public void BuildInnerExpressionPath()
{
//Property to set
System.Reflection.PropertyInfo prop = typeof(FakeRecipient).GetProperty("StringProperty");
//expression and binding item
string expr = "Root.Value";
BindingItemExpression itembind = BindingItemExpression.Create(expr, prop);
//Set the items value to be extracted as an inner property on the source
PDFDataBindEventArgs args = CreateDataBindArgs();
string expected = "This is the test";
FakeSource root = new FakeSource();
root.Value = expected;
args.Context.Items["Root"] = root;
//bind the recipient - should have its property set to the item value
FakeRecipient recip = new FakeRecipient();
itembind.BindComponent(recip, args);
string actual = recip.StringProperty;
Assert.AreEqual(expected, actual);
}
public void DistributeAsync_DistributesMultipleAtATimeByDefault()
{
var distributable1 = new FakeDistributable();
var distributable2 = new FakeDistributable();
var recipient = new FakeRecipient();
var endpoint = new FakeEndpoint();
var distributor = new Distributor<FakeDistributable, FakeRecipient>();
var deliverer = new FakeLoggedDeliverer<FakeDistributable, FakeEndpoint>(new TimeSpan(0, 0, 0, 0, 100));
var endpointRepository = new Mock<IEndpointRepository<FakeRecipient>>();
endpointRepository.Setup(e => e.GetEndpointsForRecipient(recipient))
.Returns(new[] { endpoint });
distributor.RegisterDeliverer(deliverer);
distributor.RegisterEndpointRepository(endpointRepository.Object);
var task1 = distributor.DistributeAsync(distributable1, recipient);
var task2 = distributor.DistributeAsync(distributable2, recipient);
Task.WaitAll(task1, task2);
var lastStartTime = deliverer.LogEntries.Max(e => e.StartDateTime);
var firstEndTime = deliverer.LogEntries.Min(e => e.EndDateTime);
lastStartTime.ShouldBeLessThan(firstEndTime);
}
public void BuildInnerDynamicExpressionPath()
{
string expected = "This is a dynamic property value";
dynamic data = new ExpandoObject();
data.MyProperty = expected;
//expression and binding item
string expr = "Dynamic.MyProperty";
//Property to set
System.Reflection.PropertyInfo prop = typeof(FakeRecipient).GetProperty("StringProperty");
//Create the expression binding
BindingItemExpression itembind = BindingItemExpression.Create(expr, prop);
//Set the items value to be extracted as an inner property on the source
PDFDataBindEventArgs args = CreateDataBindArgs();
//Set the root entry to the top of the object braph
args.Context.Items["Dynamic"] = data;
//bind the recipient - should have its property set to the item value
FakeRecipient recip = new FakeRecipient();
itembind.BindComponent(recip, args);
//String Property should be set to the expected value
string actual = recip.StringProperty;
Assert.AreEqual(expected, actual);
//
// with string indexing
//
expected = "This is another dynamic property value";
data.MyProperty = expected;
//Create the expression binding
expr = "Dynamic['MyProperty']";
itembind = BindingItemExpression.Create(expr, prop);
//Set the items value to be extracted as an inner property on the source
args = CreateDataBindArgs();
//Set the root entry to the top of the object braph
args.Context.Items["Dynamic"] = data;
//bind the recipient - should have its property set to the item value
recip = new FakeRecipient();
itembind.BindComponent(recip, args);
//String Property should be set to the expected value
actual = recip.StringProperty;
Assert.AreEqual(expected, actual);
}
public void DistributeAsync_DeliversToAnEndpointTypeWithNoDelivererThrowsAnError()
{
var distributable = new FakeDistributable();
var recipient = new FakeRecipient();
var endpoint = new FakeEndpoint();
var endpointRepository = new Mock<IEndpointRepository<FakeRecipient>>();
endpointRepository.Setup(e => e.GetEndpointsForRecipient(recipient))
.Returns(new[] { endpoint });
var distributor = new Distributor<FakeDistributable, FakeRecipient>();
distributor.RegisterEndpointRepository(endpointRepository.Object);
Should.ThrowAsync<InvalidOperationException>(distributor.DistributeAsync(distributable, recipient));
}
public void BuildInnerInnerKeyedExpressionPath()
{
//Build the object graph
string expected = "This is the test";
FakeSource innerinner = new FakeSource();
innerinner.Value = expected;
FakeSource inner = new FakeSource();
inner.Keys = new Dictionary <string, FakeSource>();
inner.Keys["First"] = innerinner;
FakeSource root = new FakeSource();
root.Items = new List <FakeSource>();
root.Items.Add(null);
root.Items.Add(inner);
//expression and binding item
string expr = "Root.Items[1].Keys['First'].Value";
//Property to set
System.Reflection.PropertyInfo prop = typeof(FakeRecipient).GetProperty("StringProperty");
//Create the expression binding
BindingItemExpression itembind = BindingItemExpression.Create(expr, prop);
//Set the items value to be extracted as an inner property on the source
PDFDataBindEventArgs args = CreateDataBindArgs();
//Set the root entry to the top of the object braph
args.Context.Items["Root"] = root;
//bind the recipient - should have its property set to the item value
FakeRecipient recip = new FakeRecipient();
itembind.BindComponent(recip, args);
//String Property should be set to the expected value
string actual = recip.StringProperty;
Assert.AreEqual(expected, actual);
}
public void DistributeAsync_DeliversADistributableToARegisteredDeliverer()
{
var distributable = new FakeDistributable();
var recipient = new FakeRecipient();
var endpoint = new FakeEndpoint();
var deliverer = new Mock<IDeliverer<FakeDistributable, FakeEndpoint>>();
var endpointRepository = new Mock<IEndpointRepository<FakeRecipient>>();
endpointRepository.Setup(e => e.GetEndpointsForRecipient(recipient))
.Returns(new [] { endpoint });
var distributor = new Distributor<FakeDistributable, FakeRecipient>();
distributor.RegisterEndpointRepository(endpointRepository.Object);
distributor.RegisterDeliverer(deliverer.Object);
distributor.DistributeAsync(distributable, recipient).Wait();
deliverer.Verify(eds => eds.DeliverAsync(distributable, (IEndpoint) endpoint), Times.Once);
}
public void BuildNotSetExpressionPath()
{
//Property to set
System.Reflection.PropertyInfo prop = typeof(FakeRecipient).GetProperty("StringProperty");
//expression and binding item
string expr = "Root";
BindingItemExpression itembind = BindingItemExpression.Create(expr, prop);
//DO NOT Set the items value to be extracted
PDFDataBindEventArgs args = CreateDataBindArgs();
//string expected = "This is the test";
//args.Context.Items["Root"] = expected;
//bind the recipient - should have its property set to the item value
FakeRecipient recip = new FakeRecipient();
itembind.BindComponent(recip, args);
string actual = recip.StringProperty;
Assert.IsNull(actual);
}
public void DistributeAsync_DoesNotUseTheFirstDelivererWhenTwoAreRegistered()
{
var distributable = new FakeDistributable();
var recipient = new FakeRecipient();
var endpoint = new FakeEndpoint();
var deliverer1 = new Mock<IDeliverer<FakeDistributable, FakeEndpoint>>();
var deliverer2 = new Mock<IDeliverer<FakeDistributable, FakeEndpoint>>();
var endpointRepository = new Mock<IEndpointRepository<FakeRecipient>>();
endpointRepository.Setup(e => e.GetEndpointsForRecipient(recipient))
.Returns(new[] { endpoint });
var distributor = new Distributor<FakeDistributable, FakeRecipient>();
distributor.RegisterEndpointRepository(endpointRepository.Object);
distributor.RegisterDeliverer(deliverer1.Object);
distributor.RegisterDeliverer(deliverer2.Object);
distributor.DistributeAsync(distributable, recipient).Wait();
deliverer1.Verify(eds => eds.DeliverAsync(distributable, (IEndpoint) endpoint), Times.Never);
}
