be/src/exprs/scalar-expr-ir.cc

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//
//   http://www.apache.org/licenses/LICENSE-2.0
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#include "exprs/scalar-expr.inline.h"
#include "udf/udf-internal.h"

#ifdef IR_COMPILE

/// Compile ScalarExprEvaluator declaration to IR so we can use it in codegen'd functions
#include "exprs/scalar-expr-evaluator.h"

/// Dummy function to force compilation of UDF types.
/// The arguments are pointers to prevent Clang from lowering the struct types
/// (e.g. IntVal={bool, i32} can be coerced to i64).
void dummy(impala_udf::FunctionContext*, impala_udf::BooleanVal*, impala_udf::TinyIntVal*,
    impala_udf::SmallIntVal*, impala_udf::IntVal*, impala_udf::BigIntVal*,
    impala_udf::FloatVal*, impala_udf::DoubleVal*, impala_udf::StringVal*,
    impala_udf::TimestampVal*, impala_udf::DecimalVal*, impala_udf::DateVal*,
    impala_udf::CollectionVal*, impala::ScalarExprEvaluator*) { }
#endif

/// The following are compute functions that are cross-compiled to both native and IR
/// libraries. In the interpreted path, these functions are executed as-is from the native
/// code. In the codegen'd path, we load the IR functions and replace the Get*Val() calls
/// with the appropriate child's codegen'd compute function.

using namespace impala;
using namespace impala_udf;

/// Static wrappers around Get*ValInterpreted() functions. We'd like to be able to call
/// these from directly from native code as well as from generated IR functions.
BooleanVal ScalarExpr::GetBooleanValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetBooleanValInterpreted(eval, row);
}

TinyIntVal ScalarExpr::GetTinyIntValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetTinyIntValInterpreted(eval, row);
}

SmallIntVal ScalarExpr::GetSmallIntValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetSmallIntValInterpreted(eval, row);
}

IntVal ScalarExpr::GetIntValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetIntValInterpreted(eval, row);
}

BigIntVal ScalarExpr::GetBigIntValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetBigIntValInterpreted(eval, row);
}

FloatVal ScalarExpr::GetFloatValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetFloatValInterpreted(eval, row);
}

DoubleVal ScalarExpr::GetDoubleValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetDoubleValInterpreted(eval, row);
}

StringVal ScalarExpr::GetStringValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetStringValInterpreted(eval, row);
}

TimestampVal ScalarExpr::GetTimestampValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetTimestampValInterpreted(eval, row);
}

DecimalVal ScalarExpr::GetDecimalValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetDecimalValInterpreted(eval, row);
}

DateVal ScalarExpr::GetDateValInterpreted(
    ScalarExpr* expr, ScalarExprEvaluator* eval, const TupleRow* row) {
  return expr->GetDateValInterpreted(eval, row);
}