Examples with JavaTypeMapping org.datanucleus.store.rdbms.mapping.java.JavaTypeMapping used on opensource projects

Example 26 with JavaTypeMapping

use of org.datanucleus.store.rdbms.mapping.java.JavaTypeMapping in project datanucleus-rdbms by datanucleus.

the class JPQLQuery method compileQueryInsert.

/**
 * Method to compile the query for RDBMS for a bulk INSERT.
 * @param parameterValues The parameter values (if any)
 * @param candidateCmd Meta-data for the candidate class
 */
protected void compileQueryInsert(Map parameterValues, AbstractClassMetaData candidateCmd) {
    if (StringUtils.isWhitespace(insertFields) || StringUtils.isWhitespace(insertSelectQuery)) {
        // Nothing to INSERT
        return;
    }
    List<String> fieldNames = new ArrayList<>();
    StringTokenizer fieldTokenizer = new StringTokenizer(insertFields, ",");
    while (fieldTokenizer.hasMoreTokens()) {
        String token = fieldTokenizer.nextToken().trim();
        fieldNames.add(token);
    }
    // Generate statement for candidate and related classes in this inheritance tree
    RDBMSStoreManager storeMgr = (RDBMSStoreManager) getStoreManager();
    DatastoreClass candidateTbl = storeMgr.getDatastoreClass(candidateCmd.getFullClassName(), clr);
    if (candidateTbl == null) {
        // TODO Using subclass-table, so find the table(s) it can be persisted into
        throw new NucleusDataStoreException("Bulk INSERT of " + candidateCmd.getFullClassName() + " not supported since candidate has no table of its own");
    }
    // Find table(s) that need populating with this information
    List<BulkTable> tables = new ArrayList<>();
    tables.add(new BulkTable(candidateTbl, true));
    if (candidateTbl.getSuperDatastoreClass() != null) {
        DatastoreClass tbl = candidateTbl;
        while (tbl.getSuperDatastoreClass() != null) {
            tbl = tbl.getSuperDatastoreClass();
            tables.add(0, new BulkTable(tbl, false));
        }
    }
    if (tables.size() > 1) {
        throw new NucleusUserException("BULK INSERT only currently allows a single table, but this query implies INSERT into " + tables.size() + " tables!");
    }
    List<SQLStatement> stmts = new ArrayList<>();
    List<Boolean> stmtCountFlags = new ArrayList<>();
    for (BulkTable bulkTable : tables) {
        // Generate statement for candidate
        InsertStatement stmt = new InsertStatement(storeMgr, bulkTable.table, null, null, null);
        stmt.setClassLoaderResolver(clr);
        stmt.setCandidateClassName(candidateCmd.getFullClassName());
        // Set columns for this table
        for (String fieldName : fieldNames) {
            AbstractMemberMetaData fieldMmd = candidateCmd.getMetaDataForMember(fieldName);
            if (fieldMmd == null) {
            // No such field
            } else {
                JavaTypeMapping fieldMapping = bulkTable.table.getMemberMapping(fieldMmd);
                if (fieldMapping != null) {
                    SQLExpression fieldExpr = stmt.getSQLExpressionFactory().newExpression(stmt, stmt.getPrimaryTable(), fieldMapping);
                    for (int i = 0; i < fieldExpr.getNumberOfSubExpressions(); i++) {
                        ColumnExpression fieldColExpr = fieldExpr.getSubExpression(i);
                        fieldColExpr.setOmitTableFromString(true);
                    }
                    stmt.addColumn(fieldExpr);
                } else {
                // Not in this table
                }
            }
        }
        // Generate the select query and add it to the InsertStatement
        JPQLQuery selectQuery = new JPQLQuery(storeMgr, ec, insertSelectQuery);
        selectQuery.compile();
        stmt.setSelectStatement((SelectStatement) selectQuery.getDatastoreCompilation().getStatementCompilations().get(0).getStatement());
        selectQuery.closeAll();
        // TODO if we have multiple tables then this will mean only using some of the columns in the selectSQL
        stmts.add(stmt);
        stmtCountFlags.add(bulkTable.useInCount);
        datastoreCompilation.setStatementParameters(stmt.getSQLText().getParametersForStatement());
    }
    datastoreCompilation.clearStatements();
    Iterator<SQLStatement> stmtIter = stmts.iterator();
    Iterator<Boolean> stmtCountFlagsIter = stmtCountFlags.iterator();
    while (stmtIter.hasNext()) {
        SQLStatement stmt = stmtIter.next();
        Boolean useInCount = stmtCountFlagsIter.next();
        if (stmts.size() == 1) {
            useInCount = true;
        }
        datastoreCompilation.addStatement(stmt, stmt.getSQLText().toSQL(), useInCount);
    }
}

Example 27 with JavaTypeMapping

use of org.datanucleus.store.rdbms.mapping.java.JavaTypeMapping in project datanucleus-rdbms by datanucleus.

the class JPQLQuery method compileQueryDelete.

/**
 * Method to compile the query for RDBMS for a bulk delete.
 * @param parameterValues The parameter values (if any)
 * @param candidateCmd Meta-data for the candidate class
 */
protected void compileQueryDelete(Map parameterValues, AbstractClassMetaData candidateCmd) {
    RDBMSStoreManager storeMgr = (RDBMSStoreManager) getStoreManager();
    DatastoreClass candidateTbl = storeMgr.getDatastoreClass(candidateCmd.getFullClassName(), clr);
    if (candidateTbl == null) {
        // TODO Using subclass-table, so find the table(s) it can be persisted into
        throw new NucleusDataStoreException("Bulk delete of " + candidateCmd.getFullClassName() + " not supported since candidate has no table of its own");
    }
    InheritanceStrategy inhStr = candidateCmd.getBaseAbstractClassMetaData().getInheritanceMetaData().getStrategy();
    List<BulkTable> tables = new ArrayList<>();
    tables.add(new BulkTable(candidateTbl, true));
    if (inhStr != InheritanceStrategy.COMPLETE_TABLE) {
        // Add deletion from superclass tables since we will have an entry there
        while (candidateTbl.getSuperDatastoreClass() != null) {
            candidateTbl = candidateTbl.getSuperDatastoreClass();
            tables.add(new BulkTable(candidateTbl, false));
        }
    }
    Collection<String> subclassNames = storeMgr.getSubClassesForClass(candidateCmd.getFullClassName(), true, clr);
    if (subclassNames != null && !subclassNames.isEmpty()) {
        // Check for subclasses having their own tables and hence needing multiple DELETEs
        Iterator<String> iter = subclassNames.iterator();
        while (iter.hasNext()) {
            String subclassName = iter.next();
            DatastoreClass subclassTbl = storeMgr.getDatastoreClass(subclassName, clr);
            if (candidateTbl != subclassTbl) {
                // Only include BulkTable in count if using COMPLETE_TABLE strategy
                tables.add(0, new BulkTable(subclassTbl, inhStr == InheritanceStrategy.COMPLETE_TABLE));
            }
        }
    }
    List<SQLStatement> stmts = new ArrayList<>();
    List<Boolean> stmtCountFlags = new ArrayList<>();
    for (BulkTable bulkTable : tables) {
        // Generate statement for candidate
        DatastoreClass table = bulkTable.table;
        JavaTypeMapping softDeleteMapping = table.getSurrogateMapping(SurrogateColumnType.SOFTDELETE, false);
        if (softDeleteMapping != null) {
            throw new NucleusUserException("Cannot use BulkDelete queries when using SoftDelete on an affected table (" + table + ")");
        }
        Map<String, Object> extensions = null;
        if (!storeMgr.getDatastoreAdapter().supportsOption(DatastoreAdapter.UPDATE_DELETE_STATEMENT_ALLOW_TABLE_ALIAS_IN_WHERE_CLAUSE)) {
            extensions = new HashMap<>();
            extensions.put(SQLStatement.EXTENSION_SQL_TABLE_NAMING_STRATEGY, "table-name");
        }
        SQLStatement stmt = new DeleteStatement(storeMgr, table, null, null, extensions);
        stmt.setClassLoaderResolver(clr);
        stmt.setCandidateClassName(candidateCmd.getFullClassName());
        JavaTypeMapping multitenancyMapping = table.getSurrogateMapping(SurrogateColumnType.MULTITENANCY, false);
        if (multitenancyMapping != null) {
            // Multi-tenancy restriction
            SQLTable tenantSqlTbl = stmt.getPrimaryTable();
            SQLExpression tenantExpr = stmt.getSQLExpressionFactory().newExpression(stmt, tenantSqlTbl, multitenancyMapping);
            SQLExpression tenantVal = stmt.getSQLExpressionFactory().newLiteral(stmt, multitenancyMapping, ec.getNucleusContext().getMultiTenancyId(ec, candidateCmd));
            stmt.whereAnd(tenantExpr.eq(tenantVal), true);
        }
        // TODO Discriminator restriction?
        Set<String> options = new HashSet<>();
        options.add(QueryToSQLMapper.OPTION_CASE_INSENSITIVE);
        options.add(QueryToSQLMapper.OPTION_EXPLICIT_JOINS);
        if (// Default to false for "IS NULL" with null param
        getBooleanExtensionProperty(EXTENSION_USE_IS_NULL_WHEN_EQUALS_NULL_PARAM, false)) {
            options.add(QueryToSQLMapper.OPTION_NULL_PARAM_USE_IS_NULL);
        }
        QueryToSQLMapper sqlMapper = new QueryToSQLMapper(stmt, compilation, parameterValues, null, null, candidateCmd, subclasses, getFetchPlan(), ec, null, options, extensions);
        setMapperJoinTypes(sqlMapper);
        sqlMapper.compile();
        stmts.add(stmt);
        stmtCountFlags.add(bulkTable.useInCount);
        datastoreCompilation.setStatementParameters(stmt.getSQLText().getParametersForStatement());
        datastoreCompilation.setPrecompilable(sqlMapper.isPrecompilable());
    }
    datastoreCompilation.clearStatements();
    Iterator<SQLStatement> stmtIter = stmts.iterator();
    Iterator<Boolean> stmtCountFlagsIter = stmtCountFlags.iterator();
    while (stmtIter.hasNext()) {
        SQLStatement stmt = stmtIter.next();
        Boolean useInCount = stmtCountFlagsIter.next();
        if (stmts.size() == 1) {
            useInCount = true;
        }
        datastoreCompilation.addStatement(stmt, stmt.getSQLText().toSQL(), useInCount);
    }
}

Example 28 with JavaTypeMapping

use of org.datanucleus.store.rdbms.mapping.java.JavaTypeMapping in project datanucleus-rdbms by datanucleus.

the class QueryToSQLMapper method compileUpdate.

/**
 * Method to compile the result clause of the query into the SQLStatement.
 * @param stmt UPDATE statement
 */
protected void compileUpdate(UpdateStatement stmt) {
    if (compilation.getExprUpdate() != null) {
        // Update statement, so generate update expression(s)
        compileComponent = CompilationComponent.UPDATE;
        Expression[] updateExprs = compilation.getExprUpdate();
        SQLExpression[] updateSqlExprs = new SQLExpression[updateExprs.length];
        // TODO If the field being set is in a different table omit it
        boolean performingUpdate = false;
        for (int i = 0; i < updateExprs.length; i++) {
            // "field = value"
            DyadicExpression updateExpr = (DyadicExpression) updateExprs[i];
            // Left-side has to be PrimaryExpression
            SQLExpression leftSqlExpr = null;
            if (updateExpr.getLeft() instanceof PrimaryExpression) {
                processPrimaryExpression((PrimaryExpression) updateExpr.getLeft());
                leftSqlExpr = stack.pop();
                if (leftSqlExpr.getSQLTable() != stmt.getPrimaryTable()) {
                    // Set left to null to signify that it is not applicable to the table of this UPDATE statement
                    leftSqlExpr = null;
                }
            } else {
                throw new NucleusException("Dont currently support update clause containing left expression of type " + updateExpr.getLeft());
            }
            if (leftSqlExpr != null) {
                if (!stmt.getDatastoreAdapter().supportsOption(DatastoreAdapter.UPDATE_STATEMENT_ALLOW_TABLE_ALIAS_IN_SET_CLAUSE)) {
                    // This datastore doesn't allow table alias in UPDATE SET clause, so just use column name
                    for (int j = 0; j < leftSqlExpr.getNumberOfSubExpressions(); j++) {
                        ColumnExpression colExpr = leftSqlExpr.getSubExpression(j);
                        colExpr.setOmitTableFromString(true);
                    }
                }
                performingUpdate = true;
                SQLExpression rightSqlExpr = null;
                if (updateExpr.getRight() instanceof Literal) {
                    processLiteral((Literal) updateExpr.getRight());
                    rightSqlExpr = stack.pop();
                } else if (updateExpr.getRight() instanceof ParameterExpression) {
                    ParameterExpression paramExpr = (ParameterExpression) updateExpr.getRight();
                    paramMappingForName.put(paramExpr.getId(), leftSqlExpr.getJavaTypeMapping());
                    processParameterExpression(paramExpr);
                    rightSqlExpr = stack.pop();
                } else if (updateExpr.getRight() instanceof PrimaryExpression) {
                    processPrimaryExpression((PrimaryExpression) updateExpr.getRight());
                    rightSqlExpr = stack.pop();
                } else if (updateExpr.getRight() instanceof DyadicExpression) {
                    updateExpr.getRight().evaluate(this);
                    rightSqlExpr = stack.pop();
                } else if (updateExpr.getRight() instanceof CaseExpression) {
                    CaseExpression caseExpr = (CaseExpression) updateExpr.getRight();
                    processCaseExpression(caseExpr, leftSqlExpr);
                    rightSqlExpr = stack.pop();
                } else if (updateExpr.getRight() instanceof VariableExpression) {
                    // Subquery?
                    processVariableExpression((VariableExpression) updateExpr.getRight());
                    rightSqlExpr = stack.pop();
                    if (rightSqlExpr instanceof UnboundExpression) {
                        // TODO Support whatever this is
                        throw new NucleusException("Found UnboundExpression in UPDATE clause!");
                    }
                } else {
                    throw new NucleusException("Dont currently support update clause containing right expression of type " + updateExpr.getRight());
                }
                if (rightSqlExpr != null) {
                    updateSqlExprs[i] = leftSqlExpr.eq(rightSqlExpr);
                }
            }
        }
        if (candidateCmd.isVersioned() && options.contains(OPTION_BULK_UPDATE_VERSION)) {
            SQLExpression updateSqlExpr = null;
            ClassTable table = (ClassTable) stmt.getPrimaryTable().getTable();
            JavaTypeMapping verMapping = table.getSurrogateMapping(SurrogateColumnType.VERSION, true);
            ClassTable verTable = table.getTableManagingMapping(verMapping);
            if (verTable == stmt.getPrimaryTable().getTable()) {
                VersionMetaData vermd = candidateCmd.getVersionMetaDataForClass();
                if (vermd.getVersionStrategy() == VersionStrategy.VERSION_NUMBER) {
                    // Increment the version
                    SQLTable verSqlTbl = stmt.getTable(verTable, stmt.getPrimaryTable().getGroupName());
                    SQLExpression verExpr = new NumericExpression(stmt, verSqlTbl, verMapping);
                    SQLExpression incrExpr = verExpr.add(new IntegerLiteral(stmt, exprFactory.getMappingForType(Integer.class, false), Integer.valueOf(1), null));
                    updateSqlExpr = verExpr.eq(incrExpr);
                    SQLExpression[] oldArray = updateSqlExprs;
                    updateSqlExprs = new SQLExpression[oldArray.length + 1];
                    System.arraycopy(oldArray, 0, updateSqlExprs, 0, oldArray.length);
                    updateSqlExprs[oldArray.length] = updateSqlExpr;
                    performingUpdate = true;
                } else if (vermd.getVersionStrategy() == VersionStrategy.DATE_TIME) {
                    // Set version to the time of update
                    SQLTable verSqlTbl = stmt.getTable(verTable, stmt.getPrimaryTable().getGroupName());
                    SQLExpression verExpr = new NumericExpression(stmt, verSqlTbl, verMapping);
                    Object newVersion = ec.getLockManager().getNextVersion(vermd, null);
                    JavaTypeMapping valMapping = exprFactory.getMappingForType(newVersion.getClass(), false);
                    SQLExpression valExpr = new TemporalLiteral(stmt, valMapping, newVersion, null);
                    updateSqlExpr = verExpr.eq(valExpr);
                    SQLExpression[] oldArray = updateSqlExprs;
                    updateSqlExprs = new SQLExpression[oldArray.length + 1];
                    System.arraycopy(oldArray, 0, updateSqlExprs, 0, oldArray.length);
                    updateSqlExprs[oldArray.length] = updateSqlExpr;
                    performingUpdate = true;
                }
            }
        }
        if (performingUpdate) {
            // Only set the updates component of the SQLStatement if anything to update in this table
            stmt.setUpdates(updateSqlExprs);
        }
    }
    compileComponent = null;
}

Example 29 with JavaTypeMapping

use of org.datanucleus.store.rdbms.mapping.java.JavaTypeMapping in project datanucleus-rdbms by datanucleus.

the class QueryToSQLMapper method processVariableExpression.

/* (non-Javadoc)
     * @see org.datanucleus.query.evaluator.AbstractExpressionEvaluator#processVariableExpression(org.datanucleus.query.expression.VariableExpression)
     */
@Override
protected Object processVariableExpression(VariableExpression expr) {
    String varName = expr.getId();
    Symbol varSym = expr.getSymbol();
    if (varSym != null) {
        // Use name from symbol if possible
        varName = varSym.getQualifiedName();
    }
    if (hasSQLTableMappingForAlias(varName)) {
        // Variable already found
        SQLTableMapping tblMapping = getSQLTableMappingForAlias(varName);
        SQLExpression sqlExpr = exprFactory.newExpression(tblMapping.table.getSQLStatement(), tblMapping.table, tblMapping.mapping);
        stack.push(sqlExpr);
        return sqlExpr;
    } else if (compilation.getCompilationForSubquery(varName) != null) {
        // Subquery variable
        QueryCompilation subCompilation = compilation.getCompilationForSubquery(varName);
        AbstractClassMetaData subCmd = ec.getMetaDataManager().getMetaDataForClass(subCompilation.getCandidateClass(), ec.getClassLoaderResolver());
        // Create subquery statement, using any provided alias if possible
        String subAlias = null;
        if (subCompilation.getCandidateAlias() != null && !subCompilation.getCandidateAlias().equals(candidateAlias)) {
            subAlias = subCompilation.getCandidateAlias();
        }
        StatementResultMapping subqueryResultMapping = new StatementResultMapping();
        // TODO Fix "avg(something)" arg - not essential but is a hack right now
        SQLStatement subStmt = RDBMSQueryUtils.getStatementForCandidates(storeMgr, stmt, subCmd, null, ec, subCompilation.getCandidateClass(), true, "avg(something)", subAlias, null, null);
        QueryToSQLMapper sqlMapper = new QueryToSQLMapper(subStmt, subCompilation, parameters, null, subqueryResultMapping, subCmd, true, fetchPlan, ec, importsDefinition, options, extensionsByName);
        sqlMapper.setDefaultJoinType(defaultJoinType);
        sqlMapper.setDefaultJoinTypeFilter(defaultJoinTypeFilter);
        sqlMapper.setParentMapper(this);
        sqlMapper.compile();
        if (subqueryResultMapping.getNumberOfResultExpressions() > 1) {
            throw new NucleusUserException("Number of result expressions in subquery should be 1");
        }
        SQLExpression subExpr = null;
        // TODO Cater for subquery select of its own candidate
        if (subqueryResultMapping.getNumberOfResultExpressions() == 0) {
            subExpr = new org.datanucleus.store.rdbms.sql.expression.SubqueryExpression(stmt, subStmt);
        } else {
            JavaTypeMapping subMapping = ((StatementMappingIndex) subqueryResultMapping.getMappingForResultExpression(0)).getMapping();
            if (subMapping instanceof TemporalMapping) {
                subExpr = new TemporalSubqueryExpression(stmt, subStmt);
            } else if (subMapping instanceof StringMapping) {
                subExpr = new StringSubqueryExpression(stmt, subStmt);
            } else {
                subExpr = new NumericSubqueryExpression(stmt, subStmt);
            }
            if (subExpr.getJavaTypeMapping() == null) {
                subExpr.setJavaTypeMapping(subMapping);
            }
        }
        stack.push(subExpr);
        return subExpr;
    } else if (stmt.getParentStatement() != null && parentMapper != null && parentMapper.candidateAlias != null && parentMapper.candidateAlias.equals(varName)) {
        // Variable in subquery linking back to parent query
        SQLExpression varExpr = exprFactory.newExpression(stmt.getParentStatement(), stmt.getParentStatement().getPrimaryTable(), stmt.getParentStatement().getPrimaryTable().getTable().getIdMapping());
        stack.push(varExpr);
        return varExpr;
    } else {
        // Variable never met before, so return as UnboundExpression - process later if needing binding
        NucleusLogger.QUERY.debug("QueryToSQL.processVariable (unbound) variable=" + varName + " is not yet bound so returning UnboundExpression");
        UnboundExpression unbExpr = new UnboundExpression(stmt, varName);
        stack.push(unbExpr);
        return unbExpr;
    }
}

Example 30 with JavaTypeMapping

use of org.datanucleus.store.rdbms.mapping.java.JavaTypeMapping in project datanucleus-rdbms by datanucleus.

the class QueryToSQLMapper method processFromClauseSubquery.

/**
 * Method to process a ClassExpression where it represents a subquery.
 * User defined the candidate of the subquery as an implied join to the outer query, for example "SELECT c FROM Customer c WHERE EXISTS (SELECT o FROM c.orders o ...)"
 * so this method will add the join(s) to the outer query.
 * @param clsExpr The ClassExpression
 * @param candSqlTbl Candidate SQL Table
 * @param mmgr MetaData Manager
 */
protected void processFromClauseSubquery(ClassExpression clsExpr, SQLTable candSqlTbl, MetaDataManager mmgr) {
    String[] tokens = StringUtils.split(clsExpr.getCandidateExpression(), ".");
    String leftAlias = tokens[0];
    SQLTableMapping outerSqlTblMapping = parentMapper.getSQLTableMappingForAlias(leftAlias);
    AbstractClassMetaData leftCmd = outerSqlTblMapping.cmd;
    // Get array of the left-right sides of this expression so we can work back from the subquery candidate
    AbstractMemberMetaData[] leftMmds = new AbstractMemberMetaData[tokens.length - 1];
    AbstractMemberMetaData[] rightMmds = new AbstractMemberMetaData[tokens.length - 1];
    for (int i = 0; i < tokens.length - 1; i++) {
        String joinedField = tokens[i + 1];
        AbstractMemberMetaData leftMmd = leftCmd.getMetaDataForMember(joinedField);
        AbstractMemberMetaData rightMmd = null;
        AbstractClassMetaData rightCmd = null;
        RelationType relationType = leftMmd.getRelationType(clr);
        if (RelationType.isBidirectional(relationType)) {
            // Take first possible
            rightMmd = leftMmd.getRelatedMemberMetaData(clr)[0];
            rightCmd = rightMmd.getAbstractClassMetaData();
        } else if (relationType == RelationType.ONE_TO_ONE_UNI) {
            rightCmd = mmgr.getMetaDataForClass(leftMmd.getType(), clr);
        } else if (relationType == RelationType.ONE_TO_MANY_UNI) {
            if (leftMmd.hasCollection()) {
                rightCmd = mmgr.getMetaDataForClass(leftMmd.getCollection().getElementType(), clr);
            } else if (leftMmd.hasMap()) {
                rightCmd = mmgr.getMetaDataForClass(leftMmd.getMap().getValueType(), clr);
            }
        } else {
            throw new NucleusUserException("Subquery has been specified with a candidate-expression that includes \"" + tokens[i] + "\" that isnt a relation field!!");
        }
        leftMmds[i] = leftMmd;
        rightMmds[i] = rightMmd;
        leftCmd = rightCmd;
    }
    // Work from subquery candidate back to outer query table, adding joins and where clause as appropriate
    SQLTable rSqlTbl = candSqlTbl;
    SQLTable outerSqlTbl = outerSqlTblMapping.table;
    JoinType joinType = JoinType.INNER_JOIN;
    for (int i = leftMmds.length - 1; i >= 0; i--) {
        AbstractMemberMetaData leftMmd = leftMmds[i];
        AbstractMemberMetaData rightMmd = rightMmds[i];
        DatastoreClass leftTbl = storeMgr.getDatastoreClass(leftMmd.getClassName(true), clr);
        SQLTable lSqlTbl = null;
        RelationType relationType = leftMmd.getRelationType(clr);
        if (relationType == RelationType.ONE_TO_ONE_UNI) {
            // 1-1 with FK in left table
            if (i == 0) {
                // Add where clause right table to outer table
                SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getMemberMapping(leftMmd));
                SQLExpression rightExpr = exprFactory.newExpression(stmt, rSqlTbl, rSqlTbl.getTable().getIdMapping());
                stmt.whereAnd(outerExpr.eq(rightExpr), false);
            } else {
                // Join to left table
                JavaTypeMapping leftMapping = leftTbl.getMemberMapping(leftMmd);
                lSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), leftTbl, null, leftMapping, null, null, true);
            }
        } else if (relationType == RelationType.ONE_TO_ONE_BI) {
            if (leftMmd.getMappedBy() != null) {
                // 1-1 with FK in right table
                JavaTypeMapping rightMapping = rSqlTbl.getTable().getMemberMapping(rightMmd);
                if (i == 0) {
                    // Add where clause right table to outer table
                    SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getIdMapping());
                    SQLExpression rightExpr = exprFactory.newExpression(stmt, rSqlTbl, rightMapping);
                    stmt.whereAnd(outerExpr.eq(rightExpr), false);
                } else {
                    // Join to left table
                    lSqlTbl = stmt.join(joinType, rSqlTbl, rightMapping, leftTbl, null, leftTbl.getIdMapping(), null, null, true);
                }
            } else {
                // 1-1 with FK in left table
                if (i == 0) {
                    // Add where clause right table to outer table
                    SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getMemberMapping(leftMmd));
                    SQLExpression rightExpr = exprFactory.newExpression(stmt, rSqlTbl, rSqlTbl.getTable().getIdMapping());
                    stmt.whereAnd(outerExpr.eq(rightExpr), false);
                } else {
                    // Join to left table
                    lSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), leftTbl, null, leftTbl.getMemberMapping(leftMmd), null, null, true);
                }
            }
        } else if (relationType == RelationType.ONE_TO_MANY_UNI) {
            if (leftMmd.getJoinMetaData() != null || rightMmd.getJoinMetaData() != null) {
                // 1-N with join table to right table, so join from right to join table
                JoinTable joinTbl = (JoinTable) storeMgr.getTable(leftMmd);
                SQLTable joinSqlTbl = null;
                if (leftMmd.hasCollection()) {
                    joinSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), joinTbl, null, ((ElementContainerTable) joinTbl).getElementMapping(), null, null, true);
                } else if (leftMmd.hasMap()) {
                    joinSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), joinTbl, null, ((MapTable) joinTbl).getValueMapping(), null, null, true);
                }
                if (i == 0) {
                    // Add where clause join table (owner) to outer table (id)
                    SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getIdMapping());
                    SQLExpression joinExpr = exprFactory.newExpression(stmt, joinSqlTbl, joinTbl.getOwnerMapping());
                    stmt.whereAnd(outerExpr.eq(joinExpr), false);
                } else {
                    // Join to left table
                    lSqlTbl = stmt.join(joinType, joinSqlTbl, joinTbl.getOwnerMapping(), leftTbl, null, leftTbl.getIdMapping(), null, null, true);
                }
            } else {
                // 1-N with FK in right table
                if (i == 0) {
                    // Add where clause right table to outer table
                    SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getMemberMapping(leftMmd));
                    SQLExpression rightExpr = exprFactory.newExpression(stmt, rSqlTbl, rSqlTbl.getTable().getMemberMapping(rightMmd));
                    stmt.whereAnd(outerExpr.eq(rightExpr), false);
                } else {
                    // Join to left table
                    lSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getMemberMapping(rightMmd), leftTbl, null, leftTbl.getIdMapping(), null, null, true);
                }
            }
        } else if (relationType == RelationType.ONE_TO_MANY_BI) {
            if (leftMmd.getJoinMetaData() != null || rightMmd.getJoinMetaData() != null) {
                // 1-N with join table to right table, so join from right to join table
                JoinTable joinTbl = (JoinTable) storeMgr.getTable(leftMmd);
                SQLTable joinSqlTbl = null;
                if (leftMmd.hasCollection()) {
                    joinSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), joinTbl, null, ((ElementContainerTable) joinTbl).getElementMapping(), null, null, true);
                } else if (leftMmd.hasMap()) {
                    joinSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), joinTbl, null, ((MapTable) joinTbl).getValueMapping(), null, null, true);
                }
                if (i == 0) {
                    // Add where clause join table (owner) to outer table (id)
                    SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getIdMapping());
                    SQLExpression joinExpr = exprFactory.newExpression(stmt, joinSqlTbl, joinTbl.getOwnerMapping());
                    stmt.whereAnd(outerExpr.eq(joinExpr), false);
                } else {
                    // Join to left table
                    lSqlTbl = stmt.join(joinType, joinSqlTbl, joinTbl.getOwnerMapping(), leftTbl, null, leftTbl.getIdMapping(), null, null, true);
                }
            } else {
                // 1-N with FK in right table
                if (i == 0) {
                    // Add where clause right table to outer table
                    SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getIdMapping());
                    SQLExpression rightExpr = exprFactory.newExpression(stmt, rSqlTbl, rSqlTbl.getTable().getMemberMapping(rightMmd));
                    stmt.whereAnd(outerExpr.eq(rightExpr), false);
                } else {
                    // Join to left table
                    lSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getMemberMapping(rightMmd), leftTbl, null, leftTbl.getIdMapping(), null, null, true);
                }
            }
        } else if (relationType == RelationType.MANY_TO_ONE_BI) {
            if (leftMmd.getJoinMetaData() != null || rightMmd.getJoinMetaData() != null) {
                // 1-N with join table to right table, so join from right to join table
                JoinTable joinTbl = (JoinTable) storeMgr.getTable(leftMmd);
                SQLTable joinSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), joinTbl, null, joinTbl.getOwnerMapping(), null, null, true);
                if (leftMmd.hasCollection()) {
                    if (i == 0) {
                        // Add where clause join table (element) to outer table (id)
                        SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getIdMapping());
                        SQLExpression joinExpr = exprFactory.newExpression(stmt, joinSqlTbl, ((ElementContainerTable) joinTbl).getElementMapping());
                        stmt.whereAnd(outerExpr.eq(joinExpr), false);
                    } else {
                        // Join to left table
                        lSqlTbl = stmt.join(joinType, joinSqlTbl, ((ElementContainerTable) joinTbl).getElementMapping(), leftTbl, null, leftTbl.getIdMapping(), null, null, true);
                    }
                } else if (leftMmd.hasMap()) {
                    if (i == 0) {
                        // Add where clause join table (value) to outer table (id)
                        SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getIdMapping());
                        SQLExpression joinExpr = exprFactory.newExpression(stmt, joinSqlTbl, ((MapTable) joinTbl).getValueMapping());
                        stmt.whereAnd(outerExpr.eq(joinExpr), false);
                    } else {
                        // Join to left table
                        lSqlTbl = stmt.join(joinType, joinSqlTbl, ((MapTable) joinTbl).getValueMapping(), leftTbl, null, leftTbl.getIdMapping(), null, null, true);
                    }
                }
            } else {
                if (i == 0) {
                    // Add where clause right table to outer table
                    SQLExpression outerExpr = exprFactory.newExpression(outerSqlTbl.getSQLStatement(), outerSqlTbl, outerSqlTbl.getTable().getMemberMapping(leftMmd));
                    SQLExpression rightExpr = exprFactory.newExpression(stmt, rSqlTbl, rSqlTbl.getTable().getIdMapping());
                    stmt.whereAnd(outerExpr.eq(rightExpr), false);
                } else {
                    // Join to left table
                    lSqlTbl = stmt.join(joinType, rSqlTbl, rSqlTbl.getTable().getIdMapping(), leftTbl, null, leftTbl.getMemberMapping(leftMmd), null, null, true);
                }
            }
        }
        rSqlTbl = lSqlTbl;
    }
}