@UiHandler(value = "newFilterListBox")
public void onNewFilterSelected(ChangeEvent changeEvent) {
int selectedIdx = newFilterListBox.getSelectedIndex();
if (selectedIdx > 0) {
String columnId = metadata.getColumnId(selectedIdx - 1);
ColumnType columnType = metadata.getColumnType(selectedIdx - 1);
CoreFunctionFilter columnFilter =
FilterFactory.createCoreFunctionFilter(
columnId,
columnType,
ColumnType.DATE.equals(columnType)
? CoreFunctionType.TIME_FRAME
: CoreFunctionType.NOT_EQUALS_TO);
if (filter == null) filter = new DataSetFilter();
filter.addFilterColumn(columnFilter);
ColumnFilterEditor columnFilterEditor = new ColumnFilterEditor();
columnFilterEditor.init(metadata, columnFilter, this);
columnFilterEditor.expand();
filterListPanel.add(columnFilterEditor);
newFilterListBox.setSelectedIndex(0);
addFilterPanel.setVisible(false);
addFilterButton.setVisible(true);
columnFilterChanged(columnFilterEditor);
}
}
private List<Query> buildGroupIntervalQuery(DataSetGroup group) {
if (group == null || !group.isSelect()) return null;
List<Query> result = new LinkedList<Query>();
String sourceId = group.getColumnGroup().getSourceId();
ColumnType columnType = metadata.getColumnType(sourceId);
ElasticSearchDataSetDef def = (ElasticSearchDataSetDef) metadata.getDefinition();
List<Interval> intervals = group.getSelectedIntervalList();
for (Interval interval : intervals) {
Query _result = null;
boolean isLabelCol = ColumnType.LABEL.equals(columnType);
boolean isNumericCol = ColumnType.NUMBER.equals(columnType);
boolean isDateCol = ColumnType.DATE.equals(columnType);
boolean isTextCol = ColumnType.TEXT.equals(columnType);
if (isTextCol) {
throw new IllegalArgumentException(
"Not supported type ["
+ columnType.name()
+ "] for column with id ["
+ sourceId
+ "] using grouping.");
}
if (isLabelCol) {
String filterValue = valueTypeMapper.formatLabel(def, sourceId, interval.getName());
_result = new Query(sourceId, Query.Type.TERM);
_result.setParam(Query.Parameter.VALUE.name(), filterValue);
} else if (isNumericCol || isDateCol) {
Object maxValue = interval.getMaxValue();
Object minValue = interval.getMinValue();
Object value0 =
isNumericCol
? valueTypeMapper.formatNumeric(def, sourceId, (Double) minValue)
: valueTypeMapper.formatDate(def, sourceId, (Date) minValue);
Object value1 =
isNumericCol
? valueTypeMapper.formatNumeric(def, sourceId, (Double) maxValue)
: valueTypeMapper.formatDate(def, sourceId, (Date) maxValue);
_result = new Query(sourceId, Query.Type.RANGE);
_result.setParam(Query.Parameter.GT.name(), value0);
_result.setParam(Query.Parameter.LT.name(), value1);
}
result.add(_result);
}
return result;
}
private String formatValue(ElasticSearchDataSetDef definition, String columnId, Object value) {
ColumnType columnType = metadata.getColumnType(columnId);
boolean isLabelCol = ColumnType.LABEL.equals(columnType);
boolean isNumericCol = ColumnType.NUMBER.equals(columnType);
boolean isDateCol = ColumnType.DATE.equals(columnType);
boolean isTextCol = ColumnType.TEXT.equals(columnType);
if (isTextCol) {
return valueTypeMapper.formatText(definition, columnId, (String) value);
} else if (isLabelCol) {
return valueTypeMapper.formatLabel(definition, columnId, (String) value);
} else if (isDateCol) {
return valueTypeMapper.formatDate(definition, columnId, (Date) value);
} else if (isNumericCol) {
return valueTypeMapper.formatNumeric(definition, columnId, (Double) value);
}
throw new IllegalArgumentException(
"Not supported type [" + columnType.name() + "] for column id [" + columnId + "].");
}
protected Query buildColumnCoreFunctionFilter(
CoreFunctionFilter filter, DataSetMetadata metadata) {
String columnId = filter.getColumnId();
ColumnType columnType = metadata.getColumnType(columnId);
ElasticSearchDataSetDef def = (ElasticSearchDataSetDef) metadata.getDefinition();
Query result = null;
CoreFunctionType type = filter.getType();
List params = filter.getParameters();
if (CoreFunctionType.IS_NULL.equals(type)) {
result = new Query(Query.Type.NOT);
Query existResult = new Query(columnId, Query.Type.EXISTS);
result.setParam(Query.Parameter.FILTER.name(), existResult);
} else if (CoreFunctionType.NOT_NULL.equals(type)) {
result = new Query(columnId, Query.Type.EXISTS);
} else if (CoreFunctionType.EQUALS_TO.equals(type)) {
Object value = formatValue(def, columnId, params.get(0));
if (ColumnType.LABEL.equals(columnType)) {
result = new Query(columnId, Query.Type.TERM);
} else {
result = new Query(columnId, Query.Type.MATCH);
}
result.setParam(Query.Parameter.VALUE.name(), value);
} else if (CoreFunctionType.LIKE_TO.equals(type)) {
Object value = formatValue(def, columnId, params.get(0));
if (value != null) {
if (ColumnType.NUMBER.equals(columnType) || ColumnType.DATE.equals(columnType)) {
throw new RuntimeException(
"The operator LIKE can be applied only for LABEL or TEXT column types. The column ["
+ columnId
+ "] is type ["
+ columnType.name()
+ "}.");
}
// TEXT or LABEL columns.
String indexType = def.getPattern(columnId);
if (indexType == null || indexType.trim().length() == 0) {
// Default ELS index type for String fields is ANALYZED.
indexType = FieldMappingResponse.IndexType.ANALYZED.name();
}
// Replace Dashbuilder wildcard characters by the ones used in ELS wildcard query.
boolean caseSensitive = params.size() < 2 || Boolean.parseBoolean(params.get(1).toString());
boolean isFieldAnalyzed =
FieldMappingResponse.IndexType.ANALYZED.name().equalsIgnoreCase(indexType);
// Case un-sensitive is not supported for not_analyzed string fields.
if (!isFieldAnalyzed && !caseSensitive) {
throw new RuntimeException(
"Case unsensitive is not supported for not_analyzed string fields. Field: ["
+ columnId
+ "].");
}
String pattern = utils.transformPattern(value.toString());
boolean isLowerCaseExpandedTerms = isFieldAnalyzed && (!caseSensitive);
result = new Query(columnId, Query.Type.QUERY_STRING);
result.setParam(Query.Parameter.DEFAULT_FIELD.name(), columnId);
result.setParam(Query.Parameter.DEFAULT_OPERATOR.name(), "AND");
result.setParam(Query.Parameter.QUERY.name(), pattern);
result.setParam(Query.Parameter.LOWERCASE_EXPANDED_TERMS.name(), isLowerCaseExpandedTerms);
}
} else if (CoreFunctionType.NOT_EQUALS_TO.equals(type)) {
Object value = formatValue(def, columnId, params.get(0));
if (ColumnType.LABEL.equals(columnType)) {
Query resultMatch = new Query(columnId, Query.Type.TERM);
resultMatch.setParam(Query.Parameter.VALUE.name(), value);
result = new Query(columnId, Query.Type.NOT);
result.setParam(Query.Parameter.FILTER.name(), resultMatch);
} else {
Query resultMatch = new Query(columnId, Query.Type.MATCH);
resultMatch.setParam(Query.Parameter.VALUE.name(), value);
result = new Query(columnId, Query.Type.BOOL);
result.setParam(Query.Parameter.MUST_NOT.name(), asList(resultMatch));
}
} else if (CoreFunctionType.LOWER_THAN.equals(type)) {
Object value = formatValue(def, columnId, params.get(0));
result = new Query(columnId, Query.Type.RANGE);
result.setParam(Query.Parameter.LT.name(), value);
} else if (CoreFunctionType.LOWER_OR_EQUALS_TO.equals(type)) {
Object value = formatValue(def, columnId, params.get(0));
result = new Query(columnId, Query.Type.RANGE);
result.setParam(Query.Parameter.LTE.name(), value);
} else if (CoreFunctionType.GREATER_THAN.equals(type)) {
Object value = formatValue(def, columnId, params.get(0));
result = new Query(columnId, Query.Type.RANGE);
result.setParam(Query.Parameter.GT.name(), value);
} else if (CoreFunctionType.GREATER_OR_EQUALS_TO.equals(type)) {
Object value = formatValue(def, columnId, params.get(0));
result = new Query(columnId, Query.Type.RANGE);
result.setParam(Query.Parameter.GTE.name(), value);
} else if (CoreFunctionType.BETWEEN.equals(type)) {
Object value0 = formatValue(def, columnId, params.get(0));
Object value1 = formatValue(def, columnId, params.get(1));
result = new Query(columnId, Query.Type.RANGE);
result.setParam(Query.Parameter.GT.name(), value0);
result.setParam(Query.Parameter.LT.name(), value1);
} else if (CoreFunctionType.TIME_FRAME.equals(type)) {
TimeFrame timeFrame = TimeFrame.parse(params.get(0).toString());
if (timeFrame != null) {
java.sql.Date past = new java.sql.Date(timeFrame.getFrom().getTimeInstant().getTime());
java.sql.Date future = new java.sql.Date(timeFrame.getTo().getTimeInstant().getTime());
result = new Query(columnId, Query.Type.RANGE);
result.setParam(Query.Parameter.GTE.name(), past);
result.setParam(Query.Parameter.LTE.name(), future);
}
} else {
throw new IllegalArgumentException("Core function type not supported: " + type);
}
return result;
}