public void TestCustomEventConcurrency()
{
// event type
const string EVENT_TYPE = "MyEventType";
// attribute config
string ATTR1 = "ATTR1";
string ATTR1_VAL_T0 = "dshjadfhjdfa132`23jj`23jh1k2h3h21hg3h21j2gh";
string ATTR1_VAL_T1 = "gfhfdhgvkfdkgljfdgjfdsj;l34t43jj4erjerb";
string ATTR1_VAL_T2 = "7t32674tgdfjehkjdksjs;akfdshfjdsafkadsfdsljfa";
string ATTR2 = "ATTR2";
string ATTR2_VAL_T0 = "343hjfdshdfjklsafj0913432jh4";
string ATTR2_VAL_T1 = "378t43y21ggdhsgdahshfdjsfafd";
string ATTR2_VAL_T2 = "48ry42378tfhsfkds;kfl;dsdfk;ldslks";
string ATTR3 = "ATTR3";
string ATTR3_VAL_T0 = "321432g4ghjfjshdggfjhsdgfdskgfjdsjgfsd";
string ATTR3_VAL_T1 = "76432tgrsgerhjkfgshdfdssfgjdssaf";
string ATTR3_VAL_T2 = "87549353hjtkgdk;sfgfdgf;kfl;dshfjdsjkhfjs";
string ATTR_EMPTY1 = "ATTR_EMPTY1";
string ATTR_EMPTY2 = "ATTR_EMPTY2";
string ATTR_EMPTY3 = "ATTR_EMPTY3";
// metric config
System.Random randObj = new System.Random();
const string METRIC1 = "METRIC1";
double METRIC1_VAL_T0 = randObj.Next();
double METRIC1_VAL_T1 = randObj.Next();
double METRIC1_VAL_T2 = randObj.Next();
const string METRIC2 = "METRIC2";
double METRIC2_VAL_T0 = randObj.Next();
double METRIC2_VAL_T1 = randObj.Next();
double METRIC2_VAL_T2 = randObj.Next();
const string METRIC3 = "METRIC3";
double METRIC3_VAL_T0 = randObj.Next();
double METRIC3_VAL_T1 = randObj.Next();
double METRIC3_VAL_T2 = randObj.Next();
CustomEvent customEvent = new CustomEvent(EVENT_TYPE);
const int LOOP_COUNT = 999;
Task task0 = new Task(() =>
{
for (int i = 0; i < LOOP_COUNT; i++)
{
customEvent.AddAttribute(ATTR1, ATTR1_VAL_T0);
customEvent.AddGlobalAttribute(ATTR2, ATTR2_VAL_T0);
customEvent.AddGlobalAttribute(EVENT_TYPE, ATTR3, ATTR3_VAL_T0);
customEvent.AddMetric(METRIC1, METRIC1_VAL_T0);
customEvent.AddGlobalMetric(METRIC2, METRIC2_VAL_T0);
customEvent.AddGlobalMetric(EVENT_TYPE, METRIC3, METRIC3_VAL_T0);
customEvent.AddAttribute(ATTR_EMPTY1, "");
customEvent.AddGlobalAttribute(ATTR_EMPTY2, "");
customEvent.AddGlobalAttribute(EVENT_TYPE, ATTR_EMPTY3, "");
}
});
Task task1 = new Task(() =>
{
for (int i = 0; i < LOOP_COUNT; i++)
{
customEvent.AddAttribute(ATTR1, ATTR1_VAL_T1);
customEvent.AddGlobalAttribute(ATTR2, ATTR2_VAL_T1);
customEvent.AddGlobalAttribute(EVENT_TYPE, ATTR3, ATTR3_VAL_T1);
customEvent.AddMetric(METRIC1, METRIC1_VAL_T1);
customEvent.AddGlobalMetric(METRIC2, METRIC2_VAL_T1);
customEvent.AddGlobalMetric(EVENT_TYPE, METRIC3, METRIC3_VAL_T1);
}
});
Task task2 = new Task(() =>
{
for (int i = 0; i < LOOP_COUNT; i++)
{
customEvent.AddAttribute(ATTR1, ATTR1_VAL_T1);
customEvent.AddGlobalAttribute(ATTR2, ATTR2_VAL_T1);
customEvent.AddGlobalAttribute(EVENT_TYPE, ATTR3, ATTR3_VAL_T1);
customEvent.AddMetric(METRIC1, METRIC1_VAL_T1);
customEvent.AddGlobalMetric(METRIC2, METRIC2_VAL_T1);
customEvent.AddGlobalMetric(EVENT_TYPE, METRIC3, METRIC3_VAL_T1);
}
});
task0.Start();
task1.Start();
task2.Start();
// wait all task complete
Task.WaitAll(new[] { task0, task1, task2 });
// Get Model event.
Amazon.MobileAnalytics.Model.Event modelEvent = customEvent.ConvertToMobileAnalyticsModelEvent(GetMobileAnalyticsManager("TestCustomEventConcurrency").Session);
// check attribute value
if (!modelEvent.Attributes.ContainsKey(ATTR1) || !modelEvent.Attributes.ContainsKey(ATTR2) || !modelEvent.Attributes.ContainsKey(ATTR3))
{
Assert.Fail();
return;
}
if (modelEvent.Attributes[ATTR1] != ATTR1_VAL_T0 && modelEvent.Attributes[ATTR1] != ATTR1_VAL_T1 && modelEvent.Attributes[ATTR1] != ATTR1_VAL_T2)
{
Assert.Fail();
return;
}
if (modelEvent.Attributes[ATTR2] != ATTR2_VAL_T0 && modelEvent.Attributes[ATTR2] != ATTR2_VAL_T1 && modelEvent.Attributes[ATTR2] != ATTR2_VAL_T2)
{
Assert.Fail();
return;
}
if (modelEvent.Attributes[ATTR3] != ATTR3_VAL_T0 && modelEvent.Attributes[ATTR3] != ATTR3_VAL_T1 && modelEvent.Attributes[ATTR3] != ATTR3_VAL_T2)
{
Assert.Fail();
return;
}
if (modelEvent.Attributes[ATTR_EMPTY1] != "" || modelEvent.Attributes[ATTR_EMPTY2] != "" || modelEvent.Attributes[ATTR_EMPTY3] != "")
{
Assert.Fail();
return;
}
// check metric value
if (!modelEvent.Metrics.ContainsKey(METRIC1) || !modelEvent.Metrics.ContainsKey(METRIC2) || !modelEvent.Metrics.ContainsKey(METRIC3))
{
Assert.Fail();
return;
}
if (modelEvent.Metrics[METRIC1] != METRIC1_VAL_T0 && modelEvent.Metrics[METRIC1] != METRIC1_VAL_T1 && modelEvent.Metrics[METRIC1] != METRIC1_VAL_T2)
{
Assert.Fail();
return;
}
if (modelEvent.Metrics[METRIC2] != METRIC2_VAL_T0 && modelEvent.Metrics[METRIC2] != METRIC2_VAL_T1 && modelEvent.Metrics[METRIC2] != METRIC2_VAL_T2)
{
Assert.Fail();
return;
}
if (modelEvent.Metrics[METRIC3] != METRIC3_VAL_T0 && modelEvent.Metrics[METRIC3] != METRIC3_VAL_T1 && modelEvent.Metrics[METRIC3] != METRIC3_VAL_T2)
{
Assert.Fail();
return;
}
}