public async Task Requests_CheckHttpRequestMessageAndResponseDeserialization_HttpPostXml()
{
var testObject = new SerializerTest {
TestField = "testMessage"
};
var client = new HttpClient(new BulkServiceClientRouteHandler(r =>
{
// the v should be removed...
Assert.AreEqual(r.RequestUri.ToString(), "http://localhost:1899/services/data/32/brad");
Assert.IsNotNull(r.Headers.UserAgent);
Assert.AreEqual(r.Headers.UserAgent.ToString(), UserAgent + "/v32");
Assert.IsNotNull(r.Headers.GetValues("X-SFDC-Session"));
Assert.IsTrue(r.Headers.GetValues("X-SFDC-Session").Count() == 1);
Assert.AreEqual(r.Headers.GetValues("X-SFDC-Session").First(), "accessToken");
// check the object is serialized as expected
var serializedPayload = MimicSerialization(testObject);
var stringContent = r.Content.ReadAsStringAsync().Result;
Assert.AreEqual(serializedPayload, stringContent);
}, testObject)); // pass in the object to be returned (Same object roundtripped here for simplicity)
using (var httpClient = new XmlHttpClient("http://localhost:1899", "v32", "accessToken", client))
{
var result = await httpClient.HttpPostAsync <SerializerTest>(testObject, "brad");
Assert.AreEqual(testObject.TestField, result.TestField);
}
}
public async void Requests_CheckHttpRequestMessageAndResponseDeserialization_HttpPostXml()
{
var testObject = new SerializerTest {TestField = "testMessage"};
var client = new HttpClient(new BulkServiceClientRouteHandler(r =>
{
// the v should be removed...
Assert.AreEqual(r.RequestUri.ToString(), "http://localhost:1899/services/data/32/brad");
Assert.IsNotNull(r.Headers.UserAgent);
Assert.AreEqual(r.Headers.UserAgent.ToString(), UserAgent + "/v32");
Assert.IsNotNull(r.Headers.GetValues("X-SFDC-Session"));
Assert.IsTrue(r.Headers.GetValues("X-SFDC-Session").Count() == 1);
Assert.AreEqual(r.Headers.GetValues("X-SFDC-Session").First(), "accessToken");
// check the object is serialized as expected
var serializedPayload = MimicSerialization(testObject);
var stringContent = r.Content.ReadAsStringAsync().Result;
Assert.AreEqual(serializedPayload, stringContent);
}, testObject)); // pass in the object to be returned (Same object roundtripped here for simplicity)
using (var httpClient = new XmlHttpClient("http://localhost:1899", "v32", "accessToken", client))
{
var result = await httpClient.HttpPostAsync<SerializerTest>(testObject, "brad");
Assert.AreEqual(testObject.TestField, result.TestField);
}
}
public void Should_Not_Serialize_When_Default_Values_Specified()
{
var o = new SerializerTest() { Id = 1, Message = "Test" };
// when serialized it should produce a document {"Id": 1}
var o1 = BsonSerializer.Serialize(o);
// create a object with value Id = 1
var s1 = BsonSerializer.Serialize(new { Id = 1 });
// both should be equal
Assert.Equal(o1, s1);
}
public void DoesntSerializePropertyWithDefaultValueAndShouldSerialize()
{
// create an instance with the following values
// Id = 1
// Message = "Test"
// MagicDate = DateTime.MinValue (0001-01-01)
// ComplexProperty = 3
var o = new SerializerTest() { Id = 1, Message = "Test", ComplexProperty = 3 };
// when serialized it should produce a document {"Id": 1}
var o1 = BsonSerializer.Serialize(o);
// create a object with value Id = 1
var s1 = BsonSerializer.Serialize(new { Id = 1 });
// both should be equal
Assert.Equal(o1, s1);
}
