uSHORT baseArray_C::setAlloc(uSHORT numObjs)
{
uSHORT retVal = 0;
if ((numObjs > 0) && (objSize > 0) && (numObjs >= objCount)) {
// Allocate a new buffer
uCHAR *newBuff_P = new uCHAR[(numObjs+1)*objSize];
// If the new buffer was allocated...
if (newBuff_P != (uCHAR *)NULL) {
retVal = 1;
// If an old buffer exists...
if (buff_P != (uCHAR *)NULL) {
// Copy the old buffer data to the new buffer
memcpy(newBuff_P,buff_P,objCount*objSize);
// Free the old buffer
freeBuff();
}
// Set the total # of objects allocated
totalObjs = numObjs;
// Set the array buffer pointer
buff_P = newBuff_P;
}
}
return (retVal);
}
mstring& mstring::operator=(const mstring& rhs){
if (this == &rhs) {
return *this;
}
freeBuff();
initWithBuf(rhs);
return *this;
}
void baseArray_C::reAlloc()
{
// Free the current object buffer
freeBuff();
// Zero the object count
objCount =
// Zero the object allocation size
totalObjs = 0;
}
baseArray_C::~baseArray_C()
{
freeBuff();
}
mstring::~mstring(){
freeBuff();
}
