@Jonathan modify his code a little and I get the benchmark using cPython 3.6.2 and add condition in deque loop to simulate the behaviour Queue do. import time from queue import Queue import threading import collections mutex = threading.Lock() condition = threading.Condition(mutex) q = colle...
while you can reuse a lot of this trees (should we call them firs? hehe), for a deque with n elements you need about n^2 that represent every single instance of all the possible subintervals
The point is that scheduling the ops on the (GPU?) device necessarily imposes an ordering on how the inputs should be transferred. While my understanding of how ops are currently scheduled is limited I would ideally expect it to be something like [a, b, foo, c, bar, f, g, h, qux...
In Part 1 of An Extensive Examination of Data Structures, we looked at what data structures are, how their performance can be evaluated, and how these performance considerations play into choosing which data structure to utilize for a particular algorithm. In addition to reviewing the basics of d...
In Part 1 of An Extensive Examination of Data Structures, we looked at what data structures are, how their performance can be evaluated, and how these performance considerations play into choosing which data structure to utilize for a particular algorithm. In addition to reviewing the basics of ...
Redisson - distributed and scalable Java data structures (Set, ScoredSortedSet, SortedSet, Map, ConcurrentMap, List, Queue, BlockingQueue, Deque, Lock, AtomicLong, CountDownLatch, Publish / Subscribe, HyperLogLog, Redis pipelining) on top of Redis server. Based on own high-performance async and...
Redisson - distributed and scalable Java data structures (Set, ScoredSortedSet, SortedSet, Map, ConcurrentMap, List, Queue, BlockingQueue, Deque, Lock, AtomicLong, CountDownLatch, Publish / Subscribe, HyperLogLog, Redis pipelining) on top of Redis server. Based on own high-performance async and...
Redisson - distributed and scalable Java data structures (BitSet, Set, ScoredSortedSet, SortedSet, Map, ConcurrentMap, List, Queue, BlockingQueue, Deque, Lock, AtomicLong, CountDownLatch, Publish / Subscribe, HyperLogLog, Redis pipelining) on top of Redi
public interface IDeque<T> { T PeekLeft(); T PeekRight(); IDeque<T> EnqueueLeft(T value); IDeque<T> EnqueueRight(T value); IDeque<T> DequeueLeft(); IDeque<T> DequeueRight(); bool IsEmpty { get; } } Attempt #1 We built a single-ended queue out of two stacks. Can we pu...