private JoinTable(Table table) { this.table = table; this.joinSpecs = Collections.<JoinSpec>emptyList(); this.postFilters = Collections.<ParseNode>emptyList(); this.tables = Collections.<Table>singletonList(table); this.tableRefs = Collections.<TableRef>singletonList(table.getTableRef()); this.allLeftJoin = false; this.isPrefilterAccepted = true; this.prefilterAcceptedTables = Collections.<JoinSpec>emptyList(); }
this.tableRefs.add(t.getTableRef());
public void addFilter(ParseNode filter) throws SQLException { if (joinSpecs.isEmpty()) { table.addFilter(filter); return; } WhereNodeVisitor visitor = new WhereNodeVisitor(origResolver, table, postFilters, Collections.<TableRef>singletonList(table.getTableRef()), isPrefilterAccepted, prefilterAcceptedTables, statement.getConnection()); filter.accept(visitor); }
TupleProjector tupleProjector; if (!table.isSubselect()) { context.setCurrentTable(table.getTableRef()); initialProjectedTable = table.createProjectedTable(!projectPKColumns, context); tableRef = table.getTableRef(); table.projectColumns(context.getScan()); query = joinTable.getAsSingleSubquery(table.getAsSubquery(orderBy), asSubquery); TupleProjector tupleProjector; if (!rhsTable.isSubselect()) { context.setCurrentTable(rhsTable.getTableRef()); rhsProjTable = rhsTable.createProjectedTable(!projectPKColumns, context); rhsTableRef = rhsTable.getTableRef(); rhsTable.projectColumns(context.getScan()); rhs = rhsJoinTable.getAsSingleSubquery(rhsTable.getAsSubquery(orderBy), asSubquery);
if (table.isSubselect()) continue; TableRef tableRef = table.getTableRef(); SelectStatement stmt = table.getAsSubqueryForOptimization(tableRef.equals(dataPlan.getTableRef()));
if (table.isSubselect()) continue; TableRef tableRef = table.getTableRef(); SelectStatement stmt = table.getAsSubqueryForOptimization(tableRef.equals(dataPlan.getTableRef()));
SelectStatement subquery = table.getAsSubquery(orderBy); if (!table.isSubselect()) { context.setCurrentTable(table.getTableRef()); PTable projectedTable = table.createProjectedTable(!projectPKColumns, context); TupleProjector projector = new TupleProjector(projectedTable);
SelectStatement subquery = table.getAsSubquery(orderBy); if (!table.isSubselect()) { context.setCurrentTable(table.getTableRef()); PTable projectedTable = table.createProjectedTable(!projectPKColumns, context); TupleProjector projector = new TupleProjector(projectedTable);
while (vector[i] == true && iter.hasNext()) { TableRef tableRef = iter.next(); if (!tableRef.equals(table.getTableRef())) { vector[i] = false;
while (vector[i] == true && iter.hasNext()) { TableRef tableRef = iter.next(); if (!tableRef.equals(table.getTableRef())) { vector[i] = false;
this.tableRefs.add(t.getTableRef());
this.tableRefs.add(t.getTableRef());
public void addFilter(ParseNode filter) throws SQLException { if (joinSpecs.isEmpty()) { table.addFilter(filter); return; } WhereNodeVisitor visitor = new WhereNodeVisitor(origResolver, table, postFilters, Collections.<TableRef>singletonList(table.getTableRef()), isPrefilterAccepted, prefilterAcceptedTables, statement.getConnection()); filter.accept(visitor); }
private JoinTable(Table table) { this.table = table; this.joinSpecs = Collections.<JoinSpec>emptyList(); this.postFilters = Collections.<ParseNode>emptyList(); this.tables = Collections.<Table>singletonList(table); this.tableRefs = Collections.<TableRef>singletonList(table.getTableRef()); this.allLeftJoin = false; this.isPrefilterAccepted = true; this.prefilterAcceptedTables = Collections.<JoinSpec>emptyList(); }
public void addFilter(ParseNode filter) throws SQLException { if (joinSpecs.isEmpty()) { table.addFilter(filter); return; } WhereNodeVisitor visitor = new WhereNodeVisitor(origResolver, table, postFilters, Collections.<TableRef>singletonList(table.getTableRef()), isPrefilterAccepted, prefilterAcceptedTables, statement.getConnection()); filter.accept(visitor); }
private JoinTable(Table table) { this.table = table; this.joinSpecs = Collections.<JoinSpec>emptyList(); this.postFilters = Collections.<ParseNode>emptyList(); this.tables = Collections.<Table>singletonList(table); this.tableRefs = Collections.<TableRef>singletonList(table.getTableRef()); this.allLeftJoin = false; this.isPrefilterAccepted = true; this.prefilterAcceptedTables = Collections.<JoinSpec>emptyList(); }
TupleProjector tupleProjector; if (!table.isSubselect()) { context.setCurrentTable(table.getTableRef()); initialProjectedTable = table.createProjectedTable(!projectPKColumns, context); tableRef = table.getTableRef(); table.projectColumns(context.getScan()); query = joinTable.getAsSingleSubquery(table.getAsSubquery(orderBy), asSubquery); TupleProjector tupleProjector; if (!rhsTable.isSubselect()) { context.setCurrentTable(rhsTable.getTableRef()); rhsProjTable = rhsTable.createProjectedTable(!projectPKColumns, context); rhsTableRef = rhsTable.getTableRef(); rhsTable.projectColumns(context.getScan()); rhs = rhsJoinTable.getAsSingleSubquery(rhsTable.getAsSubquery(orderBy), asSubquery);
if (table.isSubselect()) continue; TableRef tableRef = table.getTableRef(); SelectStatement stmt = table.getAsSubqueryForOptimization(tableRef.equals(dataPlan.getTableRef()));
SelectStatement subquery = table.getAsSubquery(orderBy); if (!table.isSubselect()) { context.setCurrentTable(table.getTableRef()); PTable projectedTable = table.createProjectedTable(!projectPKColumns, context); TupleProjector projector = new TupleProjector(projectedTable);
while (vector[i] == true && iter.hasNext()) { TableRef tableRef = iter.next(); if (!tableRef.equals(table.getTableRef())) { vector[i] = false;