/** * Deletes the super column and all of its sub columns */ public void deleteSuperColumn() { //template.getMutator().addDeletion(getCurrentKey(), template.getColumnFamily(), // getCurrentSuperColumn(), template.getTopSerializer()); mutator.addSuperDelete(getCurrentKey(), template.getColumnFamily(), getCurrentSuperColumn(), template.getTopSerializer()); }
/** * collapse the state of the active HSuperColumn */ void updateInternal() { // HSuperColumnImpl needs a refactor, this construction is lame. // the value serializer is not used in HSuperColumnImpl, so this is safe for name if ( !subColumns.isEmpty() ) { log.debug("Adding column {} for key {} and cols {}", new Object[]{getCurrentSuperColumn(), getCurrentKey(), subColumns}); HSuperColumnImpl<SN, N, ?> column = new HSuperColumnImpl(getCurrentSuperColumn(), subColumns, 0, template.getTopSerializer(), template.getSubSerializer(), TypeInferringSerializer.get()); mutator.addInsertion(getCurrentKey(), template.getColumnFamily(), column); } }
public void deleteSubColumn(N columnName) { mutator.addSubDelete(getCurrentKey(), template.getColumnFamily(), getCurrentSuperColumn(), columnName, template.getTopSerializer(), template.getSubSerializer()); }
/** * Deletes the super column and all of its sub columns */ public void deleteSuperColumn() { //template.getMutator().addDeletion(getCurrentKey(), template.getColumnFamily(), // getCurrentSuperColumn(), template.getTopSerializer()); mutator.addSuperDelete(getCurrentKey(), template.getColumnFamily(), getCurrentSuperColumn(), template.getTopSerializer()); }
/** * Deletes the super column and all of its sub columns */ public void deleteSuperColumn() { //template.getMutator().addDeletion(getCurrentKey(), template.getColumnFamily(), // getCurrentSuperColumn(), template.getTopSerializer()); mutator.addSuperDelete(getCurrentKey(), template.getColumnFamily(), getCurrentSuperColumn(), template.getTopSerializer()); }
public void deleteSubColumn(N columnName) { mutator.addSubDelete(getCurrentKey(), template.getColumnFamily(), getCurrentSuperColumn(), columnName, template.getTopSerializer(), template.getSubSerializer()); }
/** * collapse the state of the active HSuperColumn */ void updateInternal() { // HSuperColumnImpl needs a refactor, this construction is lame. // the value serializer is not used in HSuperColumnImpl, so this is safe for name if ( !subColumns.isEmpty() ) { log.debug("Adding column {} for key {} and cols {}", new Object[]{getCurrentSuperColumn(), getCurrentKey(), subColumns}); HSuperColumnImpl<SN, N, ?> column = new HSuperColumnImpl(getCurrentSuperColumn(), subColumns, 0, template.getTopSerializer(), template.getSubSerializer(), TypeInferringSerializer.get()); mutator.addInsertion(getCurrentKey(), template.getColumnFamily(), column); } }
/** * collapse the state of the active HSuperColumn */ void updateInternal() { // HSuperColumnImpl needs a refactor, this construction is lame. // the value serializer is not used in HSuperColumnImpl, so this is safe for name if ( !subColumns.isEmpty() ) { log.debug("Adding column {} for key {} and cols {}", new Object[]{getCurrentSuperColumn(), getCurrentKey(), subColumns}); HSuperColumnImpl<SN, N, ?> column = new HSuperColumnImpl(getCurrentSuperColumn(), subColumns, 0, template.getTopSerializer(), template.getSubSerializer(), TypeInferringSerializer.get()); mutator.addInsertion(getCurrentKey(), template.getColumnFamily(), column); } }
public void deleteSubColumn(N columnName) { mutator.addSubDelete(getCurrentKey(), template.getColumnFamily(), getCurrentSuperColumn(), columnName, template.getTopSerializer(), template.getSubSerializer()); }