static int encodeWithRef(Stream stream, ReferenceLog refLog, object value)
{
AMF_TYPE amfType = Utils.utils.GetObjectType(value);
switch (amfType)
{
case AMF_TYPE.Invalid:
return(encodeNull(stream));
case AMF_TYPE.Bool:
return(encodeBool(stream, Convert.ToBoolean(value)));
case AMF_TYPE.Int:
return(encodeInt(stream, Convert.ToInt64(value)));
case AMF_TYPE.Uint:
return(encodeUint(stream, Convert.ToUInt64(value)));
case AMF_TYPE.Float64:
return(encodeFloat(stream, Convert.ToDouble(value)));
case AMF_TYPE.Array:
object[] obs = null;
if (value is ArrayList)
{
obs = ((ArrayList)value).ToArray();
throw new Exception("ArrayList Is Not Convert, Recommended byte[]");
}
else
{
List <object> list = new List <object>()
{
};
Array array = (Array)(value);
for (int i = 0; i < array.Length; i++)
{
list.Add(array.GetValue(i));
}
obs = list.ToArray();
}
return(encodeArray(stream, obs, refLog));
case AMF_TYPE.Struct:
return(encodeArrayWithStruct(stream, value, refLog));
case AMF_TYPE.String:
return(encodeString(stream, Convert.ToString(value), refLog));
case AMF_TYPE.Default:
return(0);
}
return(0);
}
public static LuaTable ConvertLuaTable(object body, LuaTable luaTable = null)
{
AMF_TYPE tp = utils.GetObjectType(body);
switch (tp)
{
case AMF_TYPE.Bool:
case AMF_TYPE.Int:
case AMF_TYPE.Float64:
case AMF_TYPE.Uint:
case AMF_TYPE.String:
if (luaTable == null)
{
luaTable = SGK.LuaController.GetLuaState()?.NewTable();
}
luaTable.Set <int, object>(luaTable.Length + 1, body);
break;
case AMF_TYPE.Array:
case AMF_TYPE.Struct:
object[] obs;
if (tp == AMF_TYPE.Array)
{
obs = Unpack((Array)body);
}
else
{
obs = utils.ConvertStruct(body);
}
LuaTable tb = SGK.LuaController.GetLuaState()?.NewTable();
for (int i = 0; i < obs.Length; i++)
{
ConvertLuaTable(obs[i], tb);
}
if (luaTable == null)
{
return(tb);
}
luaTable.Set <int, LuaTable>(luaTable.Length + 1, tb);
break;
}
return(luaTable);
}
int encodeWithRef(Stream stream, ReferenceLog refLog, object value)
{
AMF_TYPE amfType = GetObjectType(value);
Console.WriteLine(amfType);
switch (amfType)
{
case AMF_TYPE.Invalid:
return(encodeNull(stream));
case AMF_TYPE.Bool:
return(encodeBool(stream, Convert.ToBoolean(value)));
case AMF_TYPE.Int:
return(encodeInt(stream, Convert.ToInt64(value)));
case AMF_TYPE.Uint:
return(encodeUint(stream, Convert.ToUInt64(value)));
case AMF_TYPE.Float64:
return(encodeFloat(stream, Convert.ToDouble(value)));
case AMF_TYPE.Array:
return(encodeArray(stream, (Array)value, refLog));
case AMF_TYPE.Struct:
break;
case AMF_TYPE.String:
break;
case AMF_TYPE.Default:
break;
}
return(0);
}
public static string LogObject(object value, string filter)
{
string msg = filter;
AMF_TYPE tYPE = GetObjectType(value);
switch (tYPE)
{
case AMF_TYPE.Invalid:
break;
case AMF_TYPE.Bool:
case AMF_TYPE.Int:
case AMF_TYPE.Uint:
case AMF_TYPE.Float64:
msg += value;
break;
case AMF_TYPE.Array:
msg += LogArray((Array)value, filter);
break;
case AMF_TYPE.Struct:
return(LogArray(ConvertStruct(value), filter));
case AMF_TYPE.String:
msg += value;
break;
case AMF_TYPE.Default:
msg += value;
break;
default:
break;
}
return(msg);
}
