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The Apache Cassandra Project develops a highly scalable second-generation distributed database, bringing together Dynamo's fully distributed design and Bigtable's ColumnFamily-based data model.
/*
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache 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.apache.org/licenses/LICENSE-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.apache.cassandra.cql3.conditions;
import java.nio.ByteBuffer;
import java.util.*;
import com.google.common.collect.Iterators;
import org.apache.cassandra.cql3.*;
import org.apache.cassandra.cql3.Term.Terminal;
import org.apache.cassandra.cql3.functions.Function;
import org.apache.cassandra.db.rows.*;
import org.apache.cassandra.db.marshal.*;
import org.apache.cassandra.schema.ColumnMetadata;
import org.apache.cassandra.schema.TableMetadata;
import org.apache.cassandra.transport.ProtocolVersion;
import org.apache.cassandra.utils.ByteBufferUtil;
import org.apache.commons.lang3.builder.ToStringBuilder;
import org.apache.commons.lang3.builder.ToStringStyle;
import static org.apache.cassandra.cql3.statements.RequestValidations.*;
/**
* A CQL3 condition on the value of a column or collection element. For example, "UPDATE .. IF a = 0".
*/
public abstract class ColumnCondition
{
public final ColumnMetadata column;
public final Operator operator;
private final Terms terms;
private ColumnCondition(ColumnMetadata column, Operator op, Terms terms)
{
this.column = column;
this.operator = op;
this.terms = terms;
}
/**
* Adds functions for the bind variables of this operation.
*
* @param functions the list of functions to get add
*/
public void addFunctionsTo(List functions)
{
terms.addFunctionsTo(functions);
}
/**
* Collects the column specification for the bind variables of this operation.
*
* @param boundNames the list of column specification where to collect the
* bind variables of this term in.
*/
public void collectMarkerSpecification(VariableSpecifications boundNames)
{
terms.collectMarkerSpecification(boundNames);
}
public abstract ColumnCondition.Bound bind(QueryOptions options);
protected final List bindAndGetTerms(QueryOptions options)
{
return filterUnsetValuesIfNeeded(checkValues(terms.bindAndGet(options)));
}
protected final List bindTerms(QueryOptions options)
{
return filterUnsetValuesIfNeeded(checkValues(terms.bind(options)));
}
/**
* Checks that the output of a bind operations on {@code Terms} is a valid one.
* @param values the list to check
* @return the input list
*/
private List checkValues(List values)
{
checkFalse(values == null && operator.isIN(), "Invalid null list in IN condition");
checkFalse(values == Terms.UNSET_LIST, "Invalid 'unset' value in condition");
return values;
}
private List filterUnsetValuesIfNeeded(List values)
{
if (!operator.isIN())
return values;
List filtered = new ArrayList<>(values.size());
for (int i = 0, m = values.size(); i < m; i++)
{
T value = values.get(i);
// The value can be ByteBuffer or Constants.Value so we need to check the 2 type of UNSET
if (value != ByteBufferUtil.UNSET_BYTE_BUFFER && value != Constants.UNSET_VALUE)
filtered.add(value);
}
return filtered;
}
/**
* Simple condition (e.g. IF v = 1
).
*/
private static final class SimpleColumnCondition extends ColumnCondition
{
public SimpleColumnCondition(ColumnMetadata column, Operator op, Terms values)
{
super(column, op, values);
}
public Bound bind(QueryOptions options)
{
if (column.type.isCollection() && column.type.isMultiCell())
return new MultiCellCollectionBound(column, operator, bindTerms(options));
if (column.type.isUDT() && column.type.isMultiCell())
return new MultiCellUdtBound(column, operator, bindAndGetTerms(options), options.getProtocolVersion());
return new SimpleBound(column, operator, bindAndGetTerms(options));
}
}
/**
* A condition on a collection element (e.g. IF l[1] = 1
).
*/
private static class CollectionElementCondition extends ColumnCondition
{
private final Term collectionElement;
public CollectionElementCondition(ColumnMetadata column, Term collectionElement, Operator op, Terms values)
{
super(column, op, values);
this.collectionElement = collectionElement;
}
public void addFunctionsTo(List functions)
{
collectionElement.addFunctionsTo(functions);
super.addFunctionsTo(functions);
}
public void collectMarkerSpecification(VariableSpecifications boundNames)
{
collectionElement.collectMarkerSpecification(boundNames);
super.collectMarkerSpecification(boundNames);
}
public Bound bind(QueryOptions options)
{
return new ElementAccessBound(column, collectionElement.bindAndGet(options), operator, bindAndGetTerms(options));
}
}
/**
* A condition on a UDT field (e.g. IF v.a = 1
).
*/
private final static class UDTFieldCondition extends ColumnCondition
{
private final FieldIdentifier udtField;
public UDTFieldCondition(ColumnMetadata column, FieldIdentifier udtField, Operator op, Terms values)
{
super(column, op, values);
assert udtField != null;
this.udtField = udtField;
}
public Bound bind(QueryOptions options)
{
return new UDTFieldAccessBound(column, udtField, operator, bindAndGetTerms(options));
}
}
/**
* A regular column, simple condition.
*/
public static ColumnCondition condition(ColumnMetadata column, Operator op, Terms terms)
{
return new SimpleColumnCondition(column, op, terms);
}
/**
* A collection column, simple condition.
*/
public static ColumnCondition condition(ColumnMetadata column, Term collectionElement, Operator op, Terms terms)
{
return new CollectionElementCondition(column, collectionElement, op, terms);
}
/**
* A UDT column, simple condition.
*/
public static ColumnCondition condition(ColumnMetadata column, FieldIdentifier udtField, Operator op, Terms terms)
{
return new UDTFieldCondition(column, udtField, op, terms);
}
public static abstract class Bound
{
public final ColumnMetadata column;
public final Operator comparisonOperator;
protected Bound(ColumnMetadata column, Operator operator)
{
this.column = column;
// If the operator is an IN we want to compare the value using an EQ.
this.comparisonOperator = operator.isIN() ? Operator.EQ : operator;
}
/**
* Validates whether this condition applies to {@code current}.
*/
public abstract boolean appliesTo(Row row);
public ByteBuffer getCollectionElementValue()
{
return null;
}
/** Returns true if the operator is satisfied (i.e. "otherValue operator value == true"), false otherwise. */
protected static boolean compareWithOperator(Operator operator, AbstractType type, ByteBuffer value, ByteBuffer otherValue)
{
if (value == ByteBufferUtil.UNSET_BYTE_BUFFER)
throw invalidRequest("Invalid 'unset' value in condition");
if (value == null)
{
switch (operator)
{
case EQ:
return otherValue == null;
case NEQ:
return otherValue != null;
default:
throw invalidRequest("Invalid comparison with null for operator \"%s\"", operator);
}
}
else if (otherValue == null)
{
// the condition value is not null, so only NEQ can return true
return operator == Operator.NEQ;
}
return operator.isSatisfiedBy(type, otherValue, value);
}
}
protected static final Cell getCell(Row row, ColumnMetadata column)
{
// If we're asking for a given cell, and we didn't got any row from our read, it's
// the same as not having said cell.
return row == null ? null : row.getCell(column);
}
protected static final Cell getCell(Row row, ColumnMetadata column, CellPath path)
{
// If we're asking for a given cell, and we didn't got any row from our read, it's
// the same as not having said cell.
return row == null ? null : row.getCell(column, path);
}
protected static final Iterator> getCells(Row row, ColumnMetadata column)
{
// If we're asking for a complex cells, and we didn't got any row from our read, it's
// the same as not having any cells for that column.
if (row == null)
return Collections.emptyIterator();
ComplexColumnData complexData = row.getComplexColumnData(column);
return complexData == null ? Collections.>emptyIterator() : complexData.iterator();
}
protected static final boolean evaluateComparisonWithOperator(int comparison, Operator operator)
{
// called when comparison != 0
switch (operator)
{
case EQ:
return false;
case LT:
case LTE:
return comparison < 0;
case GT:
case GTE:
return comparison > 0;
case NEQ:
return true;
default:
throw new AssertionError();
}
}
/**
* A condition on a single non-collection column.
*/
private static final class SimpleBound extends Bound
{
/**
* The condition values
*/
private final List values;
private SimpleBound(ColumnMetadata column, Operator operator, List values)
{
super(column, operator);
this.values = values;
}
@Override
public boolean appliesTo(Row row)
{
return isSatisfiedBy(rowValue(row));
}
private ByteBuffer rowValue(Row row)
{
Cell c = getCell(row, column);
return c == null ? null : c.buffer();
}
private boolean isSatisfiedBy(ByteBuffer rowValue)
{
for (ByteBuffer value : values)
{
if (compareWithOperator(comparisonOperator, column.type, value, rowValue))
return true;
}
return false;
}
}
/**
* A condition on an element of a collection column.
*/
private static final class ElementAccessBound extends Bound
{
/**
* The collection element
*/
private final ByteBuffer collectionElement;
/**
* The conditions values.
*/
private final List values;
private ElementAccessBound(ColumnMetadata column,
ByteBuffer collectionElement,
Operator operator,
List values)
{
super(column, operator);
this.collectionElement = collectionElement;
this.values = values;
}
@Override
public boolean appliesTo(Row row)
{
boolean isMap = column.type instanceof MapType;
if (collectionElement == null)
throw invalidRequest("Invalid null value for %s element access", isMap ? "map" : "list");
if (isMap)
{
MapType mapType = (MapType) column.type;
ByteBuffer rowValue = rowMapValue(mapType, row);
return isSatisfiedBy(mapType.getKeysType(), rowValue);
}
ListType listType = (ListType) column.type;
ByteBuffer rowValue = rowListValue(listType, row);
return isSatisfiedBy(listType.getElementsType(), rowValue);
}
private ByteBuffer rowMapValue(MapType type, Row row)
{
if (column.type.isMultiCell())
{
Cell cell = getCell(row, column, CellPath.create(collectionElement));
return cell == null ? null : cell.buffer();
}
Cell cell = getCell(row, column);
return cell == null
? null
: type.getSerializer().getSerializedValue(cell.buffer(), collectionElement, type.getKeysType());
}
private ByteBuffer rowListValue(ListType type, Row row)
{
if (column.type.isMultiCell())
return cellValueAtIndex(getCells(row, column), getListIndex(collectionElement));
Cell cell = getCell(row, column);
return cell == null
? null
: type.getSerializer().getElement(cell.buffer(), getListIndex(collectionElement));
}
private static ByteBuffer cellValueAtIndex(Iterator> iter, int index)
{
int adv = Iterators.advance(iter, index);
if (adv == index && iter.hasNext())
return iter.next().buffer();
return null;
}
private boolean isSatisfiedBy(AbstractType valueType, ByteBuffer rowValue)
{
for (ByteBuffer value : values)
{
if (compareWithOperator(comparisonOperator, valueType, value, rowValue))
return true;
}
return false;
}
@Override
public ByteBuffer getCollectionElementValue()
{
return collectionElement;
}
private static int getListIndex(ByteBuffer collectionElement)
{
int idx = ByteBufferUtil.toInt(collectionElement);
checkFalse(idx < 0, "Invalid negative list index %d", idx);
return idx;
}
}
/**
* A condition on an entire collection column.
*/
private static final class MultiCellCollectionBound extends Bound
{
private final List values;
public MultiCellCollectionBound(ColumnMetadata column, Operator operator, List values)
{
super(column, operator);
assert column.type.isMultiCell();
this.values = values;
}
public boolean appliesTo(Row row)
{
CollectionType type = (CollectionType)column.type;
// copy iterator contents so that we can properly reuse them for each comparison with an IN value
for (Term.Terminal value : values)
{
Iterator> iter = getCells(row, column);
if (value == null)
{
if (comparisonOperator == Operator.EQ)
{
if (!iter.hasNext())
return true;
continue;
}
if (comparisonOperator == Operator.NEQ)
return iter.hasNext();
throw invalidRequest("Invalid comparison with null for operator \"%s\"", comparisonOperator);
}
if (valueAppliesTo(type, iter, value, comparisonOperator))
return true;
}
return false;
}
private static boolean valueAppliesTo(CollectionType type, Iterator> iter, Term.Terminal value, Operator operator)
{
if (value == null)
return !iter.hasNext();
if(operator.isContains() || operator.isContainsKey())
return containsAppliesTo(type, iter, value.get(ProtocolVersion.CURRENT), operator);
switch (type.kind)
{
case LIST:
List valueList = ((Lists.Value) value).elements;
return listAppliesTo((ListType)type, iter, valueList, operator);
case SET:
Set valueSet = ((Sets.Value) value).elements;
return setAppliesTo((SetType)type, iter, valueSet, operator);
case MAP:
Map valueMap = ((Maps.Value) value).map;
return mapAppliesTo((MapType)type, iter, valueMap, operator);
}
throw new AssertionError();
}
private static boolean setOrListAppliesTo(AbstractType type, Iterator> iter, Iterator conditionIter, Operator operator, boolean isSet)
{
while(iter.hasNext())
{
if (!conditionIter.hasNext())
return (operator == Operator.GT) || (operator == Operator.GTE) || (operator == Operator.NEQ);
// for lists we use the cell value; for sets we use the cell name
ByteBuffer cellValue = isSet ? iter.next().path().get(0) : iter.next().buffer();
int comparison = type.compare(cellValue, conditionIter.next());
if (comparison != 0)
return evaluateComparisonWithOperator(comparison, operator);
}
if (conditionIter.hasNext())
return (operator == Operator.LT) || (operator == Operator.LTE) || (operator == Operator.NEQ);
// they're equal
return operator == Operator.EQ || operator == Operator.LTE || operator == Operator.GTE;
}
private static boolean listAppliesTo(ListType type, Iterator> iter, List elements, Operator operator)
{
return setOrListAppliesTo(type.getElementsType(), iter, elements.iterator(), operator, false);
}
private static boolean setAppliesTo(SetType type, Iterator> iter, Set elements, Operator operator)
{
ArrayList sortedElements = new ArrayList<>(elements);
Collections.sort(sortedElements, type.getElementsType());
return setOrListAppliesTo(type.getElementsType(), iter, sortedElements.iterator(), operator, true);
}
private static boolean mapAppliesTo(MapType type, Iterator> iter, Map elements, Operator operator)
{
Iterator> conditionIter = elements.entrySet().iterator();
while(iter.hasNext())
{
if (!conditionIter.hasNext())
return (operator == Operator.GT) || (operator == Operator.GTE) || (operator == Operator.NEQ);
Map.Entry conditionEntry = conditionIter.next();
Cell c = iter.next();
// compare the keys
int comparison = type.getKeysType().compare(c.path().get(0), conditionEntry.getKey());
if (comparison != 0)
return evaluateComparisonWithOperator(comparison, operator);
// compare the values
comparison = type.getValuesType().compare(c.buffer(), conditionEntry.getValue());
if (comparison != 0)
return evaluateComparisonWithOperator(comparison, operator);
}
if (conditionIter.hasNext())
return (operator == Operator.LT) || (operator == Operator.LTE) || (operator == Operator.NEQ);
// they're equal
return operator == Operator.EQ || operator == Operator.LTE || operator == Operator.GTE;
}
}
private static boolean containsAppliesTo(CollectionType type, Iterator> iter, ByteBuffer value, Operator operator)
{
AbstractType compareType;
switch (type.kind)
{
case LIST:
compareType = ((ListType)type).getElementsType();
break;
case SET:
compareType = ((SetType)type).getElementsType();
break;
case MAP:
compareType = operator.isContainsKey() ? ((MapType)type).getKeysType() : ((MapType)type).getValuesType();
break;
default:
throw new AssertionError();
}
boolean appliesToSetOrMapKeys = (type.kind == CollectionType.Kind.SET || type.kind == CollectionType.Kind.MAP && operator.isContainsKey());
return containsAppliesTo(compareType, iter, value, appliesToSetOrMapKeys);
}
private static boolean containsAppliesTo(AbstractType type, Iterator> iter, ByteBuffer value, Boolean appliesToSetOrMapKeys)
{
while(iter.hasNext())
{
// for lists and map values we use the cell value; for sets and map keys we use the cell name
ByteBuffer cellValue = appliesToSetOrMapKeys ? iter.next().path().get(0) : iter.next().buffer();
if(type.compare(cellValue, value) == 0)
return true;
}
return false;
}
/**
* A condition on a UDT field
*/
private static final class UDTFieldAccessBound extends Bound
{
/**
* The UDT field.
*/
private final FieldIdentifier field;
/**
* The conditions values.
*/
private final List values;
private UDTFieldAccessBound(ColumnMetadata column, FieldIdentifier field, Operator operator, List values)
{
super(column, operator);
assert column.type.isUDT() && field != null;
this.field = field;
this.values = values;
}
@Override
public boolean appliesTo(Row row)
{
return isSatisfiedBy(rowValue(row));
}
private ByteBuffer rowValue(Row row)
{
UserType userType = (UserType) column.type;
if (column.type.isMultiCell())
{
Cell cell = getCell(row, column, userType.cellPathForField(field));
return cell == null ? null : cell.buffer();
}
Cell cell = getCell(row, column);
return cell == null
? null
: userType.split(ByteBufferAccessor.instance, cell.buffer())[userType.fieldPosition(field)];
}
private boolean isSatisfiedBy(ByteBuffer rowValue)
{
UserType userType = (UserType) column.type;
int fieldPosition = userType.fieldPosition(field);
AbstractType valueType = userType.fieldType(fieldPosition);
for (ByteBuffer value : values)
{
if (compareWithOperator(comparisonOperator, valueType, value, rowValue))
return true;
}
return false;
}
@Override
public String toString()
{
return ToStringBuilder.reflectionToString(this, ToStringStyle.SHORT_PREFIX_STYLE);
}
}
/**
* A condition on an entire UDT.
*/
private static final class MultiCellUdtBound extends Bound
{
/**
* The conditions values.
*/
private final List values;
/**
* The protocol version
*/
private final ProtocolVersion protocolVersion;
private MultiCellUdtBound(ColumnMetadata column, Operator op, List values, ProtocolVersion protocolVersion)
{
super(column, op);
assert column.type.isMultiCell();
this.values = values;
this.protocolVersion = protocolVersion;
}
@Override
public boolean appliesTo(Row row)
{
return isSatisfiedBy(rowValue(row));
}
private final ByteBuffer rowValue(Row row)
{
UserType userType = (UserType) column.type;
Iterator> iter = getCells(row, column);
return iter.hasNext() ? userType.serializeForNativeProtocol(iter, protocolVersion) : null;
}
private boolean isSatisfiedBy(ByteBuffer rowValue)
{
for (ByteBuffer value : values)
{
if (compareWithOperator(comparisonOperator, column.type, value, rowValue))
return true;
}
return false;
}
@Override
public String toString()
{
return ToStringBuilder.reflectionToString(this, ToStringStyle.SHORT_PREFIX_STYLE);
}
}
public static class Raw
{
private final Term.Raw value;
private final List inValues;
private final AbstractMarker.INRaw inMarker;
// Can be null, only used with the syntax "IF m[e] = ..." (in which case it's 'e')
private final Term.Raw collectionElement;
// Can be null, only used with the syntax "IF udt.field = ..." (in which case it's 'field')
private final FieldIdentifier udtField;
private final Operator operator;
private Raw(Term.Raw value, List inValues, AbstractMarker.INRaw inMarker, Term.Raw collectionElement,
FieldIdentifier udtField, Operator op)
{
this.value = value;
this.inValues = inValues;
this.inMarker = inMarker;
this.collectionElement = collectionElement;
this.udtField = udtField;
this.operator = op;
}
/** A condition on a column. For example: "IF col = 'foo'" */
public static Raw simpleCondition(Term.Raw value, Operator op)
{
return new Raw(value, null, null, null, null, op);
}
/** An IN condition on a column. For example: "IF col IN ('foo', 'bar', ...)" */
public static Raw simpleInCondition(List inValues)
{
return new Raw(null, inValues, null, null, null, Operator.IN);
}
/** An IN condition on a column with a single marker. For example: "IF col IN ?" */
public static Raw simpleInCondition(AbstractMarker.INRaw inMarker)
{
return new Raw(null, null, inMarker, null, null, Operator.IN);
}
/** A condition on a collection element. For example: "IF col['key'] = 'foo'" */
public static Raw collectionCondition(Term.Raw value, Term.Raw collectionElement, Operator op)
{
return new Raw(value, null, null, collectionElement, null, op);
}
/** An IN condition on a collection element. For example: "IF col['key'] IN ('foo', 'bar', ...)" */
public static Raw collectionInCondition(Term.Raw collectionElement, List inValues)
{
return new Raw(null, inValues, null, collectionElement, null, Operator.IN);
}
/** An IN condition on a collection element with a single marker. For example: "IF col['key'] IN ?" */
public static Raw collectionInCondition(Term.Raw collectionElement, AbstractMarker.INRaw inMarker)
{
return new Raw(null, null, inMarker, collectionElement, null, Operator.IN);
}
/** A condition on a UDT field. For example: "IF col.field = 'foo'" */
public static Raw udtFieldCondition(Term.Raw value, FieldIdentifier udtField, Operator op)
{
return new Raw(value, null, null, null, udtField, op);
}
/** An IN condition on a collection element. For example: "IF col.field IN ('foo', 'bar', ...)" */
public static Raw udtFieldInCondition(FieldIdentifier udtField, List inValues)
{
return new Raw(null, inValues, null, null, udtField, Operator.IN);
}
/** An IN condition on a collection element with a single marker. For example: "IF col.field IN ?" */
public static Raw udtFieldInCondition(FieldIdentifier udtField, AbstractMarker.INRaw inMarker)
{
return new Raw(null, null, inMarker, null, udtField, Operator.IN);
}
public ColumnCondition prepare(String keyspace, ColumnMetadata receiver, TableMetadata cfm)
{
if (receiver.type instanceof CounterColumnType)
throw invalidRequest("Conditions on counters are not supported");
if (collectionElement != null)
{
if (!(receiver.type.isCollection()))
throw invalidRequest("Invalid element access syntax for non-collection column %s", receiver.name);
ColumnSpecification elementSpec, valueSpec;
switch ((((CollectionType) receiver.type).kind))
{
case LIST:
elementSpec = Lists.indexSpecOf(receiver);
valueSpec = Lists.valueSpecOf(receiver);
break;
case MAP:
elementSpec = Maps.keySpecOf(receiver);
valueSpec = Maps.valueSpecOf(receiver);
break;
case SET:
throw invalidRequest("Invalid element access syntax for set column %s", receiver.name);
default:
throw new AssertionError();
}
validateOperationOnDurations(valueSpec.type);
return condition(receiver, collectionElement.prepare(keyspace, elementSpec), operator, prepareTerms(keyspace, valueSpec));
}
if (udtField != null)
{
UserType userType = (UserType) receiver.type;
int fieldPosition = userType.fieldPosition(udtField);
if (fieldPosition == -1)
throw invalidRequest("Unknown field %s for column %s", udtField, receiver.name);
ColumnSpecification fieldReceiver = UserTypes.fieldSpecOf(receiver, fieldPosition);
validateOperationOnDurations(fieldReceiver.type);
return condition(receiver, udtField, operator, prepareTerms(keyspace, fieldReceiver));
}
validateOperationOnDurations(receiver.type);
return condition(receiver, operator, prepareTerms(keyspace, receiver));
}
private Terms prepareTerms(String keyspace, ColumnSpecification receiver)
{
checkFalse(operator.isContainsKey() && !(receiver.type instanceof MapType), "Cannot use CONTAINS KEY on non-map column %s", receiver.name);
checkFalse(operator.isContains() && !(receiver.type.isCollection()), "Cannot use CONTAINS on non-collection column %s", receiver.name);
if (operator.isIN())
{
return inValues == null ? Terms.ofListMarker(inMarker.prepare(keyspace, receiver), receiver.type)
: Terms.of(prepareTerms(keyspace, receiver, inValues));
}
if (operator.isContains() || operator.isContainsKey())
receiver = ((CollectionType) receiver.type).makeCollectionReceiver(receiver, operator.isContainsKey());
return Terms.of(value.prepare(keyspace, receiver));
}
private static List prepareTerms(String keyspace, ColumnSpecification receiver, List raws)
{
List terms = new ArrayList<>(raws.size());
for (int i = 0, m = raws.size(); i < m; i++)
{
Term.Raw raw = raws.get(i);
terms.add(raw.prepare(keyspace, receiver));
}
return terms;
}
private void validateOperationOnDurations(AbstractType type)
{
if (type.referencesDuration() && operator.isSlice())
{
checkFalse(type.isCollection(), "Slice conditions are not supported on collections containing durations");
checkFalse(type.isTuple(), "Slice conditions are not supported on tuples containing durations");
checkFalse(type.isUDT(), "Slice conditions are not supported on UDTs containing durations");
throw invalidRequest("Slice conditions ( %s ) are not supported on durations", operator);
}
}
public Term.Raw getValue()
{
return value;
}
@Override
public String toString()
{
return ToStringBuilder.reflectionToString(this, ToStringStyle.SHORT_PREFIX_STYLE);
}
}
}