github-actions[bot] commented on code in PR #65857:
URL: https://github.com/apache/doris/pull/65857#discussion_r3624338510


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be/src/exec/runtime_filter/runtime_filter_partition_pruner.cpp:
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@@ -501,20 +501,35 @@ Status 
ParsedPartitionBoundaries::get_or_compute_projected_boundaries(
     ColumnPtr lo_result_col;
     ColumnPtr hi_result_col;
     ColumnPtr list_result_col;
+    bool projection_invalid = false;
+    auto execute_target_expr = [&](Block* block, int* result_id, ColumnPtr* 
result_column) {
+        Status status = target_expr->execute(ctx, block, result_id);
+        if (status.is<ErrorCode::INVALID_ARGUMENT>()) {

Review Comment:
   [P1] Handle non-`INVALID_ARGUMENT` domain failures
   
   This only disables pruning for `INVALID_ARGUMENT`, but eligible target 
functions can reject a boundary with other user-data status codes. For example, 
an INT LIST target `from_days(f.part_key)` passes scan pushdown and this 
classifier (`FromDays` is deterministic/monotonic and not 
`NoneMovableFunction`). In a plan where `WHERE f.keep_row = 1` removes the sole 
`part_key = 2147483647` row before the join, ordinary execution never evaluates 
that value; boundary projection still calls `from_days(2147483647)`, which 
throws `OUT_OF_BOUND`, and lines 511-512 fail the query. Thus enabling this 
optional pruning can still introduce the same error this PR is meant to 
prevent. Please distinguish data-domain rejection from genuine engine/metadata 
failure (including `OUT_OF_BOUND`) and add a non-`INVALID_ARGUMENT` regression.



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