void AObjReusePool<_ObjectType>::append_block(uint32_t size)
{
#ifdef AORPOOL_USAGE_COUNT
// Notify that the pool has grown
if (m_block_p && m_grow_f)
{
(m_grow_f)(*this);
}
#endif
tObjBlock * obj_block_p = new ("tObjBlock") tObjBlock(size);
A_VERIFY_MEMORY(obj_block_p != nullptr, tObjReusePool);
if (m_block_p)
{
m_exp_blocks.append(*obj_block_p);
m_exp_pool.append_all(obj_block_p->m_objects_a, size);
}
else
{
m_block_p = obj_block_p;
m_pool.append_all(obj_block_p->m_objects_a, size);
}
}
ACompareBase<_ElementType> * ACompare<_ElementType, _ExtraDataType>::copy_new() const
{
tACompareBase * func_p = new tACompare(*this);
A_VERIFY_MEMORY(func_p != nullptr, tACompare);
return func_p;
}
ACompareBase<_ElementType> * ACompareMethod<_OwnerType, _ElementType>::copy_new() const
{
ACompareMethod<_OwnerType, _ElementType> * func_p = new tACompareMethod(*this);
A_VERIFY_MEMORY(func_p != nullptr, tACompareMethod);
return func_p;
}
AFunctionArgRtnBase<_ArgType, _ReturnType> * AFunctionArgRtn<_ArgType, _ReturnType>::copy_new() const
{
tAFunctionArgRtnBase * func_p = new tAFunctionArg(*this);
A_VERIFY_MEMORY(func_p != nullptr, tAFunctionArg);
return func_p;
}
AFunctionArgRtnBase<_ArgType, _ReturnType> * AMethodArgRtn<_OwnerType, _ArgType, _ReturnType>::copy_new() const
{
tAMethodArgRtn * method_p = new tAMethodArgRtn(*this);
A_VERIFY_MEMORY(method_p != nullptr, tAMethodArgRtn);
return method_p;
}
AObjBlock(uint32_t size) :
m_size(size)
{
m_objects_a = AMemory::new_array<_ObjectType>(size, "AObjBlock");
A_VERIFY_MEMORY(m_objects_a != nullptr, tObjBlock);
}
