUE.toString());
         workflowDocument.addSearchableDefinition(longXMLDef.build());
         // adding float searchable attribute
         WorkflowAttributeDefinition.Builder floatXMLDef = WorkflowAttributeDefinition.Builder.create("XMLSearchableAttributeStdFloatRangeInclusive");
         floatXMLDef.addPropertyDefinition(TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY, TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE.toString());
         workflowDocument.addSearchableDefinition(floatXMLDef.build());
         // adding string searchable attribute
         WorkflowAttributeDefinition.Builder dateXMLDef = WorkflowAttributeDefinition.Builder.create("XMLSearchableAttributeStdDateTimeRangeInclusive");
         dateXMLDef.addPropertyDefinition(TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY, DocumentSearchInternalUtils
                 .getDisplayValueWithDateOnly(TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_VALUE));
         workflowDocument.addSearchableDefinition(dateXMLDef.build());
 
         workflowDocument.setTitle("Routing style");
         workflowDocument.route("routing this document.");
 
         return WorkflowDocumentFactory.loadDocument(getPrincipalIdForName(userNetworkId), workflowDocument.getDocumentId());
     }
 
     /**
      * Special result which indicates a range validation error is expected
      */
     private static final int EXPECT_EXCEPTION = -1;
 
     /**
      * Helper that asserts range search results
      */
     protected void assertRangeSearchResults(String docType, String userId, String attrKey, String lowerBound, String upperBound, boolean upperBoundInclusive, int expected) throws WorkflowServiceErrorException {
         DocumentSearchCriteria.Builder criteria = DocumentSearchCriteria.Builder.create();
         criteria.setDocumentTypeName(docType);
 
         addSearchableAttribute(criteria, attrKey, createSearchableAttributeRange(lowerBound, upperBound, upperBoundInclusive));
 
         DocumentSearchResults results;
         try {
             results = docSearchService.lookupDocuments(userId, criteria.build());
             if (expected == EXPECT_EXCEPTION) fail("Error should have been thrown for invalid range");
         } catch (WorkflowServiceErrorException e) {
             if (expected == EXPECT_EXCEPTION) {
                 return;
             } else {
                 throw e;
             }
         }
 
         assertEquals("Search results should have " + expected + " document(s).", expected,
                 results.getSearchResults().size());
     }
 
     @Test public void testStringRanges() throws Exception {
         WorkflowDocument doc = setUpSearchableDoc();
         String userId = doc.getInitiatorPrincipalId();
         String docType = doc.getDocumentTypeName();
 
         assertRangeSearchResults(docType, userId, TestXMLSearchableAttributeString.SEARCH_STORAGE_KEY, TestXMLSearchableAttributeString.SEARCH_STORAGE_VALUE, null, false, 1);
     }
 
     @Test public void testLongRanges() throws Exception {
         WorkflowDocument doc = setUpSearchableDoc();
         String userId = doc.getInitiatorPrincipalId();
         String docType = doc.getDocumentTypeName();
 
         String searchAttributeLongKey = TestXMLSearchableAttributeLong.SEARCH_STORAGE_KEY;
         Long searchAttributeLongValue = TestXMLSearchableAttributeLong.SEARCH_STORAGE_VALUE.longValue();
         Long longValueToUse = null;
 
         // test lower bound only
         longValueToUse = searchAttributeLongValue; // lowerbound == value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey, longValueToUse.toString(), null, false, 1);
 
         longValueToUse = Long.valueOf(searchAttributeLongValue.longValue() - 1); // lowerbound below value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey, longValueToUse.toString(), null, false, 1);
 
         longValueToUse = Long.valueOf(searchAttributeLongValue.longValue() + 1); // lowerbound is above value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey, longValueToUse.toString(), null, false, 0);
 
         // test upper bound only
         longValueToUse = searchAttributeLongValue; // upper bound == value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey, null, longValueToUse.toString(), true, 1);
 
         longValueToUse = Long.valueOf(searchAttributeLongValue.longValue() - 1); // upper bound < value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey, null, longValueToUse.toString(), true, 0);
 
         longValueToUse = Long.valueOf(searchAttributeLongValue.longValue() + 1); // upper bound > value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey, null, longValueToUse.toString(), true, 1);
 
         // test both bounds
         // lowerbound == upperbound == value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey,
                                  Long.valueOf(searchAttributeLongValue.longValue()).toString(),
                                  Long.valueOf(searchAttributeLongValue.longValue()).toString(), true, 1);
 
         // lower and upper bound > value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey,
                                  Long.valueOf(searchAttributeLongValue.longValue() + 2).toString(),
                                  Long.valueOf(searchAttributeLongValue.longValue() + 4).toString(), true, 0);
 
         // lower and upper bound < value, but lower > upper
         assertRangeSearchResults(docType, userId, searchAttributeLongKey,
                                  Long.valueOf(searchAttributeLongValue.longValue() - 2).toString(),
                                  Long.valueOf(searchAttributeLongValue.longValue() - 4).toString(), true, EXPECT_EXCEPTION);
         // lower and upper bound < value, lower < upper
         assertRangeSearchResults(docType, userId, searchAttributeLongKey,
                                  Long.valueOf(searchAttributeLongValue.longValue() - 4).toString(),
                                  Long.valueOf(searchAttributeLongValue.longValue() - 2).toString(), true, 0);
 
         // lower bound < value, upper bound > value
         assertRangeSearchResults(docType, userId, searchAttributeLongKey,
                                  Long.valueOf(searchAttributeLongValue.longValue() - 2).toString(),
                                  Long.valueOf(searchAttributeLongValue.longValue() + 2).toString(), true, 1);
 
         // upper < lower
         assertRangeSearchResults(docType, userId, searchAttributeLongKey,
                                  Long.valueOf(searchAttributeLongValue.longValue() + 2).toString(),
                                  Long.valueOf(searchAttributeLongValue.longValue() - 2).toString(), true, EXPECT_EXCEPTION);
     }
 
     @Test public void testFloatRanges() throws Exception {
         WorkflowDocument doc = setUpSearchableDoc();
         String userId = doc.getInitiatorPrincipalId();
         String docType = doc.getDocumentTypeName();
 
         String searchAttributeFloatKey = TestXMLSearchableAttributeFloat.SEARCH_STORAGE_KEY;
         BigDecimal searchAttributeFloatValue = TestXMLSearchableAttributeFloat.SEARCH_STORAGE_VALUE;
 
         BigDecimal floatValueToUse = null;
         // test lower bound only
         floatValueToUse = searchAttributeFloatValue; // lower bound == value
         // NOTE: original test asserted 0 results, mysql actually does match the value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey, floatValueToUse.toString(), null, false, 1);
 
         floatValueToUse = searchAttributeFloatValue.subtract(BigDecimal.ONE); // lowerbound < value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey, floatValueToUse.toString(), null, false, 1);
 
         floatValueToUse = searchAttributeFloatValue.add(BigDecimal.ONE); // lowerbound > value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey, floatValueToUse.toString(), null, false, 0);
 
         // test upper bound only
         floatValueToUse = searchAttributeFloatValue; // upperbound == value (does not match float)
         // NOTE: another case where original test had 0 results, but in fact we see a float match
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey, null, floatValueToUse.toString(), true, 1);
 
         floatValueToUse = searchAttributeFloatValue.subtract(BigDecimal.ONE); // upperbound < value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey, null, floatValueToUse.toString(), true, 0);
 
         floatValueToUse = searchAttributeFloatValue.add(BigDecimal.ONE); // upperbound > value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey, null, floatValueToUse.toString(), true, 1);
 
         // test both bounds
         // upper == lower == value
         // NOTE: original case had 0 results, now seeing 1 result
         // search generator invokes criteria which calls addNumericRangeCriteria when produces: (EXT1.VAL BETWEEN 123456.3456 AND 123456.3456)
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey, searchAttributeFloatValue.toString(), searchAttributeFloatValue.toString(), true, 1);
 
         // upper and lower > value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey,
                                  searchAttributeFloatValue.add(new BigDecimal(2)).toString(),
                                  searchAttributeFloatValue.add(new BigDecimal(4)).toString(), true, 0);
 
         // upper and lower < value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey,
                                  searchAttributeFloatValue.subtract(new BigDecimal(4)).toString(),
                                  searchAttributeFloatValue.subtract(new BigDecimal(2)).toString(), true, 0);
 
         // lower < value, upper > value
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey,
                                  searchAttributeFloatValue.subtract(new BigDecimal(2)).toString(),
                                  searchAttributeFloatValue.add(new BigDecimal(2)).toString(), true, 1);
 
         // upper < lower
         assertRangeSearchResults(docType, userId, searchAttributeFloatKey,
                                  searchAttributeFloatValue.add(new BigDecimal(2)).toString(),
                                  searchAttributeFloatValue.subtract(new BigDecimal(2)).toString(), true, EXPECT_EXCEPTION);
     }
 
     @Test public void testDateRanges() throws Exception {
         WorkflowDocument doc = setUpSearchableDoc();
         String userId = doc.getInitiatorPrincipalId();
         String docType = doc.getDocumentTypeName();
 
         // begin datetime attribute value testing
         // inclusive = ?
         String searchAttributeDateTimeKey = TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_KEY;
         Calendar searchAttributeDateTimeValue = TestXMLSearchableAttributeDateTime.SEARCH_STORAGE_VALUE.toGregorianCalendar();
 
         Calendar calendarValueToUse = null;
         // test lower bound only
         calendarValueToUse = (Calendar) searchAttributeDateTimeValue.clone(); // lower == value
         String valueToSearch = DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(calendarValueToUse));
         // NOTE: matches now
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey, valueToSearch, null, false, 1);
 
         calendarValueToUse = (Calendar) searchAttributeDateTimeValue.clone();
         calendarValueToUse.add(Calendar.DATE, -1); // lower < value
         valueToSearch = DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(calendarValueToUse));
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey, valueToSearch, null, false, 1);
 
         calendarValueToUse = (Calendar) searchAttributeDateTimeValue.clone();
         calendarValueToUse.add(Calendar.DATE, 1); // lower > value
         valueToSearch = DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(calendarValueToUse));
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey, valueToSearch, null, false, 0);
 
         // test upper bound only
         calendarValueToUse = (Calendar) searchAttributeDateTimeValue.clone(); // upper == value (inclusivity true)
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  null,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(calendarValueToUse)), true, 1);
 
         calendarValueToUse = (Calendar) searchAttributeDateTimeValue.clone();
         calendarValueToUse.add(Calendar.DATE, -1); // upper < value
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  null,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(calendarValueToUse)), true, 0);
 
         calendarValueToUse = (Calendar) searchAttributeDateTimeValue.clone();
         calendarValueToUse.add(Calendar.DATE, 1); // upper > value
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  null,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(calendarValueToUse)), true, 1);
 
         // test both bounds
         Calendar lowerBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         Calendar upperBoundValue = (Calendar) searchAttributeDateTimeValue.clone(); // upper == lower == value (inclusivity true)
         // NOTE: matches now
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(lowerBoundValue)),
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(upperBoundValue)), true, 1);
 
         lowerBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         lowerBoundValue.add(Calendar.DATE, 2);
         upperBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         upperBoundValue.add(Calendar.DATE, 4);  // upper and lower > value
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(lowerBoundValue)),
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(upperBoundValue)), true, 0);
 
         lowerBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         lowerBoundValue.add(Calendar.DATE, -4);
         upperBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         upperBoundValue.add(Calendar.DATE, -2); // upper and lower < value
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(lowerBoundValue)),
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(upperBoundValue)), true, 0);
 
         lowerBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         lowerBoundValue.add(Calendar.DATE, -2);
         upperBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         upperBoundValue.add(Calendar.DATE, 2);  // lower < value, upper > value
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(lowerBoundValue)),
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(upperBoundValue)), true, 1);
 
         lowerBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         lowerBoundValue.add(Calendar.DATE, 2);
         upperBoundValue = (Calendar) searchAttributeDateTimeValue.clone();
         upperBoundValue.add(Calendar.DATE, -2); // lower > upper == error
         assertRangeSearchResults(docType, userId, searchAttributeDateTimeKey,
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(lowerBoundValue)),
                                  DocumentSearchInternalUtils.getDisplayValueWithDateOnly(SQLUtils.convertCalendar(upperBoundValue)), true, EXPECT_EXCEPTION);
     }
 
     /*
      * Tests the XML string attributes on range definitions, using a technique similar to that of the testSearchableAttributeRanges() unit test.
      */
     @Test public void testRangeDefinitionStringAttributes() throws Exception {
         String documentTypeName = "RangeDefinitionTestDocType";
     	DocumentType docType = KEWServiceLocator.getDocumentTypeService().findByName(documentTypeName);
         String principalName = "rkirkend";
         String principalId = KimApiServiceLocator.getPersonService().getPersonByPrincipalName(principalName).getPrincipalId();
         WorkflowDocument workflowDocument = WorkflowDocumentFactory.createDocument(principalId, documentTypeName);
 
         // adding inclusive-lower-bound searchable attribute
         WorkflowAttributeDefinition.Builder inclusiveLowerXMLDef = WorkflowAttributeDefinition.Builder.create("TextFieldWithInclusiveLower");
         inclusiveLowerXMLDef.addPropertyDefinition("textFieldWithInclusiveLower", "newvalue");
         workflowDocument.addSearchableDefinition(inclusiveLowerXMLDef.build());
         // adding case-sensitive searchable attribute
         WorkflowAttributeDefinition.Builder caseSensitiveXMLDef = WorkflowAttributeDefinition.Builder.create("TextFieldWithCaseSensitivity");
         caseSensitiveXMLDef.addPropertyDefinition("textFieldWithCaseSensitivity", "thevalue");
         workflowDocument.addSearchableDefinition(caseSensitiveXMLDef.build());
         // adding searchable attribute with overridden properties
         WorkflowAttributeDefinition.Builder overridesXMLDef = WorkflowAttributeDefinition.Builder.create("TextFieldWithOverrides");
         overridesXMLDef.addPropertyDefinition("textFieldWithOverrides", "SomeVal");
         workflowDocument.addSearchableDefinition(overridesXMLDef.build());
 
         workflowDocument.setTitle("Range Def Test");
         workflowDocument.route("routing range def doc.");
 
         workflowDocument = WorkflowDocumentFactory.loadDocument(principalId, workflowDocument.getDocumentId());
 
         // Verify that the "TextFieldWithInclusiveLower" attribute behaves as expected (lower-bound-inclusive and (by default) case-insensitive).
         // both upper and lower bounds set to inclusive in attr definition
         assertSearchBehavesAsExpected(docType, principalId, "textFieldWithInclusiveLower",
                 new String[] { "newvalue", ""        , ""        , "NEWVALUD", "newValuf", "newValuj", "newvaluf"},
                 new String[] { ""        , "newvalue", "Newvaluf", "NEWVALUF", "newValud", "NEWVALUK", ""        },
                 new int[]    { 1         , 1         , 1         , 1         , -1        , 0         , 0         });
 
         // Verify that the "TextFieldWithCaseSensitivity" attribute behaves as expected (bound-inclusive and case-sensitive).
         assertSearchBehavesAsExpected(docType, principalId, "textFieldWithCaseSensitivity",
         		new String[] { "thevalue", ""        , ""        , "THEVALUD", "thevalud", "Thevalud", "THEVALUF"},
         		new String[] { ""        , "thevalue", "Thevalue", "THEVALUF", "THEVALUF", "Thevaluf", ""        },
         		new int[]    { 1         , 1         , 0         , 0         , -1        , 0         , 1         });
 
         // Verify that the "TextFieldWithOverrides" attribute behaves as expected
         assertSearchBehavesAsExpected(docType, principalId, "textFieldWithOverrides",
         		new String[] { "> someval", "> SomeVal", "<= SOMEVAL", "<= SomeVal", "SOMEVAK>..SomeVam", "SomeVam>..SOMEVAK", "SOMEVAM>..SomeVak", "> somevak", "<= SomeVak" },
               //new String[] { ""         , ""         ,    "SOMEVAL",    "SomeVal", "SomeVam"          ,           "SOMEVAK",           "SomeVak", ""         ,    "SomeVak"},
         		new int[]    { 0          , 0          , 1           , 1           , 1                  , -1                 , -1                 , 1          , 0        });
     }
 
     /*
      * A convenience method for performing document-searching operations involving range definitions. The array parameters must all be the same length,
      * since this method will perform tests with the values given by entries located at the same indices.
      * @param docType The document type to search for.
      * @param principalId The ID of the user that will perform the search.
      * @param fieldDefKey The name of the field given by the field definition on the searchable attribute.
      * @param lowBounds The lower bounds to use in the tests; to ignore a lower bound for a test, use an empty String.
      * @param upBounds The upper bounds to use in the tests; to ignore an upper bound for a test, use an empty String.
      * @param resultSizes The expected number of documents to be returned by the search; use -1 to indicate that an exception should have occurred.
      * @throws Exception
      */
     private void assertSearchBehavesAsExpected(DocumentType docType, String principalId, String fieldDefKey, final String[] lowBounds, final String[] upBounds, int[] resultSizes) throws Exception {
         assertSearchResults(KEWServiceLocator.getDocumentSearchService(), docType, principalId, fieldDefKey, resultSizes, new Function<Integer, String>() {
             @Override public String apply(@Nullable Integer index) {
                 return createSearchableAttributeRange(lowBounds[index], upBounds[index], true);
             }
         });
     }
 
     /*
     * A convenience method for performing document-searching operations involving range definitions. The array parameters must all be the same length,
     * since this method will perform tests with the values given by entries located at the same indices.
     * @param docType The document type to search for.
     * @param principalId The ID of the user that will perform the search.
     * @param fieldDefKey The name of the field given by the field definition on the searchable attribute.
     * @param expr array of search expressions
     * @param resultSizes The expected number of documents to be returned by the search; use -1 to indicate that an exception should have occurred.
     * @throws Exception
     */
     private void assertSearchBehavesAsExpected(DocumentType docType, String principalId, String fieldDefKey, final String[] expr, int[] resultSizes) throws Exception {
         assertSearchResults(KEWServiceLocator.getDocumentSearchService(), docType, principalId, fieldDefKey, resultSizes, new Function<Integer, String>() {
             @Override public String apply(@Nullable Integer index) {
                 return expr[index];
             }
         });
     }
 
     private void assertSearchResults(DocumentSearchService docSearchService, DocumentType docType, String principalId, String fieldDefKey, int[] resultSizes, Function<Integer, String> closure) {
         DocumentSearchCriteria.Builder criteria = null;
         DocumentSearchResults results = null;
         for (int i = 0; i < resultSizes.length; i++) {
             criteria = DocumentSearchCriteria.Builder.create();
             criteria.setDocumentTypeName(docType.getName());
 
             addSearchableAttribute(criteria, fieldDefKey, closure.apply(i));
 
             try {
                 results = docSearchService.lookupDocuments(principalId, criteria.build());
                 if (resultSizes[i] < 0) {
                     fail(fieldDefKey + "'s search at loop index " + i + " should have thrown an exception");
                 }
                 assertEquals(fieldDefKey
                         + "'s search results at loop index "
                         + i
                         + " returned the wrong number of documents.", resultSizes[i], results.getSearchResults().size());
             } catch (Exception ex) {
                 if (resultSizes[i] >= 0) {
                     fail(fieldDefKey + "'s search at loop index " + i + " should not have thrown an exception");
                 }
             }
         }
     }
 }