//! \relates XsVector \brief Release and clear the contents of the vector
void XsVector_destruct(XsVector* thisPtr)
{
if (thisPtr->m_data && (thisPtr->m_flags & XSDF_Managed))
{
// clear contents
xsMathFree((void*) thisPtr->m_data);
INC_FREE();
}
// init to 0
if (!(thisPtr->m_flags & XSDF_FixedSize))
{
*((XsReal**) &thisPtr->m_data) = 0;
*((XsSize*) &thisPtr->m_size) = 0;
*((int*) &thisPtr->m_flags) = 0;
}
else
*((int*) &thisPtr->m_flags) |= XSDF_Empty;
}
/*! \relates XsArray
\brief Clears and frees memory allocated by the XsArray
\note After XsArray_destruct is called, the object is empty but valid,
ie. it can be used as if XsArray_construct has been called on it.
*/
void XsArray_destruct(void* thisPtr)
{
XsArray* thisArray = (XsArray*) thisPtr;
if (thisArray->m_data && (thisArray->m_flags & XSDF_Managed))
{
XsSize i;
// clear contents
if (thisArray->m_descriptor->itemDestruct)
for (i=0; i<thisArray->m_reserved; ++i)
thisArray->m_descriptor->itemDestruct(elemAt(thisArray->m_data, i));
free((void*) thisArray->m_data);
INC_FREE();
}
// init to 0
*((void**) &thisArray->m_data) = 0;
*((XsSize*) &thisArray->m_size) = 0;
*((XsSize*) &thisArray->m_reserved) = 0;
*((int*) &thisArray->m_flags) = (thisArray->m_flags & (XSDF_Managed | XSDF_FixedSize));
}
