3.0.0

• Breaking: PopOptional() has been renamed to Pop() as an overload for the Queues
• Breaking: mpmc::Queue now enforces a power-of-2 size. This is necessary to prevent deadlocks on index overflows.
• Fixed an incorrect our_turn check in mpmc::Queue that caused
  incorrect behavior when monotonic push/pop counters wrapped around
• Fixed the push/pop count comparison condition in mpmc::Queue
• Replaced the two per-slot atomics (push_count/pop_count) in
  mpmc::Queue with a single access_count, reducing memory
  usage and contention per slot
• Added cacheline alignment for mpmc::Queue slots when
  LOCKFREE_CACHE_COHERENT is enabled, eliminating false sharing between adjacent slots
• Moved _write_wrapped and _read_wrapped flags in spsc::BipartiteBuf to share cachelines with their respective producer/consumer indexes, reducing cache contention
• Fixed spsc::RingBuf std::array overloads to use .data()
  instead of .begin(), returning a proper pointer rather than an iterator
• Ensured PriorityQueues must have at least 2 priorities

2.0.10

• Added a missing include in the Ring Buffer causing errors for `memcpy use

2.0.9

• Fixed the initialization order in the Bipartite Buffer constructor
• Fixed missing include for the std::pair use in the Bipartite Buffer

2.0.8

• Added a performance optimization in the Bipartite Buffer, where the atomic invalidate index load can be avoided after writing wraps

2.0.7

• Fixed an omission where the invalidate index of the Bipartite Buffer was sharing a cacheline with wrapping flags, leading to unnecessary performance loss

2.0.6

• Added a performance optimization in the Bipartite Buffer, where the atomic read index load can be avoided after reading wraps

2.0.5

• A linear space calculation bug in the Bipartite Buffer that could cause data corruption in builds without asserts enabled was fixed

2.0.4

• Added the ability to configure the library through CMake

2.0.3

• Fixed MSVC C++ language standard detection

2.0.2

• Performance and code conciseness improvements in single-producer single-consumer Queue, Priority Queue and Bipartite Buffer