```
select version();
┌─version()───┐
│ 22.5.1.2079 │
└─────────────┘

CREATE TABLE order
(
    `ID` String,
    `Type` Enum8('TYPE_0' = 0, 'TYPE_1' = 1, 'TYPE_2' = 2),
    `Num` UInt64,
    `Data` String,
    `RowCreatedAt` DateTime DEFAULT now()
)
ENGINE = ReplacingMergeTree()
PARTITION BY toYYYYMMDD(RowCreatedAt)
PRIMARY KEY ID
ORDER BY (ID, Type, Num)
TTL RowCreatedAt + toIntervalWeek(6)
SETTINGS index_granularity = 8192;

insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;
insert into order (ID, Type, Num, Data, RowCreatedAt) select toString(cityHash64(ID)%2000), case cityHash64(ID)%3 when 0 then 'TYPE_0' when 1 then 'TYPE_1' when 2 then 'TYPE_2' ELSE 'TYPE_0' END, cityHash64(ID), ID, toDateTime(toUInt32(now()) - round(rand32() / 4294967295 * 4100000, 0))  from generateRandom('ID String ', 1, 1000) limit 100000;

select count(*) from order;
┌─count()─┐
│  892441 │
└─────────┘

set optimize_move_to_prewhere = 0;
SELECT Data
FROM order
WHERE (ID = '1') AND (Type = 'TYPE_1')
ORDER BY Num ASC
FORMAT `Null`

Ok.

set optimize_move_to_prewhere = 1;
SELECT Data
FROM order
WHERE (ID = '1') AND (Type = 'TYPE_1')
ORDER BY Num ASC
FORMAT `Null`

Received exception from server (version 22.5.1):
Code: 10. DB::Exception: Received from localhost:9000. DB::Exception: Not found column Type in block. There are only columns: ID, Num, equals(Type, 'TYPE_1'), Data. (NOT_FOUND_COLUMN_IN_BLOCK)

```
const NamesAndTypesList & sourceColumns() const { return syntax->required_source_columns; }
    const std::vector<const ASTFunction *> & aggregates() const { return syntax->aggregates; }
    
    void initGlobalSubqueriesAndExternalTables(bool do_global, bool is_explain);
    ArrayJoinActionPtr addMultipleArrayJoinAction(ActionsDAGPtr & actions, bool is_left) const;
    void getRootActions(const ASTPtr & ast, bool no_makeset_for_subqueries, ActionsDAGPtr & actions, bool only_consts = false);
    /** Similar to getRootActions but do not make sets when analyzing IN functions. It's used in
      * analyzeAggregation which happens earlier than analyzing PREWHERE and WHERE. If we did, the
      * prepared sets would not be applicable for MergeTree index optimization.
      */
    void getRootActionsNoMakeSet(const ASTPtr & ast, ActionsDAGPtr & actions, bool only_consts = false);
    void getRootActionsForHaving(const ASTPtr & ast, bool no_makeset_for_subqueries, ActionsDAGPtr & actions, bool only_consts = false);
    void getRootActionsForWindowFunctions(const ASTPtr & ast, bool no_makeset_for_subqueries, ActionsDAGPtr & actions);
    /** Add aggregation keys to aggregation_keys, aggregate functions to aggregate_descriptions,
      * Create a set of columns aggregated_columns resulting after the aggregation, if any,
      *  or after all the actions that are normally performed before aggregation.
      * Set has_aggregation = true if there is GROUP BY or at least one aggregate function.
      */
    void analyzeAggregation(ActionsDAGPtr & temp_actions);
    void makeAggregateDescriptions(ActionsDAGPtr & actions, AggregateDescriptions & descriptions);
    const ASTSelectQuery * getSelectQuery() const;
    bool isRemoteStorage() const { return syntax->is_remote_storage; }
    NamesAndTypesList getColumnsAfterArrayJoin(ActionsDAGPtr & actions, const NamesAndTypesList & src_columns);
    NamesAndTypesList analyzeJoin(ActionsDAGPtr & actions, const NamesAndTypesList & src_columns);
    AggregationKeysInfo getAggregationKeysInfo() const noexcept
    {
      return { aggregation_keys, aggregation_keys_indexes_list, group_by_kind };
    }
};
class SelectQueryExpressionAnalyzer;