void VectorAppend(vector *v, const void *elemAddr)
{
if(v->logicalLen == v->allocLen){
VectorGrow(v);
}
void *target = (char*)v->elems + v->logicalLen * v->elemSize;
memcpy(target, elemAddr, v->elemSize);
v->logicalLen++;
}
void VectorInsert(vector *v, const void *elemAddr, int position)
{
assert(position >= 0 && position <= v->logicalLen);
if(v->logicalLen == v->allocLen){
VectorGrow(v);
}
ShuffleBack(v, position);
void *target = (char*)v->elems + position*v->elemSize;
memcpy(target, elemAddr, v->elemSize);
v->logicalLen++;
}
ptr_t VectorCreateRow(Vector_t *vectorP)
{
ptr_t newRowP = NULL;
if (! vectorP)
{
return NULL;
}
if (vectorP->rowCount == vectorP->maxRows)
{
if (! VectorGrow(vectorP))
{
return NULL;
}
}
newRowP = (ptr_t)((uint8_t *)vectorP->rowP) + (vectorP->rowCount * vectorP->rowSize);
vectorP->rowCount++;
VectorZeroRow(vectorP, newRowP);
return newRowP;
}
