Name |
Description |
buildResultValueExp_float_t
template< typename T1, typename T2> static SgValueExp* buildResultValueExp_float_t(SgBinaryOp* binaryOperator, SgValueExp* lhsValue, SgValueExp* rhsValue);
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buildResultValueExp_t
template< typename T1, typename T2> static SgValueExp* buildResultValueExp_t(SgBinaryOp* binaryOperator, SgValueExp* lhsValue, SgValueExp* rhsValue);
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buildResultValueExp_u_t
template< typename T1, typename T2> static SgValueExp* buildResultValueExp_u_t(SgUnaryOp* unaryOperator, SgValueExp* theValue);
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calculate_float_t
template<typename T> T calculate_float_t(SgBinaryOp* binaryOperator, T lhsValue, T rhsValue);
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Calculate the result of a binary operation on two constant float‐kind values, |
calculate_string_t
template<typename T> T calculate_string_t(SgBinaryOp* binaryOperator, T lhsValue, T rhsValue);
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string type and binary operator: the allowed operations on string values |
calculate_t
template<typename T> T calculate_t(SgBinaryOp* binaryOperator, T lhsValue, T rhsValue);
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calculate_u_t
template<typename T> T calculate_u_t(SgUnaryOp* unaryOperator, T theValue);
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cf_get_value_t
template< typename T1, typename T2> T1 cf_get_value_t(T2* sg_value_exp);
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constantFoldingOptimization
void constantFoldingOptimization(SgNode* n, bool internalTestingAgainstFrontend = false);
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This is the external interface of constant folding: |
constantUnFoldingTest
void constantUnFoldingTest(SgNode* n);
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returnConstantFoldedValueExpression
SgValueExp* returnConstantFoldedValueExpression(SgNode* n, bool internalTestingAgainstFrontend = false);
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