public async Task DefaultHeaders_Success()
{
object responseData = new[] { new { result = 2 } };
var handler = new FuncHandler()
{
PreProcess = (req, ct) =>
{
// Make sure the default headers are in place
Assert.IsTrue(req.Headers.Contains("Keen-Sdk"));
Assert.AreEqual(KeenUtil.GetSdkVersion(), req.Headers.GetValues("Keen-Sdk").Single());
Assert.IsTrue(req.Headers.Contains("Authorization"));
var key = req.Headers.GetValues("Authorization").Single();
Assert.IsTrue(SettingsEnv.ReadKey == key ||
SettingsEnv.WriteKey == key ||
SettingsEnv.MasterKey == key);
},
ProduceResultAsync = (req, ct) =>
{
return(CreateJsonStringResponseAsync(responseData));
},
DeferToDefault = false
};
var client = new KeenClient(SettingsEnv, new TestKeenHttpClientProvider()
{
ProvideKeenHttpClient =
(url) => KeenHttpClientFactory.Create(url,
new HttpClientCache(),
null,
new DelegatingHandlerMock(handler))
});
// Try out all the endpoints
Assert.DoesNotThrow(() => client.GetSchemas());
// Remaining operations expect an object, not an array of objects
responseData = new { result = 2 };
var @event = new { AProperty = "AValue" };
Assert.DoesNotThrow(() => client.AddEvent("AddEventTest", @event));
Assert.DoesNotThrow(() => client.AddEvents("AddEventTest", new[] { @event }));
Assert.DoesNotThrow(() => client.DeleteCollection("DeleteColTest"));
Assert.IsNotNull(client.GetSchema("AddEventTest"));
// Currently all the queries/extraction go through the same KeenWebApiRequest() call.
var count = await client.QueryAsync(
QueryType.Count(),
"testCollection",
"",
QueryRelativeTimeframe.ThisMonth());
Assert.IsNotNull(count);
Assert.AreEqual("2", count);
}
public async Task QueryFilter_NotContains_Success()
{
var queriesUrl = HttpTests.GetUriForResource(SettingsEnv,
KeenConstants.QueriesResource);
var handler = new FuncHandler()
{
PreProcess = (req, ct) =>
{
var queryStr = req.RequestUri.Query;
// Make sure our filter properties are in the query string
Assert.IsTrue(queryStr.Contains("propertyName") &&
queryStr.Contains("four") &&
queryStr.Contains(QueryFilter.FilterOperator.NotContains()));
},
ProduceResultAsync = (req, ct) =>
{
return(HttpTests.CreateJsonStringResponseAsync(new { result = 2 }));
},
DeferToDefault = false
};
// NOTE : This example shows use of UrlToMessageHandler, but since we only make one
// request to a single endpoint, we could just directly use the FuncHandler here.
var urlHandler = new UrlToMessageHandler(
new Dictionary <Uri, IHttpMessageHandler>
{
{ queriesUrl, handler }
})
{
DeferToDefault = false
};
var client = new KeenClient(SettingsEnv, new TestKeenHttpClientProvider()
{
ProvideKeenHttpClient =
(url) => KeenHttpClientFactory.Create(url,
new HttpClientCache(),
null,
new DelegatingHandlerMock(urlHandler))
});
var filters = new List <QueryFilter>
{
new QueryFilter("propertyName", QueryFilter.FilterOperator.NotContains(), "four")
};
var count = await client.QueryAsync(
QueryType.Count(),
"testCollection",
"",
QueryRelativeTimeframe.ThisMonth(),
filters);
Assert.IsNotNull(count);
Assert.AreEqual("2", count);
}
public async Task QueryFilter_NullPropertyValue_Success()
{
// TODO : Consolidate this FuncHandler/KeenClient setup into a helper method.
var handler = new FuncHandler()
{
PreProcess = (req, ct) =>
{
var queryStr = req.RequestUri.Query;
// Make sure our filter properties are in the query string
Assert.IsTrue(queryStr.Contains("propertyName") &&
queryStr.Contains("null") &&
queryStr.Contains(QueryFilter.FilterOperator.Equals()));
},
ProduceResultAsync = (req, ct) =>
{
return(HttpTests.CreateJsonStringResponseAsync(new { result = 2 }));
},
DeferToDefault = false
};
var client = new KeenClient(SettingsEnv, new TestKeenHttpClientProvider()
{
ProvideKeenHttpClient =
(url) => KeenHttpClientFactory.Create(url,
new HttpClientCache(),
null,
new DelegatingHandlerMock(handler))
});
var filters = new List <QueryFilter>
{
new QueryFilter("propertyName", QueryFilter.FilterOperator.Equals(), null)
};
var count = await client.QueryAsync(
QueryType.Count(),
"testCollection",
"",
QueryRelativeTimeframe.ThisMonth(),
filters);
Assert.IsNotNull(count);
Assert.AreEqual("2", count);
}
public async Task Query_AvailableQueries_Success()
{
var queriesResource = HttpTests.GetUriForResource(SettingsEnv, KeenConstants.QueriesResource);
var expectedQueries = new Dictionary <string, string>()
{
{ "select_unique_url", $"{queriesResource.AbsolutePath}/select_unique" },
{ "minimum", $"{queriesResource.AbsolutePath}/minimum" },
{ "extraction_url", $"{queriesResource.AbsolutePath}/extraction" },
{ "percentile", $"{queriesResource.AbsolutePath}/percentile" },
{ "funnel_url", $"{queriesResource.AbsolutePath}/funnel" },
{ "average", $"{queriesResource.AbsolutePath}/average" },
{ "median", $"{queriesResource.AbsolutePath}/median" },
{ "maximum", $"{queriesResource.AbsolutePath}/maximum" },
{ "count_url", $"{queriesResource.AbsolutePath}/count" },
{ "count_unique_url", $"{queriesResource.AbsolutePath}/count_unique" },
{ "sum", $"{queriesResource.AbsolutePath}/sum" }
};
FuncHandler handler = new FuncHandler()
{
ProduceResultAsync = (request, ct) =>
{
return(HttpTests.CreateJsonStringResponseAsync(expectedQueries));
}
};
var client = new KeenClient(SettingsEnv, new TestKeenHttpClientProvider()
{
ProvideKeenHttpClient =
(url) => KeenHttpClientFactory.Create(url,
new HttpClientCache(),
null,
new DelegatingHandlerMock(handler))
});
var actualQueries = await client.GetQueriesAsync();
Assert.That(actualQueries, Is.EquivalentTo(expectedQueries));
}