inline void basic_val<T>::copy(self_type const& o)
{
if (type() == o.type())
{
switch (o.type())
{
case type_info::object:
o_ = o.o_;
break;
case type_info::array:
a_ = o.a_;
break;
case type_info::string:
s_ = o.s_;
break;
case type_info::int_:
i_ = o.i_;
break;
case type_info::double_:
d_ = o.d_;
break;
case type_info::bool_:
b_ = o.b_;
break;
default:
break;
}
return;
}
free();
switch (type_ = o.type())
{
case type_info::object:
new (&o_) object(o.o_);
break;
case type_info::array:
new (&a_) array(o.a_);
break;
case type_info::string:
new (&s_) string(o.s_);
break;
case type_info::int_:
i_ = o.i_;
break;
case type_info::double_:
d_ = o.d_;
break;
case type_info::bool_:
b_ = o.b_;
break;
default:
break;
}
}
inline bool basic_val<T>::operator==(self_type const& v) const
{
if (type() != v.type())
return false;
switch (type())
{
case type_info::object:
return o_ == v.o_;
case type_info::array:
return a_ == v.a_;
case type_info::string:
return s_ == v.s_;
case type_info::int_:
return i_ == v.i_;
case type_info::double_:
return d_ == v.d_;
case type_info::bool_:
return b_ == v.b_;
default:
break;
}
return true;
}