public void Serialize()
{
//Create the root object
JSONClass rootNode = new JSONClass();
//Serialize the location manager
m_LocationManager.Serialize(rootNode);
//Write the JSON data (.ToString in release as it saves a lot of data compard to ToJSON)
string jsonStr = "";
#if UNITY_ANDROID && !UNITY_EDITOR
jsonStr = rootNode.ToString();
#else
jsonStr = rootNode.ToJSON(0);
#endif
try
{
File.WriteAllText(m_RootPath + "/savegame.json", jsonStr);
Debug.Log("Save game succesfully saved!");
}
catch (Exception e)
{
Debug.LogError("Save game error: " + e);
}
}
public string ToJSON()
{
JSONClass root = new JSONClass();
root.Add("code", new JSONData(code));
root.Add("messgae", new JSONData(code));
root.Add("data", data);
return(root.ToJSON(0));
}
public static string NotifyToJSON(Notify _notify)
{
JSONClass head = new JSONClass();
head.Add("msg", new JSONData(_notify.head.msg));
JSONClass root = new JSONClass();
root.Add("head", head);
root.Add("body", _notify.body);
return(root.ToJSON(0));
}
public static string ResponseToJSON(Response _rsp)
{
JSONClass head = new JSONClass();
head.Add("msg", new JSONData(_rsp.head.msg));
head.Add("session", new JSONData(_rsp.head.session));
JSONClass root = new JSONClass();
root.Add("head", head);
root.Add("body", _rsp.body);
return(root.ToJSON(0));
}
public static string RequestToJSON(Request _req)
{
JSONClass head = new JSONClass();
head.Add("msg", new JSONData(_req.head.msg));
head.Add("session", new JSONData(_req.head.session));
JSONClass root = new JSONClass();
root.Add("head", head);
root.Add("body", _req.body);
return(root.ToJSON(0));
}
public static void DownloadManifest(OnSuccessFinishDelegate _onFinish, OnErrorDelegate _onError)
{
string uri = Settings.fangs_domain + "/storage/list";
Log.Debug("HttpMgr", "DownloadMinifest: {0}", uri);
Dictionary <string, object> paramAry = new Dictionary <string, object>(0);
paramAry.Add("bucket", HttpMgr.Base64Encode(Settings.beans_bucket));
paramAry.Add("sort", HttpMgr.Base64Encode("time"));
paramAry.Add("from", 0);
paramAry.Add("to", 32);
Http.Operation operation = http.AsyncPOST(uri, paramAry, (_data) =>
{
Log.Debug("HttpMgr", "DownloadMinifest Finish: {0}", uri);
// parse the response
JSONNode json = JSON.Parse(System.Text.Encoding.UTF8.GetString(_data));
int errcode = json["errcode"].AsInt;
// 0 is OK
if (0 != errcode)
{
_onError(string.Format("Download manifest has error, the errorcode is {0}", errcode));
return;
}
// take all the guid of bean and put them to a array.
int count = json["data"]["keys:length"].AsInt;
string[] beans = new string[count];
for (int i = 0; i < count; ++i)
{
string field = string.Format("keys:{0}", i);
string value = json["data"][field].Value;
beans[i] = Base64Decode(value);
}
// save the minifest file with beans
JSONArray beanAry = new JSONArray();
foreach (string bean in beans)
{
beanAry.Add(bean);
}
JSONClass root = new JSONClass();
root.Add("beans", beanAry);
string manifestJson = root.ToJSON(0);
File.WriteAllText(Path.Combine(beansPath, "manifest.txt"), manifestJson);
_onFinish();
}, (_err) =>
{
Log.Error("HttpMgr", _err);
_onError(_err.errmessage);
});
}
public string SaveToString()
{
JSONNode N = new JSONClass(); // Start with JSONArray or JSONClass
N["settings"]["fov"].AsFloat = fov;
N["settings"]["sensitivity"].AsFloat = sensitivity;
N["settings"]["viewmodel"].AsFloat = viewModelOn ? 1 : 0;
N["audio"]["master"].AsFloat = masterVolume;
N["audio"]["music"].AsFloat = musicVolume;
N["audio"]["sound effects"].AsFloat = soundEffectsVolume;
N["video"]["bloom"].AsFloat = bloom ? 1 : 0;
N["video"]["motionBlur"].AsFloat = motionBlur ? 1 : 0;
return(N.ToJSON(4));
}
private string ToJSONString(SerializedProperty symbols)
{
JSONClass root = new JSONClass();
for (int i = 0; i < symbols.arraySize; i++)
{
SerializedProperty symbol = symbols.GetArrayElementAtIndex(i);
string key = symbol.FindPropertyRelative("key").stringValue;
string rulesString = symbol.FindPropertyRelative("rules").stringValue;
JSONArray rules = new JSONArray();
foreach (string rule in rulesString.Split('\n'))
{
rules.Add(new JSONData(rule));
}
root.Add(key, rules);
}
return(root.ToJSON(0));
}
private bool Serialize(JSONClassDelegate serializeFunction, string fileName)
{
//Create the root object
JSONClass rootObject = new JSONClass();
serializeFunction(rootObject);
//Write the JSON data (.ToString in release as it saves a lot of data compard to ToJSON)
string jsonStr = "";
#if UNITY_ANDROID && !UNITY_EDITOR
jsonStr = rootObject.ToString();
#else
jsonStr = rootObject.ToJSON(0);
#endif
string filePath = m_RootPath + Path.DirectorySeparatorChar + fileName;
File.WriteAllText(filePath, jsonStr);
Debug.Log("Save game succesfully saved!");
return(true);
}
public string SaveToString()
{
JSONNode N = new JSONClass(); // Start with JSONArray or JSONClass
float totalDuration = 0;
foreach (Snapshot s in snapshotList)
{
totalDuration += s.duration;
}
N["player recording"]["total duration"].AsFloat = totalDuration;
N["player recording"]["number frames"].AsInt = snapshotList.Count;
for (int i = 0; i < snapshotList.Count; i++)
{
Snapshot snap = snapshotList[i];
N["player recording"]["frames"][i]["duration"].AsFloat = snap.duration;
N["player recording"]["frames"][i]["position"][0].AsFloat = snap.position.x;
N["player recording"]["frames"][i]["position"][1].AsFloat = snap.position.y;
N["player recording"]["frames"][i]["position"][2].AsFloat = snap.position.z;
N["player recording"]["frames"][i]["rotation"][0].AsFloat = snap.rotation.x;
N["player recording"]["frames"][i]["rotation"][1].AsFloat = snap.rotation.y;
N["player recording"]["frames"][i]["rotation"][2].AsFloat = snap.rotation.z;
N["player recording"]["frames"][i]["rotation"][3].AsFloat = snap.rotation.w;
N["player recording"]["frames"][i]["inJump"].AsFloat = snap.inJump ? 1 : 0;
N["player recording"]["frames"][i]["y rotation"].AsFloat = snap.playerRotation;
N["player recording"]["frames"][i]["camera tilt"].AsFloat = snap.cameraRotation;
N["player recording"]["frames"][i]["numberKeyRec"].AsInt = snap.keyRecList.Count;
for (int k = 0; k < snap.keyRecList.Count; k++)
{
KeyRecording keyRecording = snap.keyRecList[k];
N["player recording"]["frames"][i]["key events"][k]["time"].AsFloat = keyRecording.time;
N["player recording"]["frames"][i]["key events"][k]["type"] = keyRecording.type;
N["player recording"]["frames"][i]["key events"][k]["key"] = keyRecording.key;
}
}
return(N.ToJSON(4));
}
public static void Write(this SimvaConf conf)
{
JSONClass toWrite = new JSONClass();
toWrite["study"] = conf.Study;
toWrite["host"] = conf.Host;
toWrite["protocol"] = conf.Protocol;
toWrite["port"] = conf.Port;
toWrite["url"] = conf.URL;
toWrite["trace_storage"] = conf.TraceStorage.ToString();
toWrite["backup"] = conf.Backup.ToString();
toWrite["realtime"] = conf.Realtime.ToString();
System.IO.File.WriteAllText(Application.streamingAssetsPath + "/simva.conf", toWrite.ToJSON(0));
}