Downloadbukustatistikadasarsudjana
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2020-09-24 15:37:20.539 IST N 1. kalavera H.
Q:
How to best limit large types in a binary tree
I have a binary tree which can hold values of any size, though they are all very large. I am looking for a way to limit the number of values that can exist in the tree to prevent a heap overflow. 
I am currently looking at a solution that uses a structure similar to an abstract node that stores the length of the value and the position in the array, and then uses a linked list in the actual node to store the values. The problem is, I am not sure how large the linked list can be, so I am not sure this will work. 
Is there a better solution than what I have come up with? 
A:
How much heap space do you need?
I suggest using an std::deque or std::list to store the values.
#include 
typedef std::deque NodeType;
struct LargeType
{
    LargeType(size_t N)
        : N(N), start(N), capacity(N), current(0)
    {
        //...
    }
    size_t N;
    size_t start;
    size_t capacity;
    NodeType& current;
    //...
};
Then when inserting you need to check if deque::size() is less than or equal to current, and allocate a new larger node if it is not:
NodeType& insert(NodeType& head, const LargeType& value)
{
    NodeType& newNode = new NodeType;
    if (head.size() == head.capacity)
    {
        head.resize(head.capacity + 1);
        newNode.resize(
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