public void When_Updating_Binary_Primitive_Property_On_Client_Then_That_Property_Must_Be_Updated_On_Server()
{
using (var scenario =
new ODataScenario()
.WithSuppliedProducts(Any.Suppliers())
.Start())
{
var context = GetDataServiceContext(scenario.GetBaseAddress());
context.MergeOption = MergeOption.OverwriteChanges;
var dQuery = context.CreateQuery <Supplier>("/" + "Suppliers");
var suppliers = context.ExecuteAsync <Supplier, ISupplier>(dQuery).Result;
suppliers.CurrentPage.Count.Should().Be(5);
var supplier = suppliers.CurrentPage[2] as Supplier;
// make sure that the binary primitive property is serialized
supplier.Blob.Should().NotBeNullOrEmpty();
// lets update the binary primitive property
var newBlob = Any.Sequence <byte>(x => Any.Byte()).ToArray();
supplier.Blob = newBlob;
supplier.CallOnPropertyChanged("Blob");
supplier.UpdateAsync().Wait();
var updatedsuppliers = context.ExecuteAsync <Supplier, ISupplier>(dQuery).Result;
updatedsuppliers.CurrentPage.Count.Should().Be(5);
updatedsuppliers.CurrentPage[2].Blob.Should().BeEquivalentTo(newBlob);
}
}
public async void When_digest_has_32_bytes_the_response_has_256_bytes()
{
Settings.Precedence = new[] { "test" };
var keyVaultAgent = new KeyVaultAgent();
var response = await keyVaultAgent.Sign(Any.Sequence(x => Any.Byte(), 32).ToArray());
response
.Should().HaveCount(256, "Because that is the length of an RSA256 signed digest");
}