m::i32 add(Args...args)
{
reallocBuffer();
m_index[m_size] = m_buffer + m_size;
new (m_buffer + m_size) T(std::forward<Args>(args)...);
return m_size++;
}
m::i32 add(const T& defaultValue)
{
reallocBuffer();
m_index[m_size] = m_buffer + m_size;
new (m_buffer + m_size) T(defaultValue);
return m_size++;
}
//----------------------
//
//----------------------
m::i32 add()
{
reallocBuffer();
m_index[m_size] = m_buffer + m_size;
new (m_buffer + m_size) T();
return m_size++;
}
void ARSTREAM_ReaderTb_initMultiBuffers (int initialSize)
{
int buffIndex;
for (buffIndex = 0; buffIndex < NB_BUFFERS; buffIndex++)
{
reallocBuffer (buffIndex, initialSize);
multiBufferIsFree[buffIndex] = 1;
}
}
void DrawNode3D::ensureCapacity(int count)
{
CCASSERT(count>=0, "capacity must be >= 0");
if(_bufferCount + count > _bufferCapacity)
{
_bufferCapacity += MAX(_bufferCapacity, count);
reallocBuffer();
}
}
uint8_t* ARSTREAM_ReaderTb_GetNextFreeBuffer (uint32_t *retSize, int reallocToDouble)
{
uint8_t *retBuffer = NULL;
int nbtest = 0;
if (retSize == NULL)
{
return NULL;
}
do
{
if (multiBufferIsFree[currentBufferIndex] == 1)
{
if (reallocToDouble != 0)
{
reallocBuffer (currentBufferIndex, 2* multiBufferSize [currentBufferIndex]);
}
retBuffer = multiBuffer[currentBufferIndex];
*retSize = multiBufferSize[currentBufferIndex];
}
currentBufferIndex = (currentBufferIndex + 1) % NB_BUFFERS;
nbtest++;
} while (retBuffer == NULL && nbtest < NB_BUFFERS);
return retBuffer;
}
