public void Load(string content_json)
{
Clear();
Hashtable dict = MiniJson.JsonDecode(content_json) as Hashtable;
Load_ChildList(dict.Get <ArrayList>("child_list"), this.gameObject.transform);
}
public AStarMapPath(string jsonConent)
{
Hashtable dict = MiniJson.JsonDecode(jsonConent).To <Hashtable>();
int minGridX = dict["minGridX"].To <int>();
int minGridY = dict["minGridY"].To <int>();
int maxGridX = dict["maxGridX"].To <int>();
int maxGridY = dict["maxGridY"].To <int>();
Dictionary <Vector2Int, int> dataDict = new Dictionary <Vector2Int, int>();
Hashtable _dataDict = dict["dataDict"].To <Hashtable>();
foreach (var _key in _dataDict.Keys)
{
Vector2 v = _key.To <string>().ToVector2();
Vector2Int key = new Vector2Int((int)v.x, (int)v.y);
int value = _dataDict[_key].To <int>();
dataDict[key] = value;
}
int[][] grids = null;
grids = grids
.InitArrays(maxGridY - minGridY + 1, maxGridX - minGridX + 1,
AStarConst.Default_Data_Value).ToLeftBottomBaseArrays();
gridOffsetX = minGridX; //用于astarBehaviour的非0的偏移
gridOffsetY = minGridY; //用于astarBehaviour的非0的偏移
foreach (var key in dataDict.Keys)
{
grids[key.x - minGridX][key.y - minGridY] = dataDict[key];
}
Init(grids);
}
public static object Deserialize(string txt, object context = null)
{
JsonSerializer.deserializeCache = new Dictionary <long, object>();
JsonSerializer.typeCache = new Dictionary <long, Type>();
object obj = MiniJson.JsonDecode(txt);
object result = null;
if (obj != null)
{
JsonSerializer.ConstructClassTable((Hashtable)((Hashtable)obj)[STR_CLS_TABLE]);
result = JsonSerializer.Deserialize(obj, obj.GetType(), context);
}
JsonSerializer.deserializeCache.Clear();
JsonSerializer.deserializeCache = null;
JsonSerializer.typeCache.Clear();
JsonSerializer.typeCache = null;
return(result);
}
public void Load(string contentJson)
{
dict.Clear();
Hashtable jsonDict = MiniJson.JsonDecode(contentJson) as Hashtable;
refId = jsonDict.Get <long>("ref_id");
ArrayList assetPathRefList = jsonDict.Get <ArrayList>("assetPathRef_list");
for (var i = 0; i < assetPathRefList.Count; i++)
{
var assetPathRefDict = (Hashtable)assetPathRefList[i];
long refId = assetPathRefDict.Get <long>("ref_id");
string assetPath = assetPathRefDict.Get <string>("assetPath");
string guid = assetPathRefDict.Get <string>("guid");
if (refId > this.refId)
{
this.refId = refId;
}
dict[guid] = new AssetPathRef(refId, assetPath, guid);
}
}
public void SingleInit()
{
var fileInfo = new FileInfo(filePath);
if (!fileInfo.Exists)
{
var org_data = new Hashtable()
{
{ "user_id", "user1" },
{ "dict_user_tmp", new Hashtable() },
{ "dict_user", new Hashtable() }
};
data = org_data;
return;
}
var conentBytes = StdioUtil.ReadFile(filePath);
//conentBytes = CompressUtil.GZipDecompress(conentBytes);--½âѹËõ
var content = Encoding.UTF8.GetString(conentBytes);
data = MiniJson.JsonDecode(content) as Hashtable;
}
