public void SetDynamicSuperProperties(IDynamicSuperProperties dynamicSuperProperties)
{
if (!TD_PropertiesChecker.CheckProperties(dynamicSuperProperties.GetDynamicSuperProperties()))
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - Cannot set dynamic super properties due to invalid properties.");
}
this.dynamicSuperProperties = dynamicSuperProperties;
}
/// <summary>
/// Convert Dictionary object to JSONObject in Java.
/// </summary>
/// <returns>The JSONObject instance.</returns>
/// <param name="data">The Dictionary containing some data </param>
private static AndroidJavaObject getJSONObject(string dataString)
{
try
{
return(new AndroidJavaObject(JSON_CLASS, dataString));
}
catch (Exception e)
{
TD_Log.w("ThinkingAnalytics: unexpected exception: " + e);
}
return(null);
}
public void Track(ThinkingAnalyticsEvent taEvent)
{
if (null == taEvent || null == taEvent.EventType)
{
TD_Log.w("Ignoring invalid TA event");
return;
}
if (taEvent.EventTime == null)
{
TD_Log.w("ppp null...");
}
track(taEvent);
}
void Awake()
{
#if DISABLE_TA
tracking_enabled = false;
#endif
TD_Log.EnableLog(enableLog);
ThinkingAnalyticsWrapper.SetVersionInfo(VERSION);
if (TA_instance == null)
{
DontDestroyOnLoad(gameObject);
TA_instance = this;
}
else
{
Destroy(gameObject);
return;
}
if (tracking_enabled)
{
default_appid = tokens[0].appid;
instance_lock.EnterWriteLock();
try
{
ThinkingAnalyticsWrapper.EnableLog(enableLog);
foreach (Token token in tokens)
{
if (!string.IsNullOrEmpty(token.appid))
{
sInstances.Add(token.appid, new ThinkingAnalyticsWrapper(token));
}
}
}
finally
{
instance_lock.ExitWriteLock();
}
if (sInstances.Count == 0)
{
tracking_enabled = false;
}
else
{
getInstance(default_appid).SetNetworkType(networkType);
}
}
}
private void userSetOnce(string properties)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling userSetOnce with properties: " + TD_MiniJSON.Serialize(properties));
}
private Dictionary <string, object> getSuperProperties()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling getSuperProperties");
return(null);
}
private void unsetSuperProperty(string superPropertyName)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling unsetSuperProperties with superPropertyName: " + superPropertyName);
}
private void track(string eventName, string properties, DateTime datetime)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling track with eventName: " + eventName + ", " +
"properties: " + properties + ", " +
"dateTime: " + datetime.ToString());
}
private void login(string accountId)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling Login with accountId: " + accountId);
}
private static void enable_log(bool enableLog)
{
TD_Log.d("TA.Wrapper - calling enable_log with enableLog: " + enableLog);
}
private void setNetworkType(ThinkingAnalyticsAPI.NetworkType networkType)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling setNetworkType with networkType: " + (int)networkType);
}
private void enableAutoTrack(AUTO_TRACK_EVENTS events)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling enableAutoTrack: " + events.ToString());
}
private void flush()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling flush.");
}
private void userDelete(DateTime dateTime)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling userDelete" + ", dateTime: " + dateTime.ToString("yyyy-MM-dd HH:mm:ss.fff"));
}
private void userDelete()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling userDelete");
}
private void identify(string uniqueId)
{
this.uniqueId = uniqueId;
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling Identify with uniqueId: " + uniqueId);
}
private string getDistinctId()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling GetDistinctId with return value: " + this.uniqueId);
return(this.uniqueId);
}
private string getDeviceId()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling getDeviceId()");
return("editor device id");
}
private void logout()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling Logout");
}
private void optOutTrackingAndDeleteUser()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling optOutTrackingAndDeleteUser()");
}
private void track(string eventName, string properties)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling track with eventName: " + eventName + ", " +
"properties: " + properties);
}
private void optInTracking()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling optInTracking()");
}
private void setSuperProperties(string superProperties)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling setSuperProperties with superProperties: " + TD_MiniJSON.Serialize(superProperties));
}
private void enableTracking(bool enabled)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling enableTracking() with enabled: " + enabled);
}
private void clearSuperProperty()
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling clearSuperProperties");
}
private ThinkingAnalyticsWrapper createLightInstance(ThinkingAnalyticsAPI.Token delegateToken)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling createLightInstance()");
return(new ThinkingAnalyticsWrapper(delegateToken, false));
}
private void timeEvent(string eventName)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling timeEvent with eventName: " + eventName);
}
private static void calibrateTime(long timestamp)
{
TD_Log.d("TA.Wrapper: - calling calibrateTime() with: " + timestamp);
}
private void userSetOnce(string properties, DateTime dateTime)
{
TD_Log.d("TA.Wrapper(" + token.appid + ") - calling userSetOnce with properties: " + TD_MiniJSON.Serialize(properties)
+ ", dateTime: " + dateTime.ToString("yyyy-MM-dd HH:mm:ss.fff"));
}
private static void calibrateTimeWithNtp(string ntpServer)
{
TD_Log.d("TA.Wrapper: - calling calibrateTimeWithNtp() with: " + ntpServer);
}
