public void CreateEventAtom()
{
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, this.event_name, this.event_id, this.event_value, this.timezone, this.app_version, this.anonymous_id, this.trait_key, this.trait_value, this.ga_active);
Dictionary <string, object> goedleAtom = rt.getGoedleAtomDictionary();
CollectionAssert.AreEquivalent(goedleAtom, this.goedleAtomExpected);
}
public void track(string event_name, string event_id, string event_value, bool launch, string trait_key, string trait_value, IGoedleUploadHandler goedleUploadHandler)
{
if (!_adaptation_only)
{
bool ga_active = !String.IsNullOrEmpty(_ga_tracking_id);
string authentication = null;
string content = null;
int ts = getTimeStamp();
// -1 because c# returns -1 for UTC +1 , * 1000 from Seconds to Milliseconds
int timezone = (int)(((DateTime.UtcNow - DateTime.Now).TotalSeconds) * -1 * 1000);
GoedleAtom rt = new GoedleAtom(_app_key, _user_id, ts, event_name, event_id, event_value, timezone, _app_version, _anonymous_id, trait_key, trait_value, ga_active);
if (rt == null)
{
Console.Write("Data Object is None, there must be an error in the SDK!");
return;
}
else
{
content = rt.getGoedleAtomDictionary().ToString();
authentication = _goedleUtils.encodeToUrlParameter(content, _api_key);
}
string url = GoedleConstants.TRACK_URL;
Console.WriteLine(event_name);
Console.WriteLine(event_id);
goedleUploadHandler.add(content);
_gio_http_client.sendPost(url, authentication, _gwr, goedleUploadHandler, _staging);
// Sending tp Google Analytics for now we only support the Event tracking
string type = "event";
if (ga_active)
{
trackGoogleAnalytics(event_name, event_id, event_value, type);
}
}
}
public void track(string event_name, string event_id, string event_value, bool launch, string trait_key, string trait_value)
{
GoedleHttpClient outer = new GoedleHttpClient();
string[] pass = null;
int ts = getTimeStamp();
// -1 because c# returns -1 for UTC +1 , * 1000 from Seconds to Milliseconds
int timezone = (int)(((DateTime.UtcNow - DateTime.Now).TotalSeconds) * -1 * 1000);
GoedleAtom rt = null;
if (launch == true)
{
rt = new GoedleAtom(app_key, this.user_id, ts, event_name, event_id, event_value, timezone, GoedleConstants.BUILD_NR);
}
else
{
rt = new GoedleAtom(app_key, this.user_id, ts, event_name, event_id, event_value, trait_key, trait_value);
}
if (rt == null)
{
Console.Write("Data Object is None, there must be an error in the SDK!");
}
else
{
pass = encodeToUrlParameter(rt.getGoedleAtomDictionary());
}
outer.send(pass);
}
public void track(string event_name, string event_id, string event_value, bool launch, string trait_key, string trait_value)
{
GoedleHttpClient outer = new GoedleHttpClient();
bool ga_active = !String.IsNullOrEmpty(this.ga_tracking_id);
string[] pass = null;
int ts = getTimeStamp();
// -1 because c# returns -1 for UTC +1 , * 1000 from Seconds to Milliseconds
int timezone = (int)(((DateTime.UtcNow - DateTime.Now).TotalSeconds) * -1 * 1000);
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, ts, event_name, event_id, event_value, timezone, app_version, this.anonymous_id, trait_key, trait_value, ga_active);
if (rt == null)
{
Console.Write("Data Object is None, there must be an error in the SDK!");
}
else
{
pass = encodeToUrlParameter(rt.getGoedleAtomDictionary());
}
outer.send(pass);
// Sending tp Google Analytics for now we only support the Event tracking
string type = "event";
if (ga_active)
{
trackGoogleAnalytics(event_name, event_id, event_value, type);
}
}
public void CreateEventWithIdAtom()
{
event_id = "test_event_id";
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, this.event_name, event_id, this.event_value, this.timezone, this.app_version, this.anonymous_id, this.trait_key, this.trait_value, this.ga_active);
JSONNode goedleAtom = rt.getGoedleAtomDictionary();
Assert.AreEqual(goedleAtom["event_id"].Value, event_id);
//CollectionAssert.AreEquivalent(goedleAtom, this.goedleAtomExpected);
}
public void CreateEventIdentifyNoGAAtom()
{
anonymous_id = "123e4567-e89b-12d3-a456-426655440000";
event_name = "identify";
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, event_name, this.event_id, this.event_value, this.timezone, this.app_version, anonymous_id, this.trait_key, this.trait_value, this.ga_active);
JSONNode goedleAtom = rt.getGoedleAtomDictionary();
//CollectionAssert.AreEquivalent(goedleAtom, this.goedleAtomExpected);
Assert.AreEqual(goedleAtom["event"].Value, event_name);
Assert.AreEqual(goedleAtom["anonymous_id"].Value, anonymous_id);
}
public void CreateEventWithIdAndValueAtom()
{
this.goedleAtomExpected.Add("event_id", "test_event_id");
this.goedleAtomExpected.Add("event_value", "test_event_value");
this.event_id = "test_event_id";
this.event_value = "test_event_value";
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, this.event_name, this.event_id, this.event_value, this.timezone, this.app_version, this.anonymous_id, this.trait_key, this.trait_value, this.ga_active);
Dictionary <string, object> goedleAtom = rt.getGoedleAtomDictionary();
CollectionAssert.AreEquivalent(goedleAtom, this.goedleAtomExpected);
}
public void CreateEventIdentifyNoGAAtom()
{
this.goedleAtomExpected["event"] = "identify";
this.goedleAtomExpected["anonymous_id"] = "123e4567-e89b-12d3-a456-426655440000";
this.anonymous_id = "123e4567-e89b-12d3-a456-426655440000";
this.event_name = "identify";
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, this.event_name, this.event_id, this.event_value, this.timezone, this.app_version, this.anonymous_id, this.trait_key, this.trait_value, this.ga_active);
Dictionary <string, object> goedleAtom = rt.getGoedleAtomDictionary();
CollectionAssert.AreEquivalent(goedleAtom, this.goedleAtomExpected);
}
public void CreateEventAtom()
{
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, this.event_name, this.event_id, this.event_value, this.timezone, this.app_version, this.anonymous_id, this.trait_key, this.trait_value, this.ga_active);
JSONNode goedleAtom = rt.getGoedleAtomDictionary();
Assert.AreEqual(goedleAtom["app_key"].Value, this.app_key);
Assert.AreEqual(goedleAtom["user_id"].Value, this.user_id);
Assert.AreEqual(goedleAtom["app_version"].Value, this.app_version);
Assert.AreEqual(goedleAtom["event"].Value, this.event_name);
Assert.AreEqual(goedleAtom["timezone"].AsInt, this.timezone);
Assert.AreEqual(goedleAtom["build_nr"].Value, GoedleConstants.BUILD_NR);
}
public void CreateIdentifyTraitsAtom()
{
event_name = "identify";
trait_key = "first_name";
trait_value = "Marc";
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, this.event_name, this.event_id, this.event_value, this.timezone, this.app_version, this.anonymous_id, this.trait_key, this.trait_value, this.ga_active);
JSONNode goedleAtom = rt.getGoedleAtomDictionary();
//CollectionAssert.AreEquivalent(goedleAtom, this.goedleAtomExpected);
Assert.AreEqual(goedleAtom["event"].Value, event_name);
Assert.AreEqual(goedleAtom["first_name"].Value, trait_value);
}
public void CreateIdentifyTraitsAtom()
{
this.event_name = "identify";
this.trait_key = "first_name";
this.trait_value = "Marc";
this.goedleAtomExpected["event"] = "identify";
this.goedleAtomExpected.Add(trait_key, trait_value);
GoedleAtom rt = new GoedleAtom(this.app_key, this.user_id, this.ts, this.event_name, this.event_id, this.event_value, this.timezone, this.app_version, this.anonymous_id, this.trait_key, this.trait_value, this.ga_active);
Dictionary <string, object> goedleAtom = rt.getGoedleAtomDictionary();
CollectionAssert.AreEquivalent(goedleAtom, this.goedleAtomExpected);
}
