protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(write(ref args, name));
case 2:
return(write(ref args, level));
case 3:
return(write(ref args, exp));
case 4:
return(write(ref args, gold));
case 5:
return(write(ref args, hp));
case 6:
return(prop._encode(args.buff, args.buffsz, args.sttype));
case 7:
if (args.idx >= (int)bag.Length)
{
args.len = args.idx;
return(dll.NOFIELD);
}
return(bag[args.idx]._encode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
if (args.idx >= (int)enter.Length)
{
args.len = args.idx;
return(dll.NOFIELD);
}
return(enter[args.idx]._encode(args.buff, args.buffsz, args.sttype));
case 2:
Debug.Assert(args.idx >= 0);
if (args.idx >= (int)leave.Length)
{
args.len = args.idx;
return(dll.NOFIELD);
}
return(write(ref args, leave[args.idx]));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
Debug.Assert(args.idx >= 0);
if (args.idx == 0)
{
enter = new player[args.len];
}
if (args.len == 0)
{
return(0);
}
enter[args.idx] = new player();
return(enter[args.idx]._decode(args.buff, args.buffsz, args.sttype));
case 2:
if (args.idx == 0)
{
leave = new int[args.len];
}
if (args.len == 0)
{
return(0);
}
return(read(ref args, out leave[args.idx]));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(write(ref args, hp));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(pos._encode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out hp));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out uid));
case 2:
pos = new vector2();
return(pos._decode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
pos = new vector3();
return(pos._decode(args.buff, args.buffsz, args.sttype));
case 2:
rot = new rotation();
return(rot._decode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
if (args.idx >= (int)players.Length)
{
args.len = args.idx;
return(dll.NOFIELD);
}
return(players[args.idx]._encode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
Debug.Assert(args.idx >= 0);
if (args.idx >= (int)uid.Length)
{
args.len = args.idx;
return(dll.NOFIELD);
}
return(write(ref args, uid[args.idx]));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(write(ref args, uid));
case 2:
return(write(ref args, coord_x));
case 3:
return(write(ref args, coord_z));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(write(ref args, a));
case 2:
return(write(ref args, b));
case 3:
return(shoot._encode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out gateid));
case 2:
return(read(ref args, out user));
case 3:
return(read(ref args, out passwd));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(write(ref args, gateid));
case 2:
return(write(ref args, user));
case 3:
return(write(ref args, passwd));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out uid));
case 2:
return(read(ref args, out coord_x));
case 3:
return(read(ref args, out coord_z));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out a));
case 2:
return(read(ref args, out b));
case 3:
shoot = new vector3();
return(shoot._decode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
if (args.len == 0)
{
return(0);
}
if (args.idx == 0)
{
uid = new int[args.len];
}
return(read(ref args, out uid[args.idx]));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out name));
case 2:
return(read(ref args, out level));
case 3:
return(read(ref args, out exp));
case 4:
return(read(ref args, out gold));
case 5:
return(read(ref args, out hp));
case 6:
return(read(ref args, out mp));
case 7:
prop = new roleprop();
return(prop._decode(args.buff, args.buffsz, args.sttype));
case 8:
Debug.Assert(args.idx >= 0);
if (args.idx == 0)
{
bag = new idcount[args.len];
}
if (args.len == 0)
{
return(0);
}
bag[args.idx] = new idcount();
return(bag[args.idx]._decode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out atk));
case 2:
return(read(ref args, out def));
case 3:
return(read(ref args, out matk));
case 4:
return(read(ref args, out mdef));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(write(ref args, atk));
case 2:
return(write(ref args, def));
case 3:
return(write(ref args, matk));
case 4:
return(write(ref args, mdef));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(read(ref args, out attacker));
case 2:
return(read(ref args, out target));
case 3:
return(read(ref args, out skillid));
case 4:
return(read(ref args, out targethp));
default:
return(dll.ERROR);
}
}
protected override int _encode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
return(write(ref args, attacker));
case 2:
return(write(ref args, target));
case 3:
return(write(ref args, skillid));
case 4:
return(write(ref args, targethp));
default:
return(dll.ERROR);
}
}
protected override int _decode_field(ref dll.args args)
{
switch (args.tag)
{
case 1:
Debug.Assert(args.idx >= 0);
if (args.len == 0)
{
return(0);
}
if (args.idx == 0)
{
players = new player[args.len];
}
players[args.idx] = new player();
return(players[args.idx]._decode(args.buff, args.buffsz, args.sttype));
default:
return(dll.ERROR);
}
}
