@Test
public void testGetFieldTypeAccuracy() throws Exception {
String fieldType = "string";
SchemaRequest.FieldType fieldTypeSchemaRequest = new SchemaRequest.FieldType(fieldType);
SchemaResponse.FieldTypeResponse fieldTypeResponse =
fieldTypeSchemaRequest.process(getSolrClient());
assertValidSchemaResponse(fieldTypeResponse);
FieldTypeRepresentation fieldTypeDefinition = fieldTypeResponse.getFieldType();
assertThat(fieldType, is(equalTo(fieldTypeDefinition.getAttributes().get("name"))));
assertThat("solr.StrField", is(equalTo(fieldTypeDefinition.getAttributes().get("class"))));
}
@Test
public void testMultipleUpdateRequestAccuracy() throws Exception {
String fieldTypeName = "accuracyTextField";
SchemaRequest.AddFieldType addFieldTypeRequest = createFieldTypeRequest(fieldTypeName);
String field1Name = "accuracyField1";
String field2Name = "accuracyField2";
Map<String, Object> fieldAttributes = new LinkedHashMap<>();
fieldAttributes.put("name", field1Name);
fieldAttributes.put("type", fieldTypeName);
fieldAttributes.put("stored", true);
fieldAttributes.put("indexed", true);
SchemaRequest.AddField addFieldName1Request = new SchemaRequest.AddField(fieldAttributes);
fieldAttributes.put("name", field2Name);
SchemaRequest.AddField addFieldName2Request = new SchemaRequest.AddField(fieldAttributes);
List<SchemaRequest.Update> list = new ArrayList<>(3);
list.add(addFieldTypeRequest);
list.add(addFieldName1Request);
list.add(addFieldName2Request);
SchemaRequest.MultiUpdate multiUpdateRequest = new SchemaRequest.MultiUpdate(list);
SchemaResponse.UpdateResponse multipleUpdatesResponse =
multiUpdateRequest.process(getSolrClient());
assertValidSchemaResponse(multipleUpdatesResponse);
SchemaRequest.FieldType fieldTypeSchemaRequest = new SchemaRequest.FieldType(fieldTypeName);
SchemaResponse.FieldTypeResponse fieldTypeResponse =
fieldTypeSchemaRequest.process(getSolrClient());
assertValidSchemaResponse(fieldTypeResponse);
FieldTypeRepresentation fieldTypeRepresentation = fieldTypeResponse.getFieldType();
assertThat(fieldTypeName, is(equalTo(fieldTypeRepresentation.getAttributes().get("name"))));
SchemaRequest.Field field1SchemaRequest = new SchemaRequest.Field(field1Name);
SchemaResponse.FieldResponse field1Response = field1SchemaRequest.process(getSolrClient());
assertValidSchemaResponse(field1Response);
Map<String, ?> field1Attributes = field1Response.getField();
assertThat(field1Name, is(equalTo(field1Attributes.get("name"))));
assertThat(fieldTypeName, is(equalTo(field1Attributes.get("type"))));
assertThat(true, is(equalTo(field1Attributes.get("stored"))));
assertThat(true, is(equalTo(field1Attributes.get("indexed"))));
SchemaRequest.Field field2SchemaRequest = new SchemaRequest.Field(field1Name);
SchemaResponse.FieldResponse field2Response = field2SchemaRequest.process(getSolrClient());
assertValidSchemaResponse(field2Response);
Map<String, ?> field2Attributes = field2Response.getField();
assertThat(field1Name, is(equalTo(field2Attributes.get("name"))));
assertThat(fieldTypeName, is(equalTo(field2Attributes.get("type"))));
assertThat(true, is(equalTo(field2Attributes.get("stored"))));
assertThat(true, is(equalTo(field2Attributes.get("indexed"))));
}
@Test
public void testReplaceFieldTypeAccuracy() throws Exception {
// Given
Map<String, Object> fieldTypeAttributes = new LinkedHashMap<>();
String fieldTypeName = "replaceInt";
fieldTypeAttributes.put("name", fieldTypeName);
fieldTypeAttributes.put("class", "solr.TrieIntField");
fieldTypeAttributes.put("precisionStep", 0);
fieldTypeAttributes.put("omitNorms", true);
fieldTypeAttributes.put("positionIncrementGap", 0);
FieldTypeDefinition fieldTypeDefinition = new FieldTypeDefinition();
fieldTypeDefinition.setAttributes(fieldTypeAttributes);
SchemaRequest.AddFieldType addFieldTypeRequest =
new SchemaRequest.AddFieldType(fieldTypeDefinition);
SchemaResponse.UpdateResponse addFieldTypeResponse =
addFieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(addFieldTypeResponse);
// When : update the field definition
fieldTypeAttributes.put("precisionStep", 1);
fieldTypeAttributes.put("omitNorms", false);
FieldTypeDefinition replaceFieldTypeDefinition = new FieldTypeDefinition();
replaceFieldTypeDefinition.setAttributes(fieldTypeAttributes);
SchemaRequest.ReplaceFieldType replaceFieldTypeRequest =
new SchemaRequest.ReplaceFieldType(replaceFieldTypeDefinition);
SchemaResponse.UpdateResponse replaceFieldTypeResponse =
replaceFieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(replaceFieldTypeResponse);
// Then
SchemaRequest.FieldType fieldTypeRequest = new SchemaRequest.FieldType(fieldTypeName);
SchemaResponse.FieldTypeResponse newFieldTypeResponse =
fieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(newFieldTypeResponse);
FieldTypeRepresentation replacedFieldTypeRepresentation = newFieldTypeResponse.getFieldType();
Map<String, Object> replacedFieldTypeAttributes =
replacedFieldTypeRepresentation.getAttributes();
assertThat(fieldTypeName, is(equalTo(replacedFieldTypeAttributes.get("name"))));
assertThat("solr.TrieIntField", is(equalTo(replacedFieldTypeAttributes.get("class"))));
assertThat(false, is(equalTo(replacedFieldTypeAttributes.get("omitNorms"))));
assertThat("1", is(equalTo(replacedFieldTypeAttributes.get("precisionStep"))));
assertThat("0", is(equalTo(replacedFieldTypeAttributes.get("positionIncrementGap"))));
}
@Test
public void testDeleteFieldTypeAccuracy() throws Exception {
Map<String, Object> fieldTypeAttributes = new LinkedHashMap<>();
String fieldTypeName = "delInt";
fieldTypeAttributes.put("name", fieldTypeName);
fieldTypeAttributes.put("class", "solr.TrieIntField");
fieldTypeAttributes.put("precisionStep", 0);
fieldTypeAttributes.put("omitNorms", true);
fieldTypeAttributes.put("positionIncrementGap", 0);
FieldTypeDefinition fieldTypeDefinition = new FieldTypeDefinition();
fieldTypeDefinition.setAttributes(fieldTypeAttributes);
SchemaRequest.AddFieldType addFieldTypeRequest =
new SchemaRequest.AddFieldType(fieldTypeDefinition);
SolrClient c = getSolrClient();
SchemaResponse.UpdateResponse addFieldTypeResponse = addFieldTypeRequest.process(c);
assertValidSchemaResponse(addFieldTypeResponse);
SchemaRequest.FieldType fieldTypeRequest = new SchemaRequest.FieldType(fieldTypeName);
SchemaResponse.FieldTypeResponse initialFieldTypeResponse =
fieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(initialFieldTypeResponse);
FieldTypeRepresentation responseFieldTypeRepresentation =
initialFieldTypeResponse.getFieldType();
assertThat(
fieldTypeName, is(equalTo(responseFieldTypeRepresentation.getAttributes().get("name"))));
SchemaRequest.DeleteFieldType deleteFieldTypeRequest =
new SchemaRequest.DeleteFieldType(fieldTypeName);
SchemaResponse.UpdateResponse deleteFieldTypeResponse =
deleteFieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(deleteFieldTypeResponse);
try {
fieldTypeRequest.process(getSolrClient());
fail(
String.format(
Locale.ROOT,
"after removal, the field type %s shouldn't be anymore available over Schema API",
fieldTypeName));
} catch (SolrException e) {
// success
}
}
@Test
public void addFieldTypeWithAnalyzerClassAccuracy() throws Exception {
Map<String, Object> fieldTypeAttributes = new LinkedHashMap<>();
String fieldTypeName = "nameText";
fieldTypeAttributes.put("name", fieldTypeName);
fieldTypeAttributes.put("class", "solr.TextField");
FieldTypeDefinition fieldTypeDefinition = new FieldTypeDefinition();
fieldTypeDefinition.setAttributes(fieldTypeAttributes);
Map<String, Object> analyzerAttributes = new LinkedHashMap<>();
analyzerAttributes.put("class", "org.apache.lucene.analysis.core.WhitespaceAnalyzer");
analyzerAttributes.put("luceneMatchVersion", "5.0.0");
AnalyzerDefinition analyzerDefinition = new AnalyzerDefinition();
analyzerDefinition.setAttributes(analyzerAttributes);
fieldTypeDefinition.setAnalyzer(analyzerDefinition);
SchemaRequest.AddFieldType addFieldTypeRequest =
new SchemaRequest.AddFieldType(fieldTypeDefinition);
SchemaResponse.UpdateResponse addFieldTypeResponse =
addFieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(addFieldTypeResponse);
SchemaRequest.FieldType fieldTypeRequest = new SchemaRequest.FieldType(fieldTypeName);
SchemaResponse.FieldTypeResponse newFieldTypeResponse =
fieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(newFieldTypeResponse);
FieldTypeRepresentation newFieldTypeRepresentation = newFieldTypeResponse.getFieldType();
assertThat(fieldTypeName, is(equalTo(newFieldTypeRepresentation.getAttributes().get("name"))));
assertThat(
analyzerAttributes.get("class"),
is(equalTo(newFieldTypeRepresentation.getAnalyzer().getAttributes().get("class"))));
assertThat(
analyzerAttributes.get("luceneMatchVersion"),
is(
equalTo(
newFieldTypeRepresentation
.getAnalyzer()
.getAttributes()
.get("luceneMatchVersion"))));
}
@Test
public void addFieldTypeWithSimilarityAccuracy() throws Exception {
FieldTypeDefinition fieldTypeDefinition = new FieldTypeDefinition();
Map<String, Object> fieldTypeAttributes = new LinkedHashMap<>();
String fieldTypeName = "fullClassNames";
fieldTypeAttributes.put("name", fieldTypeName);
fieldTypeAttributes.put("class", "org.apache.solr.schema.TextField");
fieldTypeDefinition.setAttributes(fieldTypeAttributes);
AnalyzerDefinition analyzerDefinition = new AnalyzerDefinition();
Map<String, Object> charFilterAttributes = new LinkedHashMap<>();
charFilterAttributes.put("class", "solr.PatternReplaceCharFilterFactory");
charFilterAttributes.put("replacement", "$1$1");
charFilterAttributes.put("pattern", "([a-zA-Z])\\\\1+");
analyzerDefinition.setCharFilters(Collections.singletonList(charFilterAttributes));
Map<String, Object> tokenizerAttributes = new LinkedHashMap<>();
tokenizerAttributes.put("class", "solr.WhitespaceTokenizerFactory");
analyzerDefinition.setTokenizer(tokenizerAttributes);
fieldTypeDefinition.setAnalyzer(analyzerDefinition);
Map<String, Object> similarityAttributes = new LinkedHashMap<>();
similarityAttributes.put("class", "org.apache.lucene.misc.SweetSpotSimilarity");
fieldTypeDefinition.setSimilarity(similarityAttributes);
SchemaRequest.AddFieldType addFieldTypeRequest =
new SchemaRequest.AddFieldType(fieldTypeDefinition);
SchemaResponse.UpdateResponse addFieldTypeResponse =
addFieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(addFieldTypeResponse);
// similarity is not shown by default for the fieldType
SchemaRequest.FieldType fieldTypeRequest = new SchemaRequest.FieldType(fieldTypeName);
SchemaResponse.FieldTypeResponse newFieldTypeResponse =
fieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(newFieldTypeResponse);
FieldTypeRepresentation newFieldTypeRepresentation = newFieldTypeResponse.getFieldType();
assertThat(fieldTypeName, is(equalTo(newFieldTypeRepresentation.getAttributes().get("name"))));
assertThat(
similarityAttributes.get("class"),
is(equalTo(newFieldTypeRepresentation.getSimilarity().get("class"))));
}
@Test
public void testAddFieldTypeAccuracy() throws Exception {
SchemaRequest.FieldTypes fieldTypesRequest = new SchemaRequest.FieldTypes();
SchemaResponse.FieldTypesResponse initialFieldTypesResponse =
fieldTypesRequest.process(getSolrClient());
assertValidSchemaResponse(initialFieldTypesResponse);
List<FieldTypeRepresentation> initialFieldTypes = initialFieldTypesResponse.getFieldTypes();
FieldTypeDefinition fieldTypeDefinition = new FieldTypeDefinition();
Map<String, Object> fieldTypeAttributes = new LinkedHashMap<>();
String fieldTypeName = "accuracyTextField";
fieldTypeAttributes.put("name", fieldTypeName);
fieldTypeAttributes.put("class", "solr.TextField");
fieldTypeAttributes.put("positionIncrementGap", "100");
fieldTypeDefinition.setAttributes(fieldTypeAttributes);
AnalyzerDefinition analyzerDefinition = new AnalyzerDefinition();
Map<String, Object> charFilterAttributes = new LinkedHashMap<>();
charFilterAttributes.put("class", "solr.PatternReplaceCharFilterFactory");
charFilterAttributes.put("replacement", "$1$1");
charFilterAttributes.put("pattern", "([a-zA-Z])\\\\1+");
analyzerDefinition.setCharFilters(Collections.singletonList(charFilterAttributes));
Map<String, Object> tokenizerAttributes = new LinkedHashMap<>();
tokenizerAttributes.put("class", "solr.WhitespaceTokenizerFactory");
analyzerDefinition.setTokenizer(tokenizerAttributes);
Map<String, Object> filterAttributes = new LinkedHashMap<>();
filterAttributes.put("class", "solr.WordDelimiterFilterFactory");
filterAttributes.put("preserveOriginal", "0");
analyzerDefinition.setFilters(Collections.singletonList(filterAttributes));
fieldTypeDefinition.setAnalyzer(analyzerDefinition);
SchemaRequest.AddFieldType addFieldTypeRequest =
new SchemaRequest.AddFieldType(fieldTypeDefinition);
SchemaResponse.UpdateResponse addFieldTypeResponse =
addFieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(addFieldTypeResponse);
SchemaResponse.FieldTypesResponse currentFieldTypesResponse =
fieldTypesRequest.process(getSolrClient());
assertEquals(0, currentFieldTypesResponse.getStatus());
List<FieldTypeRepresentation> currentFieldTypes = currentFieldTypesResponse.getFieldTypes();
assertEquals(initialFieldTypes.size() + 1, currentFieldTypes.size());
Map<String, Object> fieldAttributes = new LinkedHashMap<>();
String fieldName = "accuracyField";
fieldAttributes.put("name", fieldName);
fieldAttributes.put("type", fieldTypeName);
SchemaRequest.AddField addFieldRequest = new SchemaRequest.AddField(fieldAttributes);
SchemaResponse.UpdateResponse addFieldResponse = addFieldRequest.process(getSolrClient());
assertValidSchemaResponse(addFieldResponse);
Map<String, Object> dynamicFieldAttributes = new LinkedHashMap<>();
String dynamicFieldName = "*_accuracy";
dynamicFieldAttributes.put("name", dynamicFieldName);
dynamicFieldAttributes.put("type", fieldTypeName);
SchemaRequest.AddDynamicField addDynamicFieldRequest =
new SchemaRequest.AddDynamicField(dynamicFieldAttributes);
SchemaResponse.UpdateResponse addDynamicFieldResponse =
addDynamicFieldRequest.process(getSolrClient());
assertValidSchemaResponse(addDynamicFieldResponse);
SchemaRequest.FieldType fieldTypeRequest = new SchemaRequest.FieldType(fieldTypeName);
SchemaResponse.FieldTypeResponse newFieldTypeResponse =
fieldTypeRequest.process(getSolrClient());
assertValidSchemaResponse(newFieldTypeResponse);
FieldTypeRepresentation newFieldTypeRepresentation = newFieldTypeResponse.getFieldType();
assertThat(fieldTypeName, is(equalTo(newFieldTypeRepresentation.getAttributes().get("name"))));
assertThat(
"solr.TextField", is(equalTo(newFieldTypeRepresentation.getAttributes().get("class"))));
assertThat(
analyzerDefinition.getTokenizer().get("class"),
is(equalTo(newFieldTypeRepresentation.getAnalyzer().getTokenizer().get("class"))));
}
