public static void registerUser(string userId, IDictionary <string, object> userProperties, TuningUpdater tuningUpdater, Callback cb)
{
Error ret = Error.Success;
if (!Initialized)
{
Util.logError("Cannot registerUser before calling init()");
ret = Error.NotInitialized;
}
else if (!isValidId(DeviceId))
{
Util.logError("No device Id set. Check for prior errors");
ret = Error.MissingId;
}
if (Error.Success == ret)
{
string deviceId = DeviceId;
string url = Host + "/isos-personalization/ws/interface/application_updateuser" + getQueryParms();
List <object> allArgs = new List <object>(4);
double curTimeStamp = Util.Timestamp();
allArgs.Add(curTimeStamp);
allArgs.Add(curTimeStamp);
allArgs.Add(userId);
allArgs.Add(deviceId);
// TODO: It's not a good idea to go around the event depot (out of order issue)
allArgs.Add(userProperties);
try
{
// Create an (async) request to add the user. The callback will be triggered when the request is completed
HttpRequest.executeAsync(new Uri(url), ReqTimeout, Json.Serialize(allArgs), new InitRequestListener(tuningUpdater, userProperties, null, cb));
}
catch (WebException e)
{
Util.logError("WebException during the HttpRequest. Check your host and customerId values: " + e.Message);
ret = Error.InvalidArgs;
}
catch (Exception e)
{
Util.logError("Error during HttpRequest: " + e.Message);
ret = Error.Generic;
}
}
// If we have an error at this point, then the callback will not get called through the HttpRequest, so call it now
if ((Error.Success != ret) && (null != cb))
{
cb(ret);
}
}
/**
* Store an event in the depot.
*
* @param event The event we wish to store
*/
internal static Error store(IDictionary <string, object> eventData)
{
// Build up the batch
List <object> allArgs = new List <object>(2);
allArgs.Add(Util.Timestamp());
allArgs.Add(new List <object> {
eventData
});
// Create a new request to send the data "asynchronously", but we're going to fire and forget in this implementation
HttpRequest.executeAsync(sUri, sReqTimeout, Json.Serialize(allArgs), sRequestListener);
return(Error.Success);
}
public static void refresh(Callback cb)
{
Error ret = Error.Success;
if (CoreSubsystem.Initialized)
{
String url = CoreSubsystem.Host + "/isos-personalization/ws/interface/tuner_refresh" + CoreSubsystem.getQueryParms();
IList allArgs = new List <object>(4);
double curTimeStamp = Util.Timestamp();
allArgs.Add(curTimeStamp);
allArgs.Add(curTimeStamp);
allArgs.Add(CoreSubsystem.DeviceId);
allArgs.Add(CoreSubsystem.getRegisteredUsers());
try
{
// Create an (async) request to retrieve the tuning variables. The callback will be triggered when the request is completed
HttpRequest.executeAsync(new Uri(url), CoreSubsystem.ReqTimeout, Json.Serialize(allArgs), new RefreshRequestListener(cb));
}
catch (WebException e)
{
Util.logError("WebException during the HttpRequest. Check your host and customerId values: " + e.Message);
ret = Error.InvalidArgs;
}
catch (Exception e)
{
Util.logError("Error during HttpRequest: " + e.Message);
ret = Error.Generic;
}
}
else
{
Util.logError("Cannot refresh tuning because CognitiveVR is not initialized");
ret = Error.NotInitialized;
}
// if we have an error at this point, then the callback will not get called through the HttpRequest, so call it now
if (Error.Success != ret && null != cb)
{
cb(ret);
}
}
public static void init(string customerId, TuningUpdater tuningUpdater, string userId, Dictionary <string, object> userProperties, string deviceId, Dictionary <string, object> deviceProperties, int reqTimeout, string host, bool logEnabled, string sdkNamePre, string sdkVersion, Callback cb, string hubObjName, bool isWebPlayer)
{
Error ret = Error.Success;
// Have we already initialized CognitiveVR?
if (Initialized)
{
Util.logError("CognitiveVR has already been initialized, no need to re-initialize");
ret = Error.AlreadyInitialized;
}
else if (null == cb)
{
Util.logError("Please provide a valid callback");
ret = Error.InvalidArgs;
}
if (Error.Success == ret)
{
sCustomerId = customerId;
ReqTimeout = reqTimeout;
Host = host;
sSDKName = Util.getSDKName(sdkNamePre);
sSDKVersion = sdkVersion;
Util.cacheDeviceAndAppInfo();
// First see if we have a deviceId stored off locally that we can use
string savedDeviceId;
if (!isValidId(deviceId) && Prefs.TryGetValue(DEVICEID_KEY_NAME, out savedDeviceId))
{
if (isValidId(savedDeviceId))
{
deviceId = savedDeviceId;
}
}
// set up device id & user id now, in case initial server call doesn't make it back (offline usage, etc)
if (isValidId(deviceId))
{
DeviceId = deviceId;
}
if (isValidId(userId))
{
UserId = userId;
}
// add any auto-scraped device state
IDictionary <string, object> deviceAndAppInfo = Util.getDeviceAndAppInfo();
if (null == deviceProperties)
{
deviceProperties = deviceAndAppInfo as Dictionary <string, object>;
}
else
{
try
{
foreach (var info in deviceAndAppInfo)
{
if (!deviceProperties.ContainsKey(info.Key))
{
deviceProperties.Add(info.Key, info.Value);
}
}
}
catch (ArgumentException)
{
Util.logError("device properties passed in have a duplicate key to the auto-scraped properties!");
}
}
HttpRequest.init(hubObjName, isWebPlayer);
// No device Id, so let's retrieve one and save it off
string url = Host + "/isos-personalization/ws/interface/application_init" + getQueryParms();
IList allArgs = new List <object>(6);
double curTimeStamp = Util.Timestamp();
allArgs.Add(curTimeStamp);
allArgs.Add(curTimeStamp);
allArgs.Add(userId);
allArgs.Add(deviceId);
allArgs.Add(userProperties);
allArgs.Add(deviceProperties);
try
{
HttpRequest.executeAsync(new Uri(url), ReqTimeout, Json.Serialize(allArgs), new InitRequestListener(tuningUpdater, userProperties, deviceProperties, cb));
}
catch (WebException e)
{
reset();
Util.logError("WebException during the HttpRequest. Check your host and customerId values: " + e.Message);
ret = Error.InvalidArgs;
}
catch (Exception e)
{
reset();
Util.logError("Error during HttpRequest: " + e.Message);
ret = Error.Generic;
}
}
if ((Error.Success != ret) && (null != cb))
{
cb(ret);
}
}
