Process pod logs with global increments and pop-min

You are given an event log for a system of “pods.” Each event is a pair `[status, value]`: - `status == 1`: Add a new pod with **initial load** = `value`. - `status == 2`: Increase the load of **every existing pod** by `value` (a global increment). - `status == 3`: Remove the pod with the **smallest current load** and **output/record** that pod’s current load. (For `status == 3`, the `value` field can be ignored.) Return a list of the loads produced by every `status == 3` operation, in order. ### Example Input: `logs = [[1, 5], [1, 2], [2, 3], [3, 0], [3, 0]]` Process: - add pod(5) - add pod(2) - +3 to all ⇒ loads become (8, 5) - pop min ⇒ output 5 - pop min ⇒ output 8 Output: `[5, 8]` ### Notes / assumptions - It is guaranteed that a `status == 3` event will not occur when there are no pods. - Use 64-bit integers if needed. - Aim for an efficient solution (e.g., better than O(n) per global increment).