public async Task <IActionResult> CreateResource([FromBody] ResourceRequestDTO resource)
{
//Validate Resource
var result = await _resourceService.CreateResource(resource);
return(Ok(result));
}
public async Task <IActionResult> CreateResourceBatch([FromBody] ResourceRequestDTO resource)
{
//Validate Resource
var result = _resourceService.QueueResourceCreation(resource);
return(Ok(result));
}
private async Task <ColidIdentifierResponse> CheckDuplicate(ResourceRequestDTO resourceRequestDto, string previousVersion = "")
{
var url = $"{_apiPathV3}/checkForDuplicate";
if (!string.IsNullOrWhiteSpace(previousVersion))
{
url += $"?previousVersion={previousVersion}";
}
var response = await _client.PostAsync(url, BuildJsonHttpContent(resourceRequestDto));
var content = await response.Content.ReadAsStringAsync().ConfigureAwait(false);
_output.WriteLine(content);
Assert.NotNull(content);
var result = JsonConvert.DeserializeObject <List <ValidationResultProperty> >(content);
Assert.NotNull(result);
if (!response.IsSuccessStatusCode)
{
_output.WriteLine(result.ToString());
}
return(new ColidIdentifierResponse(response, content, result));
}
/// <summary>
/// Gets the NGINX proxy configuration for a resource.
/// </summary>
/// <param name="resource">Resource</param>
/// <returns>Serialized NGINX configuration</returns>
private string GetProxyConfigurationByResource(ResourceRequestDTO resource)
{
List <ResourceProxyDTO> publishedResourceProxyDTOs = new List <ResourceProxyDTO>();
publishedResourceProxyDTOs.Add(ConvertResourceToProxyDto(resource));
var nginxConfigSections = GenerateConfigSections(publishedResourceProxyDTOs);
nginxConfigSections = FilterDuplicateConfigurationSections(nginxConfigSections);
nginxConfigSections = OrderConfigurationSections(nginxConfigSections);
return(SerializeNginxConfigList(nginxConfigSections));;
}
public async Task <ResourceWriteResultCTO> EditResource(Uri pidUri, ResourceRequestDTO resourceRequest)
{
_validationService.CheckInstantiableEntityType(resourceRequest);
using (var lockService = _lockServiceFactory.CreateLockService())
{
await lockService.CreateLockAsync(pidUri.ToString());
var resourcesCTO = GetResourcesByPidUri(pidUri);
var id = resourcesCTO.GetDraftOrPublishedVersion().Id;
if (resourcesCTO.HasPublishedAndNoDraft)
{
id = CreateNewResourceId();
}
var(validationResult, failed, validationFacade) =
await _resourcePreprocessService.ValidateAndPreProcessResource(id, resourceRequest, resourcesCTO,
ResourceCrudAction.Update);
HandleValidationFailures(resourcesCTO.GetDraftOrPublishedVersion(), id, validationResult, failed,
validationFacade);
using (var transaction = _resourceRepository.CreateTransaction())
{
// try deleting draft version and all inbound edges are changed to the new entry.
_resourceRepository.DeleteDraft(validationFacade.RequestResource.PidUri,
new Uri(validationFacade.RequestResource.Id));
// all inbound edges pointing to an entry of a pid uri(published entry) will be duplicated to the request id as well.
_resourceRepository.Relink(pidUri, new Uri(validationFacade.RequestResource.Id));
if (resourcesCTO.HasDraft)
{
_identifierService.DeleteAllUnpublishedIdentifiers(resourcesCTO.Draft);
}
_resourceRepository.Create(validationFacade.RequestResource, validationFacade.MetadataProperties);
CreateHasPidEntryDraftProperty(validationFacade.RequestResource.PidUri);
transaction.Commit();
}
// Check whether the correct entity type is specified -> throw exception
return(new ResourceWriteResultCTO(validationFacade.RequestResource, validationResult));
}
}
public void AddUpdateNginxConfigRepository(ResourceRequestDTO resource)
{
var hasPid = resource.Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.hasPID, true);
string pidUri = hasPid != null ? hasPid.Id : "";
Dictionary <string, AttributeValue> attributes = new Dictionary <string, AttributeValue>();
// PidUri is hash-key
attributes["pid_uri"] = new AttributeValue {
S = pidUri
};
//Try deleting if there is an existing entry in dynamoDB
try
{
_amazonDynamoDbService.DeleteItemAsync(_nginxConfigDynamoDbTable, attributes);
}
catch (System.Exception ex)
{
_logger.LogInformation($"ProxyConfigService: could not delete Nginx Config before Added/Updated for : {pidUri} Error {ex.StackTrace}", pidUri, ex);
}
// Title is range-key
attributes["configString"] = new AttributeValue {
S = GetProxyConfigurationByResource(resource)
};
//Add new Entry
try
{
_amazonDynamoDbService.PutItemAsync(_nginxConfigDynamoDbTable, attributes);
_logger.LogInformation($"ProxyConfigService: Nginx Config Added/Updated for : {pidUri}", pidUri);
}
catch (System.Exception ex)
{
_logger.LogError($"ProxyConfigService: Error occured while Add & Update DynamoDb: {ex.StackTrace}", ex);
}
}
public async Task <ResourceWriteResultCTO> CreateResource(ResourceRequestDTO resourceRequest)
{
var newResourceId = CreateNewResourceId();
_logger.LogInformation("Create resource with id={id}", newResourceId);
// Check whether the correct entity type is specified -> throw exception
_validationService.CheckInstantiableEntityType(resourceRequest);
var(validationResult, failed, validationFacade) =
await _resourcePreprocessService.ValidateAndPreProcessResource(newResourceId, resourceRequest,
new ResourcesCTO(), ResourceCrudAction.Create);
validationFacade.RequestResource.Id = newResourceId;
if (failed)
{
throw new ResourceValidationException(validationResult, validationFacade.RequestResource);
}
using (var transaction = _resourceRepository.CreateTransaction())
{
_resourceRepository.Create(validationFacade.RequestResource, validationFacade.MetadataProperties);
transaction.Commit();
// TODO: Handle error if linking failed
if (!string.IsNullOrWhiteSpace(resourceRequest.HasPreviousVersion))
{
_resourceLinkingService.LinkResourceIntoList(validationFacade.RequestResource.PidUri,
new Uri(resourceRequest.HasPreviousVersion));
}
}
return(new ResourceWriteResultCTO(validationFacade.RequestResource, validationResult));
}
private ResourceProxyDTO ConvertResourceToProxyDto(ResourceRequestDTO resource)
{
var hasPid = resource.Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.hasPID, true);
string pidUri = hasPid != null ? hasPid.Id : "";
var hasBaseUri = resource.Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.BaseUri, true);
string baseUri = hasBaseUri != null ? hasBaseUri.Id : null;
ResourceProxyDTO resourceProxyDto = new ResourceProxyDTO
{
PidUrl = pidUri,
TargetUrl = null,
ResourceVersion = null,
NestedProxies = new List <ResourceProxyDTO>()
};
// Get distribution
if (resource.Properties.ContainsKey(Graph.Metadata.Constants.Resource.Distribution))
{
List <dynamic> distList = resource.Properties[Graph.Metadata.Constants.Resource.Distribution];
foreach (dynamic dist in distList)
{
string distributionPidUri = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties[Graph.Metadata.Constants.Resource.hasPID][0].Id;
string distributionNetworkAddress = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.DistributionEndpoints.HasNetworkAddress, true);
bool isDistributionEndpointDeprecated = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.DistributionEndpoints.DistributionEndpointLifecycleStatus, true) == Common.Constants.DistributionEndpoint.LifeCycleStatus.Deprecated;
//string distBaseUri = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.DistributionEndpoints.HasNetworkAddress, true);
resourceProxyDto.NestedProxies.Add(
new ResourceProxyDTO
{
PidUrl = distributionPidUri,
TargetUrl = isDistributionEndpointDeprecated ? pidUri : distributionNetworkAddress,
ResourceVersion = null,
BaseUrl = baseUri
});
}
}
//Get Main distribution
string baseUriDistTargetUrl = "";
if (resource.Properties.ContainsKey(Graph.Metadata.Constants.Resource.MainDistribution))
{
List <dynamic> distList = resource.Properties[Graph.Metadata.Constants.Resource.MainDistribution];
foreach (dynamic dist in distList)
{
string mainDistributionPidUri = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties[Graph.Metadata.Constants.Resource.hasPID][0].Id;
string mainDistributionNetworkAddress = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.DistributionEndpoints.HasNetworkAddress, true);
bool isDistributionEndpointDeprecated = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.DistributionEndpoints.DistributionEndpointLifecycleStatus, true) == Common.Constants.DistributionEndpoint.LifeCycleStatus.Deprecated;
//string distBaseUri = ((COLID.Graph.TripleStore.DataModels.Base.EntityBase)dist).Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.DistributionEndpoints.HasNetworkAddress, true);
baseUriDistTargetUrl = isDistributionEndpointDeprecated ? pidUri : mainDistributionNetworkAddress;
resourceProxyDto.NestedProxies.Add(
new ResourceProxyDTO
{
PidUrl = mainDistributionPidUri,
TargetUrl = baseUriDistTargetUrl,
ResourceVersion = null,
BaseUrl = baseUri
});
}
}
// Proxy for base URI
if (!string.IsNullOrWhiteSpace(baseUri))
{
string resourceVersion = resource.Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.HasVersion, true);
// distribution target uri is null -> base uri have to redirect to resourcePidUri
if (!string.IsNullOrWhiteSpace(baseUriDistTargetUrl))
{
if (Uri.TryCreate(baseUriDistTargetUrl, UriKind.Absolute, out _))
{
resourceProxyDto.NestedProxies.Add(new ResourceProxyDTO {
PidUrl = baseUri, TargetUrl = string.IsNullOrWhiteSpace(baseUriDistTargetUrl) ? pidUri : baseUriDistTargetUrl, ResourceVersion = resourceVersion, BaseUrl = baseUri
});
}
else
{
resourceProxyDto.NestedProxies.Add(new ResourceProxyDTO {
PidUrl = baseUri, TargetUrl = pidUri, ResourceVersion = resourceVersion, BaseUrl = baseUri
});
}
}
else
{
resourceProxyDto.NestedProxies.Add(new ResourceProxyDTO {
PidUrl = baseUri, TargetUrl = pidUri, ResourceVersion = resourceVersion
});
}
}
return(resourceProxyDto);
}
public async Task <IActionResult> EditResource([FromQuery] Uri pidUri, [FromBody] ResourceRequestDTO resource)
{
var result = await _resourceService.EditResource(pidUri, resource);
return(Ok(result));
}
public async Task <Tuple <ValidationResult, bool, EntityValidationFacade> > ValidateAndPreProcessResource(string resourceId, ResourceRequestDTO resourceRequestDTO,
ResourcesCTO resourcesCTO, ResourceCrudAction resourceCrudAction, bool nestedValidation = false, string consumerGroup = null, bool changeResourceType = false)
{
var requestResource = _mapper.Map <Resource>(resourceRequestDTO);
requestResource.Id = string.IsNullOrWhiteSpace(resourceId) ? CreateNewResourceId() : resourceId;
string entityType = requestResource.Properties.GetValueOrNull(Graph.Metadata.Constants.RDF.Type, true).ToString();
var metadata = _metadataService.GetMetadataForEntityType(entityType);
// If it is a nested validation (example distribution endpoint), the consumer group of the parent must be included in the process.
var actualConsumerGroup = nestedValidation ? consumerGroup : requestResource.Properties.GetValueOrNull(Graph.Metadata.Constants.Resource.HasConsumerGroup, true);
var validationFacade = new EntityValidationFacade(resourceCrudAction, requestResource, resourcesCTO, resourceRequestDTO.HasPreviousVersion, metadata, actualConsumerGroup);
if (changeResourceType)
{
// dirty solution for changing resource type. could be refactored in the future
var validationRes = await _validationService.ValidateEntity(requestResource, metadata).ConfigureAwait(true);
if (validationRes.Results.Count == 1 && validationRes.Results[0].Path == Graph.Metadata.Constants.Resource.BaseUri)
{
validationFacade.ResourceCrudAction = ResourceCrudAction.Create;
}
}
// Remove passed properties for several properties and replace it with repo-resource properties afterwards
RemoveProperty(Graph.Metadata.Constants.Resource.HasLaterVersion, requestResource);
//RemoveProperty(Graph.Metadata.Constants.Resource.HasHistoricVersion, requestResource);
RemoveProperty(Graph.Metadata.Constants.Resource.ChangeRequester, requestResource);
if (resourceCrudAction != ResourceCrudAction.Create)
{
UpdatePropertyFromRepositoryResource(Graph.Metadata.Constants.Resource.HasLaterVersion, validationFacade);
//validationFacade.RequestResource.Properties.AddOrUpdate(Graph.Metadata.Constants.Resource.MetadataGraphConfiguration, new List<dynamic>() { _metadataConfigService.GetLatestConfiguration().Id });
}
if (!nestedValidation) // so only new resources get this property, no distribution endpoints
{
RemoveProperty(Graph.Metadata.Constants.Resource.MetadataGraphConfiguration, requestResource);
validationFacade.RequestResource.Properties.AddOrUpdate(Graph.Metadata.Constants.Resource.MetadataGraphConfiguration, new List <dynamic>()
{
_metadataConfigService.GetLatestConfiguration().Id
});
}
// Each property have to be valiated and in same cases transformed
var keys = requestResource.Properties.Keys.ToList();
foreach (var key in keys)
{
var property = new KeyValuePair <string, List <dynamic> >(key, requestResource.Properties[key]);
if (changeResourceType && (property.Key == Graph.Metadata.Constants.RDF.Type))
{
continue;
}
_entityPropertyValidator.Validate(key, validationFacade);
await ValidateEndpoint(property, validationFacade);
}
// The following processes may only be executed for the main entry, so that the function already ends here with nested validations.
if (nestedValidation)
{
var nestedValidationResult = new ValidationResult()
{
Results = validationFacade.ValidationResults
};
var failedValidation = !nestedValidationResult.Conforms &&
nestedValidationResult.Severity != ValidationResultSeverity.Info;
return(new Tuple <ValidationResult, bool, EntityValidationFacade>(nestedValidationResult, failedValidation, validationFacade));
}
var validationResult = await _validationService.ValidateEntity(requestResource, metadata).ConfigureAwait(true);
validationResult.Results = validationResult.Results.Select(r =>
{
r.ResultSeverity = IsWarningSeverity(r, resourceCrudAction) ? ValidationResultSeverity.Warning : r.ResultSeverity;
return(r);
}).ToList();
string validationResourceId = validationFacade.ResourceCrudAction == ResourceCrudAction.Create ? null : resourcesCTO.GetDraftOrPublishedVersion().Id;
var duplicateResults = _identifierValidationService.CheckDuplicates(requestResource, validationResourceId, resourceRequestDTO.HasPreviousVersion);
if (changeResourceType)
{
duplicateResults = duplicateResults.ToList().FindAll(r => r.Path != Graph.Metadata.Constants.Resource.hasPID);
}
// Check whether forbidden properties are contained in the entity.
var forbiddenPropertiesResults = _validationService.CheckForbiddenProperties(requestResource);
// TODO: Concat or AddRange check
validationResult.Results = validationResult.Results.Concat(validationFacade.ValidationResults).Concat(duplicateResults).Concat(forbiddenPropertiesResults).OrderBy(t => t.ResultSeverity).ToList();
var failed = ProcessFailed(validationResult, resourceCrudAction);
// dirty solution for changing resource type (see also above)
validationFacade.ResourceCrudAction = changeResourceType ? ResourceCrudAction.Update : validationFacade.ResourceCrudAction;
if (failed)
{
// Reset the lifecycle Status to the correct value
if (resourceCrudAction == ResourceCrudAction.Update)
{
requestResource.Properties.AddOrUpdate(Graph.Metadata.Constants.Resource.HasEntryLifecycleStatus, new List <dynamic>()
{
resourcesCTO.HasDraft?Graph.Metadata.Constants.Resource.ColidEntryLifecycleStatus.Draft: Graph.Metadata.Constants.Resource.ColidEntryLifecycleStatus.Published
});
}
}
else
{
if (resourceCrudAction == ResourceCrudAction.Update && resourcesCTO.HasPublished)
{
requestResource.PublishedVersion = resourcesCTO.Published.Id;
}
}
return(new Tuple <ValidationResult, bool, EntityValidationFacade>(validationResult, failed, validationFacade));
}
/// <summary>
/// Validates all linked entities that are not of type permanent identifier.
/// </summary>
/// <param name="property"></param>
/// <param name="validationFacade"></param>
/// <returns></returns>
private async Task ValidateEndpoint(KeyValuePair <string, List <dynamic> > property, EntityValidationFacade validationFacade)
{
var key = property.Key;
// TODO: Check for types permanent identifier
if (key != Graph.Metadata.Constants.EnterpriseCore.PidUri && key != Graph.Metadata.Constants.Resource.BaseUri)
{
var newPropertyValue = new List <dynamic>();
var tasks = await Task.WhenAll(validationFacade.RequestResource.Properties[key].Select(async propertyValue =>
{
if (!DynamicExtension.IsType <Entity>(propertyValue, out Entity parsedValue))
{
return(propertyValue);
}
var subEntityCrudAction = ResourceCrudAction.Create;
Entity repoEntity = null;
// Only if something is updating, we can check if there is a related distribution endpoint
if (validationFacade.ResourceCrudAction != ResourceCrudAction.Create)
{
var repoResource = validationFacade.ResourcesCTO.GetDraftOrPublishedVersion();
// Try to get the distribution endpoint
foreach (var repoProperty in repoResource.Properties)
{
foreach (var repoPropertyValue in repoProperty.Value)
{
if (!DynamicExtension.IsType <Entity>(repoPropertyValue, out Entity parsedRepoValue) ||
parsedRepoValue.Id != parsedValue.Id)
{
continue;
}
repoEntity = parsedRepoValue;
subEntityCrudAction = ResourceCrudAction.Update;
}
}
}
var entityRequest = new ResourceRequestDTO()
{
Properties = parsedValue.Properties
};
var entitiesCTO = new ResourcesCTO()
{
Draft = repoEntity, Published = repoEntity
};
var entityId = GetNestedEntityId(key, parsedValue, validationFacade.ResourcesCTO);
// The consumer group of the parent must be included in the process.
Tuple <ValidationResult, bool, EntityValidationFacade> subResult = await ValidateAndPreProcessResource(entityId, entityRequest, entitiesCTO, subEntityCrudAction, true, validationFacade.ConsumerGroup);
// Add validationResults to resource results
validationFacade.ValidationResults.AddRange(subResult.Item1.Results);
return(subResult.Item3.RequestResource);
})).ConfigureAwait(true);
validationFacade.RequestResource.Properties[key] = tasks.ToList();
}
}
public async Task <IActionResult> EditResourceBatch([FromQuery] Uri pidUri, [FromBody] ResourceRequestDTO resource)
{
var result = _resourceService.QueueResourceEdit(pidUri, resource);
return(Ok(result));
}
