DigitList&
DigitList::operator=(const DigitList& other)
{
if (this != &other)
{
uprv_memcpy(&fContext, &other.fContext, sizeof(decContext));
if (other.fStorage.getCapacity() > fStorage.getCapacity()) {
fDecNumber = fStorage.resize(other.fStorage.getCapacity());
}
// Always reset the fContext.digits, even if fDecNumber was not reallocated,
// because above we copied fContext from other.fContext.
fContext.digits = fStorage.getCapacity();
uprv_decNumberCopy(fDecNumber, other.fDecNumber);
{
// fDouble is lazily created and cached.
// Avoid potential races with that happening with other.fDouble
// while we are doing the assignment.
Mutex mutex;
if(other.fHave==kDouble) {
fUnion.fDouble = other.fUnion.fDouble;
}
fHave = other.fHave;
}
}
return *this;
}
DigitList&
DigitList::operator=(const DigitList& other)
{
if (this != &other)
{
uprv_memcpy(&fContext, &other.fContext, sizeof(decContext));
fStorage.resize(other.fStorage.getCapacity());
fDecNumber = (decNumber *)fStorage.getAlias();
uprv_decNumberCopy(fDecNumber, other.fDecNumber);
fDouble = other.fDouble;
fHaveDouble = other.fHaveDouble;
}
return *this;
}
DigitList&
DigitList::operator=(const DigitList& other)
{
if (this != &other)
{
uprv_memcpy(&fContext, &other.fContext, sizeof(decContext));
if (other.fStorage.getCapacity() > fStorage.getCapacity()) {
fDecNumber = fStorage.resize(other.fStorage.getCapacity());
}
// Always reset the fContext.digits, even if fDecNumber was not reallocated,
// because above we copied fContext from other.fContext.
fContext.digits = fStorage.getCapacity();
uprv_decNumberCopy(fDecNumber, other.fDecNumber);
fDouble = other.fDouble;
fHaveDouble = other.fHaveDouble;
}
return *this;
}
