ModularShoot 0.2.0 для Minecraft 1.21.1 (NeoForge)

Breaking Changes

• Removed 5 deprecated ModularShootAPI overloads: the explicit RegistryAccess uninstall overloads and the non-refreshing setPluginLocked have been removed. Use the recommended player-derived overloads, or call PluginUninstallService / PluginLockService directly.
• Removed BulletManager#fireBullet: use ModularShootAPI.fireBullet or the new CreationCoordinator for standalone firing.
• Network protocol bumped to 3: 0.2.0 is not interoperable with older clients/servers; both sides must update together.

Performance

• Cached registry lookups everywhere: hot paths no longer re-resolve gun/plugin/state definitions repeatedly, speeding up shooting, install/uninstall and tooltips.
• Much lighter bullet sync: spatial indexing, position quantization and distance-based downsampling, plus content-addressed full sync and gun-state diffs, cut bandwidth and CPU on populated servers.
• Faster state handling: same-value writes short-circuit, fast NBT codec paths, and player-state throttling reduce copies and sync traffic for high-frequency states.
• Leaner rendering and tooltips: per-frame tooltip caching, reverse indexes, cached texture-key hashes, lazy outline masks and render-object reuse lower per-frame cost.
• Faster reloads: shared registry snapshots and cached modifier results prevent repeated full-table recomputation on large packs.
• Batched broadcasts: hit and firing-animation updates are merged per tick, reducing packet counts and player scans.

Architecture

• One-way public API: item recognition moved into an internal utility; internal services no longer depend on the facade.
• Cleaner client/server split: client payload handling moved into the client package; common code no longer imports Minecraft client classes.
• Clearer responsibilities: the bullet manager was split into storage, creation and network-marking layers; the fire-rate formula is now a single shared source of truth.

Robustness

• Added empty-handler short-circuits, throttled error logging, defensive packet decoding, no-op state-clear short-circuits and cache lifecycle cleanup.