AggregationInsertRemoveExpression::AggregationInsertRemoveExpression( Expression* a_pLeftExpression, Expression* a_pIndexExpression, AggregationClass* a_pAggregationClass )
: Expression(a_pLeftExpression->getValueType()->replicate(a_pAggregationClass->getAggregateClass()->pointerType()))
, m_pLeftExpression(a_pLeftExpression)
, m_pIndexExpression(a_pIndexExpression)
, m_pAggregationClass(a_pAggregationClass)
, m_pBufferedPointer(nullptr)
{
addSubExpression(m_pLeftExpression);
addSubExpression(m_pIndexExpression);
reflection::Type* pPointerType = a_pAggregationClass->getAggregateClass()->pointerType();
}
PropertyExpression::PropertyExpression( Expression* a_pLeftExpression, Property* a_pProperty )
: LValueExpression(a_pLeftExpression->getValueType()->replicate(a_pProperty->getValueType()->removeConstReference()), a_pProperty->getValueType()->removeConstReference())
, m_pLeftExpression(a_pLeftExpression)
, m_pProperty(a_pProperty)
{
if(NOT(a_pLeftExpression->getValueType()->asReferenceType()))
{
setInvalid();
}
else if(a_pLeftExpression->getValueType()->removeReference()->removeConst() != a_pProperty->getOwner())
{
Class* pLeftClass = a_pLeftExpression->getValueType()->removeReference()->removeConst()->asClass();
if(pLeftClass)
{
Class* pOwnerClass = a_pProperty->getOwner()->asClass();
if(pOwnerClass)
{
if(pLeftClass->getBaseClassOffsetCascade(pOwnerClass) != 0)
setInvalid();
}
else setInvalid();
}
else setInvalid();
}
addSubExpression(m_pLeftExpression);
addReferencedElement(a_pProperty);
m_pBuffer = m_pValueType->removeReference()->allocate();
m_pValueType->removeReference()->construct(m_pBuffer);
m_pValueType->removeReference()->install(m_pBuffer);
m_pValueType->removeReference()->initialize(m_pBuffer);
}
VariableExpression::VariableExpression(Variable* a_pVariable, Expression* a_pChildExpression /*= nullptr*/)
: LValueExpression(a_pVariable->getValueType())
, m_pVariable(a_pVariable)
{
addReferencedElement(a_pVariable);
if(a_pChildExpression)
addSubExpression(a_pChildExpression);
}
EqTestOp::EqTestOp(Opcode opcode, Expression* lhs, Expression* rhs)
: m_opcode(opcode)
{
addSubExpression(lhs);
addSubExpression(rhs);
}
NumericOp::NumericOp(Opcode opcode, Expression* lhs, Expression* rhs)
: m_opcode(opcode)
{
addSubExpression(lhs);
addSubExpression(rhs);
}
LogicalOp::LogicalOp(Opcode opcode, Expression* lhs, Expression* rhs)
: m_opcode(opcode)
{
addSubExpression(lhs);
addSubExpression(rhs);
}
