internal void RegisterUpdateResource()
{
if (!_updateRegistered)
{
_updateRegistered = true;
DeviceContext.Current.UpdateResource += OnUpdateResource;
UpdateResource?.Invoke(this, EventArgs.Empty);
}
}
public async virtual Task <IActionResult> UpdateAsync(ResourceModel <TResource> resourceModel)
{
if (!User.IsAuthorized(ResourceType))
{
return(Unauthorized());
}
var updateResourceEvent = new UpdateResource <TResource>(resourceModel);
var context = await _mediator.Send(updateResourceEvent);
if (context != null)
{
resourceModel = context;
}
if (resourceModel.Errors.Any())
{
foreach (var error in resourceModel.Errors)
{
ModelState.AddModelError(error.Key, error.Value);
}
}
if (!ModelState.IsValid)
{
return(PartialView("_Editor", resourceModel));
}
var update = await _repository.UpdateAsync(resourceModel.Resource, UserID);
if (update <= 0)
{
return(BadRequest());
}
_logger.LogResourceUpdated(ResourceType, resourceModel.ID);
var updatedResource = await _repository.ReadAsync(resourceModel.ID);
var resourceUpdatedEvent = new ResourceUpdated <TResource>(updatedResource);
await _mediator.Publish(resourceUpdatedEvent);
var resourcePersistedEvent = new ResourcePersisted <TResource>();
await _mediator.Publish(resourcePersistedEvent);
var result = new ResourceModel <TResource>()
{
ID = resourceModel.ID,
Resource = updatedResource
};
return(PartialView("_Editor", result));
}
/// <summary>
/// Given a *sorted* list of source data items (currentItems),
/// and a *sorted* list of resources:
/// For each source item that doesn't have a matching resource, attempt to create a resource.
/// For each resource that doesn't have a matching source item, destroy that resource.
/// For each source item with a matching resource, update the resource.
/// </summary>
/// <remarks>
/// After this Sync, the list of resources will have exactly one resource for each item
/// in currentItems, and currentItems and resources will be the same length.
/// The exception is if the creator function returns false for any item(s), then those item(s)
/// will not have matching resources, and resources will be shorter than currentItems.
/// In any case, resources will remain sorted.
/// Sync completes in a single pass over the data, so in O(max(currentItems.Count, resources.Count)) time.
/// </remarks>
/// <typeparam name="ItemType">Type of source items.</typeparam>
/// <typeparam name="ResourceType">Type of resources.</typeparam>
/// <param name="currentItems">List of current source items.</param>
/// <param name="resources">List of resources to by synced to currentItems.</param>
/// <param name="compareIds">Function to compare an item with a resource. See above.</param>
/// <param name="creator">Callback to create a missing resource. See above.</param>
/// <param name="updater">Callback to update an existing resource. See above.</param>
/// <param name="destroyer">Callback to destroy a resource which no longer has a matching source item.</param>
public static void Sync <ItemType, ResourceType>(
IReadOnlyList <ItemType> currentItems,
List <ResourceType> resources,
CompareToResource <ItemType, ResourceType> compareIds,
CreateResource <ItemType, ResourceType> creator,
UpdateResource <ItemType, ResourceType> updater,
DestroyResource <ResourceType> destroyer)
{
int iRsrc = resources.Count - 1;
int iItem = currentItems.Count - 1;
while (iRsrc >= 0 && iItem >= 0)
{
/// If the existing resource is greater than the current item,
/// then there is no corresponding current item. So delete the resource.
int comparison = compareIds(currentItems[iItem], resources[iRsrc]);
if (comparison < 0)
{
/// items id less than resources, means
/// no item for this resource.
/// delete the surplus resource.
destroyer(resources[iRsrc]);
resources.RemoveAt(iRsrc);
--iRsrc;
/// Remain on iItem
}
/// If the existing resource is less, then we are missing a resource for the larger current item.
/// Add it now.
else if (comparison > 0)
{
/// items id greater than resources, means
/// for this item, no matching resource.
/// create and add.
ResourceType resource;
if (creator(currentItems[iItem], out resource))
{
resources.Insert(iRsrc + 1, resource);
}
/// If successful, now ci[iItem] <==> re[iRsrc+1]. So move on to ci[iItem-1] / re[iRsrc];
/// If failed, we've tried ci[iItem] (which failed) and re[] is unchanged.
/// So either way move on to ci[iItem-1] / re[iRsrc]
--iItem;
}
else
{
/// item and resource match, just update.
updater(currentItems[iItem], resources[iRsrc]);
--iItem;
--iRsrc;
}
}
// If iRsrc && iItem are both less than zero, then we are done.
// If iRsrc < 0 but iItem >= 0, then we need more resources created, from iItem on down.
// If iRsrc >= 0 but iItem < 0, then from iRsrc down needs to be deleted.
Debug.Assert(iRsrc < 0 || iItem < 0);
while (iItem >= 0)
{
ResourceType resource;
if (creator(currentItems[iItem], out resource))
{
resources.Insert(0, resource);
}
--iItem;
}
while (iRsrc >= 0)
{
destroyer(resources[iRsrc]);
resources.RemoveAt(iRsrc);
--iRsrc;
}
Debug.Assert(resources.Count <= currentItems.Count);
}
private async void VerifyPutPatchGetAndDeleteOperations_Scenarios(ProximityPlacementGroup inputProximityPlacementGroup,
ProximityPlacementGroup expectedProximityPlacementGroup)
{
var proximityPlacementGroupName = Recording.GenerateAssetName("testppg");
// Create and expect success.
ProximityPlacementGroup outProximityPlacementGroup = await ProximityPlacementGroupsOperations.CreateOrUpdateAsync(m_resourceGroup1Name, proximityPlacementGroupName, inputProximityPlacementGroup);
ValidateProximityPlacementGroup(expectedProximityPlacementGroup, outProximityPlacementGroup, proximityPlacementGroupName);
// Update and expect success.
inputProximityPlacementGroup.Tags.Add("UpdateTag1", "updateValue1");
outProximityPlacementGroup = await ProximityPlacementGroupsOperations.CreateOrUpdateAsync(m_resourceGroup1Name, proximityPlacementGroupName, inputProximityPlacementGroup);
ValidateProximityPlacementGroup(expectedProximityPlacementGroup, outProximityPlacementGroup, proximityPlacementGroupName);
// Get and expect success.
outProximityPlacementGroup = await ProximityPlacementGroupsOperations.GetAsync(m_resourceGroup1Name, proximityPlacementGroupName);
ValidateProximityPlacementGroup(expectedProximityPlacementGroup, outProximityPlacementGroup, proximityPlacementGroupName);
// Put and expect failure
try
{
//Updating ProximityPlacementGroupType in inputProximityPlacementGroup for a Update call.
if (expectedProximityPlacementGroup.ProximityPlacementGroupType == ProximityPlacementGroupType.Standard)
{
inputProximityPlacementGroup.ProximityPlacementGroupType = ProximityPlacementGroupType.Ultra;
}
else
{
inputProximityPlacementGroup.ProximityPlacementGroupType = ProximityPlacementGroupType.Standard;
}
outProximityPlacementGroup = null;
outProximityPlacementGroup = await ProximityPlacementGroupsOperations.CreateOrUpdateAsync(m_resourceGroup1Name, proximityPlacementGroupName, inputProximityPlacementGroup);
}
catch (Exception ex)
{
//if (ex.StatusCode == HttpStatusCode.Conflict)
//{
// Assert.AreEqual("Changing property 'proximityPlacementGroup.properties.proximityPlacementGroupType' is not allowed.", ex.Message );
//}
//else if (ex.Response.StatusCode == HttpStatusCode.BadRequest)
//{
// Assert.Equal("The subscription is not registered for private preview of Ultra Proximity Placement Groups.", ex.Message, StringComparer.OrdinalIgnoreCase);
//}
//else
//{
// Console.WriteLine($"Expecting HttpStatusCode { HttpStatusCode.Conflict} or { HttpStatusCode.BadRequest}, while actual HttpStatusCode is { ex.Response.StatusCode}.");
// throw;
//}
Console.WriteLine($"Expecting HttpStatusCode { HttpStatusCode.Conflict} or { HttpStatusCode.BadRequest}, while actual HttpStatusCode is { ex.Message}.");
throw;
}
Assert.True(outProximityPlacementGroup == null, "ProximityPlacementGroup in response should be null.");
//Patch and expect success
UpdateResource proximityPlacementGroupUpdate = new UpdateResource();
proximityPlacementGroupUpdate.Tags.InitializeFrom(inputProximityPlacementGroup.Tags);
//Note: Same Tags object is referred in proximityPlacementGroupUpdate and expectedProximityPlacementGroup,
//hence this will also update tags in expectedProximityPlacementGroup.
proximityPlacementGroupUpdate.Tags.Add("UpdateTag2", "updateValue2");
outProximityPlacementGroup = await ProximityPlacementGroupsOperations.UpdateAsync(m_resourceGroup1Name, proximityPlacementGroupName, proximityPlacementGroupUpdate);
ValidateProximityPlacementGroup(expectedProximityPlacementGroup, outProximityPlacementGroup, proximityPlacementGroupName);
// Clean up
await ProximityPlacementGroupsOperations.DeleteAsync(m_resourceGroup1Name, proximityPlacementGroupName);
}
public virtual async Task <Response <ProximityPlacementGroup> > UpdateAsync(string resourceGroupName, string proximityPlacementGroupName, UpdateResource parameters, CancellationToken cancellationToken = default)
{
using var scope = _clientDiagnostics.CreateScope("ProximityPlacementGroupsOperations.Update");
scope.Start();
try
{
return(await RestClient.UpdateAsync(resourceGroupName, proximityPlacementGroupName, parameters, cancellationToken).ConfigureAwait(false));
}
catch (Exception e)
{
scope.Failed(e);
throw;
}
}
public virtual Response <ProximityPlacementGroup> Update(string resourceGroupName, string proximityPlacementGroupName, UpdateResource parameters, CancellationToken cancellationToken = default)
{
using var scope = _clientDiagnostics.CreateScope("ProximityPlacementGroupsClient.Update");
scope.Start();
try
{
return(RestClient.Update(resourceGroupName, proximityPlacementGroupName, parameters, cancellationToken));
}
catch (Exception e)
{
scope.Failed(e);
throw;
}
}
