public void FlushEvents()
{
string qaEventsStringJson = null;
lock (qaLogEventQueued) {
if (qaLogEventQueued.Count > 0)
{
qaEventsStringJson = SwrveUnityMiniJSON.Json.Serialize(this.qaLogEventQueued);
SwrveLog.LogInfo("Swrve: will flush the QA queue, total of " + qaLogEventQueued.Count + "events");
qaLogEventQueued.Clear();
}
}
MakeRequest(qaEventsStringJson);
}
private void MakeRequest(string qaEventsStringJson)
{
if (qaEventsStringJson == null)
{
return;
}
byte[] qaPostEncodedData = null;
qaPostEncodedData = PostBodyBuilder.BuildQaEvent(apiKey, appId, userId, this.deviceUUID, appVersion, SwrveHelper.GetMilliseconds(), qaEventsStringJson);
Dictionary <string, string> requestHeaders = new Dictionary <string, string> {
{ @"Content-Type", @"application/json; charset=utf-8" }
};
if (qaPostEncodedData != null)
{
container.StartCoroutine(restClient.Post(endPoint, qaPostEncodedData, requestHeaders, RestListener));
SwrveLog.LogInfo("Swrve: SwrveQa Json Event sent:" + qaEventsStringJson);
}
}
public static void Update(Dictionary <string, object> qaUserDictionary)
{
if (qaUserDictionary == null)
{
SwrveQaUser.Instance.loggingEnabled = false;
SwrveQaUser.Instance.resetDevice = false;
}
else
{
if (qaUserDictionary.ContainsKey("logging"))
{
SwrveQaUser.Instance.loggingEnabled = (bool)qaUserDictionary["logging"];
if (SwrveQaUser.Instance.loggingEnabled)
{
SwrveLog.LogInfo("Swrve: user just updated as QaUser!");
}
}
if (qaUserDictionary.ContainsKey("reset_device_state"))
{
SwrveQaUser.Instance.resetDevice = (bool)qaUserDictionary["reset_device_state"];
}
}
}
public static void LogInfo(object message)
{
SwrveLog.LogInfo(message, "activity");
}
private void InitialisePushADM(MonoBehaviour container)
{
try {
bool registered = false;
this.admDeviceToken = storage.Load(AdmDeviceTokenSave);
//Only execute this once
if (!androidADMPluginInitialized)
{
androidADMPluginInitialized = true;
string pluginPackageName = SwrveAndroidADMPushPluginPackageName;
string jniPluginClassName = pluginPackageName.Replace(".", "/");
if (AndroidJNI.FindClass(jniPluginClassName).ToInt32() == 0)
{
SwrveLog.LogError("Could not find class: " + jniPluginClassName +
" Are you using the correct SwrveSDKPushSupport plugin given the swrve config.AndroidPushProvider setting?");
//Force crash by calling another JNI call without clearing exceptions.
//This is to enforce proper integration
AndroidJNI.FindClass(jniPluginClassName);
return;
}
androidADMPlugin = new AndroidJavaClass(pluginPackageName);
if (androidADMPlugin == null)
{
SwrveLog.LogError("Found class, but unable to construct AndroidJavaClass: " + jniPluginClassName);
return;
}
// Check that the plugin version is correct
int pluginVersion = androidADMPlugin.CallStatic <int>(GetVersionName);
if (pluginVersion != AdmPushPluginVersion)
{
// Plugin with changes to the public API not supported
androidADMPlugin = null;
throw new Exception("The version of the Swrve Android Push plugin" + pluginPackageName + "is different. This Swrve SDK needs version " + pluginVersion);
}
else
{
androidADMPluginInitializedSuccessfully = true;
SwrveLog.LogInfo("Android Push Plugin initialised successfully: " + jniPluginClassName);
}
}
if (androidADMPluginInitializedSuccessfully)
{
registered = androidADMPlugin.CallStatic <bool>(
InitialiseAdmName, container.name, config.AndroidPushNotificationIconId, config.AndroidPushNotificationMaterialIconId,
config.AndroidPushNotificationLargeIconId, config.AndroidPushNotificationAccentColorHex);
}
if (!registered)
{
SwrveLog.LogError("Could not communicate with the Swrve Android ADM Push plugin.");
}
} catch (Exception exp) {
SwrveLog.LogError("Could not initalise push: " + exp.ToString());
}
}