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README.md
README.md
 
 
board_mesh.cpp
board_mesh.cpp
 
 
board_mesh.hpp
board_mesh.hpp
 
 
chair_gun.cpp
chair_gun.cpp
 
 
chair_gun.hpp
chair_gun.hpp
 
 
client.cpp
client.cpp
 
 
client.hpp
client.hpp
 
 
client_data.cpp
client_data.cpp
 
 
client_data.hpp
client_data.hpp
 
 
climbable_area.cpp
climbable_area.cpp
 
 
climbable_area.hpp
climbable_area.hpp
 
 
end.cpp
end.cpp
 
 
end.hpp
end.hpp
 
 
entity_info.cpp
entity_info.cpp
 
 
entity_info.hpp
entity_info.hpp
 
 
entity_item_base.cpp
entity_item_base.cpp
 
 
entity_item_base.hpp
entity_item_base.hpp
 
 
entity_player.cpp
entity_player.cpp
 
 
entity_player.hpp
entity_player.hpp
 
 
entity_player_base.cpp
entity_player_base.cpp
 
 
entity_player_base.hpp
entity_player_base.hpp
 
 
game_root.cpp
game_root.cpp
 
 
game_root.hpp
game_root.hpp
 
 
intro.cpp
intro.cpp
 
 
intro.hpp
intro.hpp
 
 
loader.cpp
loader.cpp
 
 
loader.hpp
loader.hpp
 
 
loading_screen.cpp
loading_screen.cpp
 
 
loading_screen.hpp
loading_screen.hpp
 
 
network_shared.cpp
network_shared.cpp
 
 
network_shared.hpp
network_shared.hpp
 
 
node_shared.cpp
node_shared.cpp
 
 
node_shared.hpp
node_shared.hpp
 
 
packet_info.cpp
packet_info.cpp
 
 
packet_info.hpp
packet_info.hpp
 
 
phase_scene.cpp
phase_scene.cpp
 
 
phase_scene.hpp
phase_scene.hpp
 
 
player_body.cpp
player_body.cpp
 
 
player_body.hpp
player_body.hpp
 
 
portal.cpp
portal.cpp
 
 
portal.hpp
portal.hpp
 
 
register_types.cpp
register_types.cpp
 
 
register_types.hpp
register_types.hpp
 
 
roof.cpp
roof.cpp
 
 
roof.hpp
roof.hpp
 
 
server.cpp
server.cpp
 
 
server.hpp
server.hpp
 
 
server_camera.cpp
server_camera.cpp
 
 
server_camera.hpp
server_camera.hpp
 
 

README.md

Packets

All types within these diagrams are equivalent to the dataproto-cpp types, with numerical types encoded in big endian format, and *_str / str types being utf8 C-like string sequences, made up of flint-like length, and an unterminated u8[].

'Entity Data' specification

Used by:

  • NodeShared::write_entity_data(String node_path, BufWriter& buffer)
  • NodeShared::write_entity_data(Node* node, BufWriter& buffer)
  • NodeShared::read_entity_data(BufWriter& buffer)

Diagram:

EntityData:
  u8 object_type -----------
  |                        |
  v                        v
  ObjectType::INLINE_NODE  ObjectType::FILESYSTEM_NODE
  |                        |
  v                        v
  str class_str            str node_path_str
  |
  v
  flint property_count
  |
  v
  (for i = 0; i < property_count; i++)
    |
    v
    u8 prop_object_type -----------------------------------------------
    |                                |                                |
    v                                v                                |
    ObjectType::FILESYSTEM_RESOURCE  ObjectType::VARIANT              ObjectType::INLINE_NODE
    |                                |                                |
    v                                v                                v
    str resource_path_str            flint variant_size               EntityData
                                     |
                                     v
                                     arr[variant_size] variant_data
  |
  v
  flint child_count
  |
  v
  (for i = 0; i < child_count; i++)
    |
    v
    EntityData

'Entity info' packet specification

Diagram:

u8 ServerPacket::ENTITIES_INFO
|
v
u16 entity_count
|
v
u32 entity_id
|
v
str parent_scene_str
|
v
EntityData