public string Serialize()
{
EndLapCommandV1_0 endLapCommand = null;
if (END_LAP_COMMAND != null)
{
endLapCommand = (EndLapCommandV1_0)EndLapCommandV1_0.FACTORY.Transfer(this.END_LAP_COMMAND);
}
return(ProtocolV1_0Utils.SerializeParams(COMMAND_NAME, (ProtocolDouble)X, (ProtocolDouble)Y, HIT_POINTS, (ProtocolDouble)POWER, TURN, MAX_TURN, COUNT_OF_LIFE_ROBOTS, ARRAY_IDS_OF_LIFE_ROBOTS, endLapCommand, SerializeMore(SUB_COMMAND_FACTORIES)));
}
public static bool Deserialize(string orig, Deep deep, out EndLapCommandV1_0 deserialized)
{
string[] rest;
if (ProtocolV1_0Utils.GetParams(orig, COMMAND_NAME, deep, out rest))
{
if (rest.Length == 3)
{
int gold, score;
LapState lapState;
if (Enum.TryParse(rest[0], true, out lapState) && int.TryParse(rest[1], out gold) && int.TryParse(rest[2], out score))
{
deserialized = new EndLapCommandV1_0(lapState, gold, score);
return(true);
}
}
}
deserialized = null;
return(false);
}
public override bool IsDeserializeable(string s)
{
string[] rest;
if (ProtocolV1_0Utils.GetParams(s, COMMAND_NAME, out rest))
{
if (rest.Length == 10)
{
ProtocolDouble[] paramsPDoubles;
int[] paramInts;
int[] arrayIdsOfLifeRobots;
if (Parser.TryParse(new int[] { 0, 1, 3 }, rest, out paramsPDoubles) &&
Parser.TryParse(new int[] { 2, 4, 5, 6 }, rest, out paramInts) &&
ProtocolV1_0Utils.Deserialize(rest[7], out arrayIdsOfLifeRobots, ProtocolV1_0Utils.DEFAULT.NEXT)
)
{
EndLapCommandV1_0 endLapCommand;
EndLapCommandV1_0.Deserialize(rest[8], ProtocolV1_0Utils.DEFAULT.NEXT, out endLapCommand);
RobotStateCommandV1_0 robotStateCommand = new RobotStateCommandV1_0(paramsPDoubles[0], paramsPDoubles[1],
paramInts[0], paramsPDoubles[2],
paramInts[1], paramInts[2],
paramInts[3],
arrayIdsOfLifeRobots, endLapCommand);
string[] moreString;
if (ProtocolV1_0Utils.Deserialize(rest[9], out moreString, ProtocolV1_0Utils.DEFAULT.NEXT))
{
robotStateCommand.DeserializeMore(moreString, robotStateCommand.MORE, SUB_COMMAND_FACTORIES);
}
cache.Cached(s, robotStateCommand);
return(true);
}
}
}
return(false);
}