//-------------------------------------------------------------------
bool xlopers_equal(const xloper &op1, const xloper &op2)
{
if(op1.xltype != op2.xltype)
return false;
int i;
switch(op1.xltype)
{
case xltypeNum:
return op1.val.num == op2.val.num;
case xltypeStr:
return *op1.val.str == *op2.val.str && memcmp(op1.val.str + 1, op2.val.str + 1, *op1.val.str) == 0;
case xltypeBool:
return op1.val.xbool == op2.val.xbool;
case xltypeRef:
if(op1.val.mref.idSheet != op2.val.mref.idSheet
|| op1.val.mref.lpmref->count != op2.val.mref.lpmref->count)
return false;
return memcmp(op1.val.mref.lpmref->reftbl, op2.val.mref.lpmref->reftbl, sizeof(xlmref) * op1.val.mref.lpmref->count) == 0;
case xltypeSRef:
return memcmp(&(op1.val.sref.ref), &(op2.val.sref.ref), sizeof(xlref)) == 0;
case xltypeMulti:
if(op1.val.array.columns != op2.val.array.columns
|| op1.val.array.rows != op2.val.array.rows)
return false;
for(i = op1.val.array.columns * op1.val.array.rows; i--; )
if(!xlopers_equal(op1.val.array.lparray[i], op2.val.array.lparray[i]))
return false;
break;
case xltypeMissing:
case xltypeNil:
return true;
case xltypeInt:
return op1.val.w == op2.val.w;
case xltypeErr:
return op1.val.err == op2.val.err;
default:
return false; // not suported by this function
}
return true;
}
//-------------------------------------------------------------------
bool cpp_xloper::operator!=(xloper *p_op)
{
return !xlopers_equal(m_Op, *p_op);
}
//-------------------------------------------------------------------
bool cpp_xloper::operator!=(cpp_xloper &cpp_op2)
{
return !xlopers_equal(m_Op, cpp_op2.m_Op);
}
