Stacks are a way to organize data, and they follow a rule called LIFO, which stands for "Last In, First Out." This means that the last item added to the stack is the first one to come out.
However, using stacks can lead to some problems with memory management. The two main actions we do with stacks are "push," which means adding something to the stack, and "pop," which means taking something off.
If we keep adding items without control, we might run into something called stack overflow. This happens when we go over the limit of what the stack can hold.
Another issue is memory leaks. This is when memory gets used but isn’t released back to the system, causing difficulties in managing our resources.
Even with these solutions, managing memory well is still quite tricky.
Stacks are a way to organize data, and they follow a rule called LIFO, which stands for "Last In, First Out." This means that the last item added to the stack is the first one to come out.
However, using stacks can lead to some problems with memory management. The two main actions we do with stacks are "push," which means adding something to the stack, and "pop," which means taking something off.
If we keep adding items without control, we might run into something called stack overflow. This happens when we go over the limit of what the stack can hold.
Another issue is memory leaks. This is when memory gets used but isn’t released back to the system, causing difficulties in managing our resources.
Even with these solutions, managing memory well is still quite tricky.