Here are the classes, structs, unions and interfaces with brief descriptions:

Ccomponent_descriptor_t
Ccomponent_storage_t	Storage container for a single component type. Each registered component type gets its own storage structure. It contains:
Cconnection_manager_t	Manages all active network connections (peers) for a client or server
Cdirty_component_t	Dirty flag used by the networking layer to sync ECS data. It marks whether an entity's component has been modified
Cecs_t	Internal structure representing the ECS world state. This holds:
Centity_meta_t	Metadata for an entity. This structure holds internal bookkeeping information for an entity, such as whether it is currently active (in use) in the ECS world
Cnet_socket_t	Represents a network socket. This struct encapsulates the socket's file descriptor, type, and address information
Cnetwork_architecture_config_t	Structure for configuring the network architecture
Cnetwork_architecture_t	Represents the opaque network architecture structure. This struct serves as a wrapper that holds a pointer to the specific implementation (e.g., Client-Server, P2P) and a reference to the ECS
Cnetwork_cs_t	Represents the client-server network architecture implementation. This struct contains the core components for a client-server setup, including the connection manager, protocol handler, and a pointer to the ECS instance
Cnetwork_id_pair_t	Pair mapping between a global network ID and a local entity ID
Cnetwork_map_t	Dynamic mapping structure from network IDs to local entity IDs. This map grows dynamically as new network IDs are encountered. Clients rely on this to map persistent server-assigned IDs to their local ECS entities
Cnetwork_packet_t	A full network packet structure. This struct combines the header and the data payload, providing a complete packet representation for sending and receiving
Cnetworked_entity_t	Component representing network identity and interest groups
Cpacket_header_t	The header of a network packet. Contains metadata about the packet, such as its size and type. Note on padding: The size is 2 bytes and the enum type is 4 bytes, which results in 2 bytes of padding to align the struct to an 8-byte boundary
Cpeer_t	Represents a connected network peer
Cposition_t	Component data structure for entity position
Cprotocol_handler_t	The protocol handler structure. Manages the state for incoming and outgoing network packets, providing functionality for packing, unpacking, and processing network data
Crotation_t	Component data structure for entity rotation (quaternion format)
Ctransform_t	Component data structure for entity transformation. Combines position and rotation into a single component
Cvelocity_t	Component data structure for entity velocity