| Methods |
|---|
| static void |
checkIndexColumnTypes(IndexColumn[] columns)
Check that the index columns are not CLOB or BLOB.
|
| static void |
checkIndexColumnTypes(IndexColumn[] columns)
Check that the index columns are not CLOB or BLOB.
Parameters:
columns - the columns
|
| boolean |
canFindNext()
|
| boolean |
canFindNext()
|
| boolean |
canScan()
|
| boolean |
canScan()
|
| void |
commit(int operation, Row row)
|
| void |
commit(int operation, Row row)
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| int |
compareKeys(SearchRow rowData, SearchRow compare)
Compare the positions of two rows.
|
| int |
compareKeys(SearchRow rowData, SearchRow compare)
Compare the positions of two rows.
Parameters:
rowData - the first row
compare - the second row
Returns:
0 if both rows are equal, -1 if the first row is smaller,
otherwise 1
|
| int |
compareRows(SearchRow rowData, SearchRow compare)
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| int |
compareRows(SearchRow rowData, SearchRow compare)
|
| IndexLookupBatch |
createLookupBatch(TableFilter[] filters, int filter)
|
| IndexLookupBatch |
createLookupBatch(TableFilter[] filters, int filter)
|
| Cursor |
find(TableFilter filter, SearchRow first, SearchRow last)
|
| Cursor |
find(TableFilter filter, SearchRow first, SearchRow last)
|
| Cursor |
findNext(Session session, SearchRow higherThan, SearchRow last)
Find a row or a list of rows that is larger and create a cursor to
iterate over the result.
|
| Cursor |
findNext(Session session, SearchRow higherThan, SearchRow last)
Find a row or a list of rows that is larger and create a cursor to
iterate over the result. The base implementation doesn't support this
feature.
Parameters:
session - the session
higherThan - the lower limit (excluding)
last - the last row, or null for no limit
Returns:
the cursor
Throws:
DbException - always
|
| int |
getColumnIndex(Column col)
|
| int |
getColumnIndex(Column col)
|
| Column[] |
getColumns()
|
| Column[] |
getColumns()
|
| long |
getCostRangeIndex(int[] masks, long rowCount, TableFilter[] filters, int filter, SortOrder sortOrder, boolean isScanIndex, HashSet allColumnsSet)
Calculate the cost for the given mask as if this index was a typical
b-tree range index.
|
| long |
getCostRangeIndex(int[] masks, long rowCount, TableFilter[] filters, int filter, SortOrder sortOrder, boolean isScanIndex, HashSet allColumnsSet)
Calculate the cost for the given mask as if this index was a typical
b-tree range index. This is the estimated cost required to search one
row, and then iterate over the given number of rows.
Parameters:
masks - the IndexCondition search masks, one for each column in the
table
rowCount - the number of rows in the index
filters - all joined table filters
filter - the current table filter index
sortOrder - the sort order
isScanIndex - whether this is a "table scan" index
allColumnsSet - the set of all columns
Returns:
the estimated cost
|
| String |
getCreateSQL()
|
| String |
getCreateSQL()
|
| String |
getCreateSQLForCopy(Table targetTable, String quotedName)
|
| String |
getCreateSQLForCopy(Table targetTable, String quotedName)
|
| String |
getDropSQL()
|
| String |
getDropSQL()
|
| DbException |
getDuplicateKeyException(String key)
Create a duplicate key exception with a message that contains the index
name.
|
| DbException |
getDuplicateKeyException(String key)
Create a duplicate key exception with a message that contains the index
name.
Parameters:
key - the key values
Returns:
the exception
|
| IndexColumn[] |
getIndexColumns()
|
| IndexColumn[] |
getIndexColumns()
|
| IndexType |
getIndexType()
|
| IndexType |
getIndexType()
|
| String |
getPlanSQL()
|
| String |
getPlanSQL()
|
| Row |
getRow(Session session, long key)
|
| Row |
getRow(Session session, long key)
|
| Table |
getTable()
|
| Table |
getTable()
|
| int |
getType()
|
| int |
getType()
|
| void |
initBaseIndex(Table newTable, int id, String name, IndexColumn[] newIndexColumns, IndexType newIndexType)
Initialize the base index.
|
| void |
initBaseIndex(Table newTable, int id, String name, IndexColumn[] newIndexColumns, IndexType newIndexType)
Initialize the base index.
Parameters:
newTable - the table
id - the object id
name - the index name
newIndexColumns - the columns that are indexed or null if this is
not yet known
newIndexType - the index type
|
| boolean |
isFindUsingFullTableScan()
|
| boolean |
isFindUsingFullTableScan()
|
| boolean |
isFirstColumn(Column column)
|
| boolean |
isFirstColumn(Column column)
|
| boolean |
isHidden()
|
| boolean |
isHidden()
|
| boolean |
isRowIdIndex()
|
| boolean |
isRowIdIndex()
|
| boolean |
mayHaveNullDuplicates(SearchRow searchRow)
Check if this row may have duplicates with the same indexed values in the
current compatibility mode.
|
| boolean |
mayHaveNullDuplicates(SearchRow searchRow)
Check if this row may have duplicates with the same indexed values in the
current compatibility mode. Duplicates with {@code NULL} values are
allowed in some modes.
Parameters:
searchRow - the row to check
Returns:
{@code true} if specified row may have duplicates,
{@code false otherwise}
|
| void |
removeChildrenAndResources(Session session)
|
| void |
removeChildrenAndResources(Session session)
|
| void |
setMultiVersion(boolean multiVersion)
|
| void |
setMultiVersion(boolean multiVersion)
|
| void |
setSortedInsertMode(boolean sortedInsertMode)
|
| void |
setSortedInsertMode(boolean sortedInsertMode)
|