Examples with YUGABYTEDB org.jooq.SQLDialect.YUGABYTEDB used on opensource projects

Example 1 with YUGABYTEDB

use of org.jooq.SQLDialect.YUGABYTEDB in project jOOQ by jOOQ.

the class SelectQueryImpl method accept0.

final void accept0(Context<?> context) {
    boolean topLevelCte = false;
    // Subquery scopes are started in AbstractContext
    if (context.subqueryLevel() == 0) {
        context.scopeStart();
        if (topLevelCte |= (context.data(DATA_TOP_LEVEL_CTE) == null))
            context.data(DATA_TOP_LEVEL_CTE, new TopLevelCte());
    }
    SQLDialect dialect = context.dialect();
    // [#2791] TODO: Instead of explicitly manipulating these data() objects, future versions
    // of jOOQ should implement a push / pop semantics to clearly delimit such scope.
    Object renderTrailingLimit = context.data(DATA_RENDER_TRAILING_LIMIT_IF_APPLICABLE);
    Object localWindowDefinitions = context.data(DATA_WINDOW_DEFINITIONS);
    Name[] selectAliases = (Name[]) context.data(DATA_SELECT_ALIASES);
    try {
        List<Field<?>> originalFields = null;
        List<Field<?>> alternativeFields = null;
        if (selectAliases != null) {
            context.data().remove(DATA_SELECT_ALIASES);
            alternativeFields = map(originalFields = getSelect(), (f, i) -> i < selectAliases.length ? f.as(selectAliases[i]) : f);
        }
        if (TRUE.equals(renderTrailingLimit))
            context.data().remove(DATA_RENDER_TRAILING_LIMIT_IF_APPLICABLE);
        // [#5127] Lazy initialise this map
        if (localWindowDefinitions != null)
            context.data(DATA_WINDOW_DEFINITIONS, null);
        if (intoTable != null && !TRUE.equals(context.data(DATA_OMIT_INTO_CLAUSE)) && EMULATE_SELECT_INTO_AS_CTAS.contains(dialect)) {
            context.data(DATA_OMIT_INTO_CLAUSE, true, c -> c.visit(createTable(intoTable).as(this)));
            return;
        }
        if (with != null)
            context.visit(with);
        else if (topLevelCte)
            markTopLevelCteAndAccept(context, c -> {
            });
        pushWindow(context);
        Boolean wrapDerivedTables = (Boolean) context.data(DATA_WRAP_DERIVED_TABLES_IN_PARENTHESES);
        if (TRUE.equals(wrapDerivedTables)) {
            context.sqlIndentStart('(').data().remove(DATA_WRAP_DERIVED_TABLES_IN_PARENTHESES);
        }
        switch(dialect) {
            case CUBRID:
            case FIREBIRD:
            case MYSQL:
            case YUGABYTEDB:
                {
                    if (getLimit().isApplicable() && getLimit().withTies())
                        toSQLReferenceLimitWithWindowFunctions(context);
                    else
                        toSQLReferenceLimitDefault(context, originalFields, alternativeFields);
                    break;
                }
            // By default, render the dialect's limit clause
            default:
                {
                    toSQLReferenceLimitDefault(context, originalFields, alternativeFields);
                    break;
                }
        }
        // [#1296] [#7328] FOR UPDATE is emulated in some dialects using hints
        if (forLock != null)
            context.visit(forLock);
        // end-of-query clauses are appended to the end of a query
        if (!StringUtils.isBlank(option))
            context.formatSeparator().sql(option);
        if (TRUE.equals(wrapDerivedTables))
            context.sqlIndentEnd(')').data(DATA_WRAP_DERIVED_TABLES_IN_PARENTHESES, true);
    } finally {
        context.data(DATA_WINDOW_DEFINITIONS, localWindowDefinitions);
        if (renderTrailingLimit != null)
            context.data(DATA_RENDER_TRAILING_LIMIT_IF_APPLICABLE, renderTrailingLimit);
        if (selectAliases != null)
            context.data(DATA_SELECT_ALIASES, selectAliases);
    }
    if (context.subqueryLevel() == 0)
        context.scopeEnd();
}

Example 2 with YUGABYTEDB

use of org.jooq.SQLDialect.YUGABYTEDB in project jOOQ by jOOQ.

the class Alias method acceptDeclareAliasStandard.

private final void acceptDeclareAliasStandard(Context<?> context) {
    if (wrapped instanceof TableImpl)
        context.scopeMarkStart(wrapping);
    SQLDialect dialect = context.dialect();
    SQLDialect family = context.family();
    boolean emulatedDerivedColumnList = false;
    // Hence, wrap the table reference in a subselect
    if (fieldAliases != null && (SUPPORT_DERIVED_COLUMN_NAMES_SPECIAL1.contains(dialect)) && (wrapped instanceof TableImpl || wrapped instanceof CommonTableExpressionImpl)) {
        visitSubquery(context, select(asterisk()).from(((Table<?>) wrapped).as(alias)), true, false, false);
    } else // results using UNION ALL
    if (fieldAliases != null && (emulatedDerivedColumnList || SUPPORT_DERIVED_COLUMN_NAMES_SPECIAL2.contains(dialect))) {
        emulatedDerivedColumnList = true;
        if (wrapped instanceof Values && NO_SUPPORT_VALUES.contains(dialect)) {
            context.data(DATA_SELECT_ALIASES, fieldAliases, t -> toSQLWrapped(t));
        } else {
            // [#3156] Do not SELECT * from derived tables to prevent ambiguously defined columns
            // in those derived tables
            Select<?> wrappedAsSelect = wrapped instanceof Select ? (Select<?>) wrapped : wrapped instanceof DerivedTable ? ((DerivedTable<?>) wrapped).query() : select(asterisk()).from(((Table<?>) wrapped).as(alias));
            List<Field<?>> select = wrappedAsSelect.getSelect();
            if (emulatedDerivedColumnList) {
                SelectFieldList<Field<?>> fields = new SelectFieldList<>();
                for (int i = 0; i < fieldAliases.length; i++) {
                    switch(family) {
                        default:
                            fields.add(field("null").as(fieldAliases[i]));
                            break;
                    }
                }
                visitSubquery(context, select(fields).where(falseCondition()).unionAll(wrappedAsSelect), true, false, false);
            }
        }
    } else
        // The default behaviour
        toSQLWrapped(context);
    // [#291] some aliases cause trouble, if they are not explicitly marked using "as"
    toSQLAs(context);
    context.sql(' ').qualify(false, c -> c.visit(alias));
    // [#1801] Add field aliases to the table alias, if applicable
    if (fieldAliases != null && !emulatedDerivedColumnList) {
        toSQLDerivedColumnList(context);
    } else {
        // TODO: Is this still needed?
        switch(family) {
            case HSQLDB:
            case POSTGRES:
            case YUGABYTEDB:
                {
                    // The javac compiler doesn't like casting of generics
                    Object o = wrapped;
                    if (context.declareTables() && o instanceof ArrayTable)
                        context.sql('(').visit(wrap(((ArrayTable) o).fields()).qualify(false)).sql(')');
                    break;
                }
        }
    }
    if (wrapped instanceof TableImpl)
        context.scopeMarkEnd(wrapping);
}

Example 3 with YUGABYTEDB

use of org.jooq.SQLDialect.YUGABYTEDB in project jOOQ by jOOQ.

the class AlterTableImpl method accept1.

private final void accept1(Context<?> ctx) {
    SQLDialect family = ctx.family();
    boolean omitAlterTable = (renameConstraint != null && family == HSQLDB) || (renameColumn != null && SUPPORT_RENAME_COLUMN.contains(ctx.dialect()));
    boolean renameTable = renameTo != null && SUPPORT_RENAME_TABLE.contains(ctx.dialect());
    boolean renameObject = renameTo != null && (false);
    if (!omitAlterTable) {
        ctx.start(ALTER_TABLE_TABLE).visit(renameObject ? K_RENAME_OBJECT : renameTable ? K_RENAME_TABLE : K_ALTER_TABLE);
        if (ifExists && supportsIfExists(ctx))
            ctx.sql(' ').visit(K_IF_EXISTS);
        ctx.sql(' ').visit(table).end(ALTER_TABLE_TABLE).formatIndentStart().formatSeparator();
    }
    if (comment != null) {
        ctx.visit(K_COMMENT).sql(' ').visit(comment);
    } else if (renameTo != null) {
        boolean qualify = ctx.qualify();
        ctx.start(ALTER_TABLE_RENAME);
        if (NO_SUPPORT_RENAME_QUALIFIED_TABLE.contains(ctx.dialect()))
            ctx.qualify(false);
        ctx.visit(renameObject || renameTable ? K_TO : K_RENAME_TO).sql(' ').visit(renameTo);
        if (NO_SUPPORT_RENAME_QUALIFIED_TABLE.contains(ctx.dialect()))
            ctx.qualify(qualify);
        ctx.end(ALTER_TABLE_RENAME);
    } else if (renameColumn != null) {
        ctx.start(ALTER_TABLE_RENAME_COLUMN);
        switch(ctx.family()) {
            case DERBY:
                ctx.visit(K_RENAME_COLUMN).sql(' ').visit(renameColumn).formatSeparator().visit(K_TO).sql(' ').qualify(false, c -> c.visit(renameColumnTo));
                break;
            case H2:
            case HSQLDB:
                ctx.visit(K_ALTER_COLUMN).sql(' ').qualify(false, c -> c.visit(renameColumn)).formatSeparator().visit(K_RENAME_TO).sql(' ').qualify(false, c -> c.visit(renameColumnTo));
                break;
            case FIREBIRD:
                ctx.visit(K_ALTER_COLUMN).sql(' ').qualify(false, c -> c.visit(renameColumn)).formatSeparator().visit(K_TO).sql(' ').qualify(false, c -> c.visit(renameColumnTo));
                break;
            default:
                ctx.visit(K_RENAME_COLUMN).sql(' ').qualify(false, c -> c.visit(renameColumn)).formatSeparator().visit(K_TO).sql(' ').qualify(false, c -> c.visit(renameColumnTo));
                break;
        }
        ctx.end(ALTER_TABLE_RENAME_COLUMN);
    } else if (renameIndex != null) {
        ctx.start(ALTER_TABLE_RENAME_INDEX).visit(K_RENAME_INDEX).sql(' ').qualify(false, c -> c.visit(renameIndex)).formatSeparator().visit(K_TO).sql(' ').qualify(false, c -> c.visit(renameIndexTo)).end(ALTER_TABLE_RENAME_INDEX);
    } else if (renameConstraint != null) {
        ctx.start(ALTER_TABLE_RENAME_CONSTRAINT);
        ctx.data(DATA_CONSTRAINT_REFERENCE, true, c1 -> {
            if (family == HSQLDB)
                c1.visit(K_ALTER_CONSTRAINT).sql(' ').qualify(false, c2 -> c2.visit(renameConstraint)).formatSeparator().visit(K_RENAME_TO).sql(' ').qualify(false, c2 -> c2.visit(renameConstraintTo));
            else
                c1.visit(K_RENAME_CONSTRAINT).sql(' ').qualify(false, c2 -> c2.visit(renameConstraint)).formatSeparator().visit(K_TO).sql(' ').qualify(false, c2 -> c2.visit(renameConstraintTo));
        });
        ctx.end(ALTER_TABLE_RENAME_CONSTRAINT);
    } else if (add != null) {
        boolean multiAdd = REQUIRE_REPEAT_ADD_ON_MULTI_ALTER.contains(ctx.dialect());
        boolean parens = !multiAdd;
        boolean comma = true;
        ctx.start(ALTER_TABLE_ADD).visit(addColumnKeyword(ctx)).sql(' ');
        if (parens)
            ctx.sql('(');
        boolean indent = !multiAdd && add.size() > 1;
        if (indent)
            ctx.formatIndentStart().formatNewLine();
        for (int i = 0; i < add.size(); i++) {
            if (i > 0) {
                ctx.sql(comma ? "," : "").formatSeparator();
                if (multiAdd)
                    ctx.visit(addColumnKeyword(ctx)).sql(' ');
            }
            TableElement part = add.get(i);
            ctx.qualify(false, c -> c.visit(part));
            if (part instanceof Field) {
                Field<?> f = (Field<?>) part;
                ctx.sql(' ');
                toSQLDDLTypeDeclarationForAddition(ctx, f.getDataType());
            }
        }
        if (indent)
            ctx.formatIndentEnd().formatNewLine();
        if (parens)
            ctx.sql(')');
        acceptFirstBeforeAfter(ctx);
        ctx.end(ALTER_TABLE_ADD);
    } else if (addColumn != null) {
        ctx.start(ALTER_TABLE_ADD).visit(addColumnKeyword(ctx)).sql(' ');
        if (ifNotExistsColumn && supportsIfNotExistsColumn(ctx))
            ctx.visit(K_IF_NOT_EXISTS).sql(' ');
        ctx.qualify(false, c -> c.visit(addColumn)).sql(' ');
        toSQLDDLTypeDeclarationForAddition(ctx, addColumnType);
        acceptFirstBeforeAfter(ctx);
        ctx.end(ALTER_TABLE_ADD);
    } else if (addConstraint != null) {
        ctx.start(ALTER_TABLE_ADD);
        ctx.visit(K_ADD).sql(' ');
        ctx.visit(addConstraint);
        ctx.end(ALTER_TABLE_ADD);
    } else if (alterConstraint != null) {
        ctx.start(ALTER_TABLE_ALTER);
        ctx.data(DATA_CONSTRAINT_REFERENCE, true, c -> {
            switch(family) {
                default:
                    ctx.visit(K_ALTER);
                    break;
            }
            ctx.sql(' ').visit(K_CONSTRAINT).sql(' ').visit(alterConstraint);
            ConstraintImpl.acceptEnforced(ctx, alterConstraintEnforced);
        });
        ctx.end(ALTER_TABLE_ALTER);
    } else if (alterColumn != null) {
        ctx.start(ALTER_TABLE_ALTER);
        switch(family) {
            case CUBRID:
            case MARIADB:
            case MYSQL:
                {
                    // MySQL's CHANGE COLUMN clause has a mandatory RENAMING syntax...
                    if (alterColumnDefault == null && !alterColumnDropDefault)
                        ctx.visit(K_CHANGE_COLUMN).sql(' ').qualify(false, c -> c.visit(alterColumn));
                    else
                        ctx.visit(K_ALTER_COLUMN);
                    break;
                }
            default:
                ctx.visit(K_ALTER);
                break;
        }
        ctx.sql(' ');
        ctx.qualify(false, c -> c.visit(alterColumn));
        if (alterColumnType != null) {
            switch(family) {
                case DERBY:
                    ctx.sql(' ').visit(K_SET_DATA_TYPE);
                    break;
                case FIREBIRD:
                case POSTGRES:
                case YUGABYTEDB:
                    ctx.sql(' ').visit(K_TYPE);
                    break;
            }
            ctx.sql(' ');
            toSQLDDLTypeDeclaration(ctx, alterColumnType);
            toSQLDDLTypeDeclarationIdentityBeforeNull(ctx, alterColumnType);
            // [#3805] Some databases cannot change the type and the NOT NULL constraint in a single statement
            if (!NO_SUPPORT_ALTER_TYPE_AND_NULL.contains(ctx.dialect())) {
                switch(alterColumnType.nullability()) {
                    case NULL:
                        ctx.sql(' ').visit(K_NULL);
                        break;
                    case NOT_NULL:
                        ctx.sql(' ').visit(K_NOT_NULL);
                        break;
                    case DEFAULT:
                        break;
                }
            }
            toSQLDDLTypeDeclarationIdentityAfterNull(ctx, alterColumnType);
        } else if (alterColumnDefault != null) {
            ctx.start(ALTER_TABLE_ALTER_DEFAULT);
            switch(family) {
                default:
                    ctx.sql(' ').visit(K_SET_DEFAULT);
                    break;
            }
            ctx.sql(' ').visit(alterColumnDefault).end(ALTER_TABLE_ALTER_DEFAULT);
        } else if (alterColumnDropDefault) {
            ctx.start(ALTER_TABLE_ALTER_DEFAULT);
            switch(family) {
                case MARIADB:
                case MYSQL:
                    ctx.sql(' ').visit(K_SET_DEFAULT).sql(' ').visit(K_NULL);
                    break;
                default:
                    ctx.sql(' ').visit(K_DROP_DEFAULT);
                    break;
            }
            ctx.end(ALTER_TABLE_ALTER_DEFAULT);
        } else if (alterColumnNullability != null) {
            ctx.start(ALTER_TABLE_ALTER_NULL);
            switch(ctx.family()) {
                default:
                    ctx.sql(' ').visit(alterColumnNullability.nullable() ? K_DROP_NOT_NULL : K_SET_NOT_NULL);
                    break;
            }
            ctx.end(ALTER_TABLE_ALTER_NULL);
        }
        ctx.end(ALTER_TABLE_ALTER);
    } else if (dropColumns != null) {
        ctx.start(ALTER_TABLE_DROP);
        if (REQUIRE_REPEAT_DROP_ON_MULTI_ALTER.contains(ctx.dialect())) {
            String separator = "";
            for (Field<?> dropColumn : dropColumns) {
                ctx.sql(separator);
                acceptDropColumn(ctx);
                if (ifExistsColumn && supportsIfExistsColumn(ctx))
                    ctx.sql(' ').visit(K_IF_EXISTS);
                ctx.sql(' ').qualify(false, c -> c.visit(dropColumn));
                separator = ", ";
            }
        } else {
            acceptDropColumn(ctx);
            if (ifExistsColumn && supportsIfExistsColumn(ctx))
                ctx.sql(' ').visit(K_IF_EXISTS);
            ctx.sql(' ');
            ctx.qualify(false, c -> c.visit(dropColumns));
        }
        acceptCascade(ctx);
        ctx.end(ALTER_TABLE_DROP);
    } else if (dropConstraint != null) {
        ctx.start(ALTER_TABLE_DROP);
        ctx.data(DATA_CONSTRAINT_REFERENCE, true, c -> {
            if (dropConstraintType == FOREIGN_KEY && NO_SUPPORT_DROP_CONSTRAINT.contains(c.dialect())) {
                c.visit(K_DROP).sql(' ').visit(K_FOREIGN_KEY).sql(' ').visit(dropConstraint);
            } else if (dropConstraintType == PRIMARY_KEY && NO_SUPPORT_DROP_CONSTRAINT.contains(c.dialect())) {
                c.visit(K_DROP).sql(' ').visit(K_PRIMARY_KEY);
            } else {
                // [#9382] In some dialects, unnamed UNIQUE constraints can be
                // dropped by dropping their declarations.
                c.visit(dropConstraint.getUnqualifiedName().empty() ? K_DROP : K_DROP_CONSTRAINT).sql(' ');
                if (ifExistsConstraint && !NO_SUPPORT_IF_EXISTS_CONSTRAINT.contains(c.dialect()))
                    c.visit(K_IF_EXISTS).sql(' ');
                c.visit(dropConstraint);
            }
            acceptCascade(c);
        });
        ctx.end(ALTER_TABLE_DROP);
    } else if (dropConstraintType == PRIMARY_KEY) {
        ctx.start(ALTER_TABLE_DROP);
        ctx.visit(K_DROP).sql(' ').visit(K_PRIMARY_KEY);
        ctx.end(ALTER_TABLE_DROP);
    }
    if (!omitAlterTable)
        ctx.formatIndentEnd();
}