ue-cpp-foundations

Unreal Engine C++ reflection macros like UPROPERTY and UFUNCTION expose variables and functions to the editor and blueprint system. Proper usage ensures correct garbage collection, manages UObject lifetimes, and enables gameplay event binding.

Garbage collection in UE5 C++ is managed by ensuring UObjects are properly referenced using UPROPERTY macros. Safe pointer usage prevents premature destruction of objects during gameplay events, maintaining stable UObject lifetimes and avoiding memory access violations.

Networking in Unreal Engine C++ relies on replication and RPC patterns to synchronize state across clients and servers. Implementing these RPCs correctly ensures gameplay events execute on the appropriate network endpoints with predictable lifecycle management.

TArray, TMap, and TSet are native UE5 C++ containers used to organize data and handle gameplay events. Combining these containers with delegate patterns allows efficient iteration, data storage, and responsive event broadcasting across subsystems.

Unreal Engine subsystems provide accessible patterns for gameplay event management in UE5 C++. Leveraging these subsystems alongside delegates and logging ensures structured access to engine features and maintains safe UObject lifetimes during execution.