func LoadWorldmap(_hood *hood.Hood) {
if loaded {
panic("Worldmap has already been loaded!")
}
// Load maps
var maps []entities.Map
if err := _hood.Find(&maps); err != nil {
panic(err)
}
if len(maps) > 0 {
for _, mapEntity := range maps {
mapId := int(mapEntity.MapId)
worldmap[mapId] = NewTilePointTable(mapEntity.Name)
}
numOfProcessRoutines = len(maps)
go internalLoadWorldmap(_hood)
waitForLoadComplete()
} else {
log.Warning("World", "LoadWorldmap", "No maps found in the database")
}
loaded = true
}
/***********************
Private Methods
************************/
func internalAddCreature(_creature interfaces.ICreature) bool {
_, found := g.creatures[_creature.GetUID()]
if !found {
g.creatures[_creature.GetUID()] = _creature
} else {
log.Warning("Game", "AddCreature", "Could not add creature. Creature with UID '%d' already exists", _creature.GetUID())
}
return !found
}
// Entrance method for new websocket connections
func clientConnection(clientsock *websocket.Conn) {
packet := pnet.NewPacket()
buffer := make([]uint8, pnet.PACKET_MAXSIZE)
recv, err := clientsock.Read(buffer)
if err == nil {
copy(packet.Buffer[0:recv], buffer[0:recv])
packet.GetHeader()
parseFirstMessage(clientsock, packet)
} else {
if err.Error() != "EOF" {
log.Warning("GameServer", "clientConnection", "Client connection error: %v", err.Error())
}
}
}
func NewPlayerPokemon(_hood *hood.Hood, _entity *entities.PlayerPokemon) *PlayerPokemon {
p := &PlayerPokemon{}
p.Entity = _entity
if basePokemon, found := pokemon.GetPokemonById(_entity.PokemonId); found {
p.BasePokemon = basePokemon
} else {
log.Warning("PlayerPokemon", "NewPlayerPokemon", "Unable to find Pokemon with id %d, for PlayerPokemon entity: %d", _entity.PokemonId, _entity.PlayerPokemonId)
p = nil
}
if p != nil {
p.loadMoves(_hood)
}
return p
}
func (p *Player) netReceiveMessages() {
for {
netmessage := <-p.rxChan
if netmessage == nil {
break
}
switch netmessage.GetHeader() {
case pnet.HEADER_LOGIN:
p.netSendPlayerData()
case pnet.HEADER_WALK:
p.netHeaderWalk(netmessage.(*netmsg.WalkMessage))
case pnet.HEADER_TURN:
p.netHeaderTurn(netmessage.(*netmsg.TurnMessage))
default:
log.Warning("Player", "netReceiveMessages", "No handler for messages with header %d", netmessage.GetHeader())
}
}
}
func (cw *ConnectionWrapper) processPacket(_packet pnet.IPacket) {
header, err := _packet.ReadUint8()
if err != nil {
return
}
var netmessage pnet.INetMessageReader
if header == pnet.HEADER_WALK {
netmessage = netmsg.NewWalkMessage(nil)
netmessage.ReadPacket(_packet)
} else {
log.Warning("ConnectionWrapper", "processPacket", "Received packet with unknown header: %d", header)
}
// Push netmessage on rxChan
if netmessage != nil {
cw.rxChan <- netmessage
}
}
