public async Task HttpSubmitItemPipelineElement_Validates_ItemSubmissionInputModel_With_BinariesSubmittedProp()
{
ItemSubmissionInputModel inputModelBuiltOnSubmit = null;
_mockClient
.Setup(x =>
x.ApiItemsPostWithHttpMessagesAsync(
It.IsAny <ItemSubmissionInputModel>(),
It.IsAny <string>(),
It.IsAny <Dictionary <string, List <string> > >(),
CancellationToken.None))
.Callback <ItemSubmissionInputModel, string, Dictionary <string, List <string> >, CancellationToken>(
(model, lan, headers, ct) => inputModelBuiltOnSubmit = model)
.ReturnsAsync(() => new HttpOperationResponse <object> {
Body = new { text = "test ok" }, Response = new System.Net.Http.HttpResponseMessage(System.Net.HttpStatusCode.OK)
});
_mockClientFactory.Setup(x => x.CreateApiClient(It.IsAny <ApiClientFactorySettings>())).Returns(_mockClient.Object);
_itemPipelineElement = new HttpSubmitItemPipelineElement(_mockSubmission.Object)
{
ApiClientFactory = _mockClientFactory.Object
};
var submitContext = new ItemSubmitContext
{
BinariesSubmitted = new List <DirectBinarySubmissionInputModel>
{
new DirectBinarySubmissionInputModel
{
BinaryExternalId = "binary-external-id-1",
ItemExternalId = "item-external-id-1"
},
new DirectBinarySubmissionInputModel
{
BinaryExternalId = "binary-external-id-2",
ItemExternalId = "item-external-id-1"
},
new DirectBinarySubmissionInputModel
{
BinaryExternalId = "binary-external-id-3",
ItemExternalId = "item-external-id-1"
},
}
};
await _itemPipelineElement.Submit(submitContext);
_mockSubmission.Verify(x => x.Submit(It.IsAny <SubmitContext>()));
inputModelBuiltOnSubmit.BinariesSubmitted.Should().HaveCount(3);
inputModelBuiltOnSubmit.BinariesSubmitted.Select(x => x.ItemExternalId).Distinct().Should().BeEquivalentTo("item-external-id-1");
}
/// <summary>
/// Create the Submit Pipeline. The submit pipeline can be customized
/// with custom submit pipeline elements to control the submission
/// behaviour. The submit pipeline is stateless, so there is only one
/// instance of each pipeline that is shared across all submissions.
/// </summary>
private void CreateSubmitPipeline()
{
var apiClientFactory = new ApiClientFactory();
var httpSubmitItemElement = new HttpSubmitItemPipelineElement(null);
httpSubmitItemElement.ApiClientFactory = apiClientFactory;
// Create a Filter pipeline element for items. This implements the logic
// to apply the user-defined filtering on item submission.
// Pass the httpSubmitItemElement into the FilterPipelineElement to create a chain of pipeline elements.
// The filter is called first, followed by the submission element.
var itemFilterPipelineElement = new FilterPipelineElement(httpSubmitItemElement);
_itemSubmitPipeline = itemFilterPipelineElement;
var httpSubmitAggregationElement = new HttpSubmitAggregationPipelineElement(null);
httpSubmitAggregationElement.ApiClientFactory = apiClientFactory;
var aggregationFilterPipelineElement = new FilterPipelineElement(httpSubmitAggregationElement);
_aggregationSubmitPipeline = aggregationFilterPipelineElement;
var circuitBreakerOpts = new CircuitBreakerOptions();
var httpSubmitBinaryElement = new DirectSubmitBinaryPipelineElement(null)
{
ApiClientFactory = apiClientFactory,
CircuitProvider = new AzureBlobRetryProviderWithCircuitBreaker(circuitBreakerOpts, true),
RetryProvider = new AzureBlobRetryProviderWithCircuitBreaker(circuitBreakerOpts, true),
// Log = optional logger
};
var binaryFilterPipelineElement = new FilterPipelineElement(httpSubmitBinaryElement);
_binarySubmitPipeline = binaryFilterPipelineElement;
var httpSubmitAuditEventElement = new HttpSubmitAuditEventPipelineElement(null);
httpSubmitAuditEventElement.ApiClientFactory = apiClientFactory;
_auditEventSubmitPipeline = httpSubmitAuditEventElement;
}
