/// <summary>
/// Get resources that are part of a given resource collection
/// </summary>
/// <param name="resourceDiscoveryGroupName">Name of the resource collection</param>
public async Task <List <AzureResourceDefinition> > GetResourcesAsync(string resourceDiscoveryGroupName)
{
var resourceDeclaration = _resourceDeclarationMonitor.CurrentValue;
var resourceDiscoveryGroupDefinition = resourceDeclaration.ResourceDiscoveryGroups.SingleOrDefault(collection => collection.Name.Equals(resourceDiscoveryGroupName, StringComparison.InvariantCultureIgnoreCase));
if (resourceDiscoveryGroupDefinition == null)
{
// No collection found so nothing to return
return(null);
}
var resourceDiscovery = ResourceDiscoveryFactory.UseResourceDiscoveryFor(resourceDiscoveryGroupDefinition.Type);
// 1. Create query per type
var query = resourceDiscovery.DefineQuery(resourceDiscoveryGroupDefinition.Criteria).Build();
// 2. Run Query
var unparsedResults = await _azureResourceGraph.QueryAsync(query);
// 3. Parse query results into resource
var foundResources = resourceDiscovery.ParseQueryResults(unparsedResults);
var contextualInformation = new Dictionary <string, object>
{
{ "ResourceType", resourceDiscoveryGroupDefinition.Type },
{ "CollectionName", resourceDiscoveryGroupName }
};
_logger.LogMetric("Discovered Resources", foundResources.Count, contextualInformation);
return(foundResources);
}
/// <summary>
/// Get resources that are part of a given resource collection
/// </summary>
/// <param name="resourceDiscoveryGroupName">Name of the resource collection</param>
/// <param name="pageSize">The amount of results that are allowed per page</param>
/// <param name="currentPage">Current page that is being queried</param>
public virtual async Task <PagedPayload <AzureResourceDefinition> > GetResourcesAsync(string resourceDiscoveryGroupName, int pageSize, int currentPage)
{
var resourceDeclaration = _resourceDeclarationMonitor.CurrentValue;
var resourceDiscoveryGroupDefinition = resourceDeclaration.ResourceDiscoveryGroups.SingleOrDefault(collection => collection.Name.Equals(resourceDiscoveryGroupName, StringComparison.InvariantCultureIgnoreCase));
if (resourceDiscoveryGroupDefinition == null)
{
// No collection found so nothing to return
return(null);
}
var resourceDiscovery = ResourceDiscoveryFactory.UseResourceDiscoveryFor(resourceDiscoveryGroupDefinition.Type);
// 1. Create query per type
var query = resourceDiscovery.DefineQuery(resourceDiscoveryGroupDefinition.Criteria).Build();
// 2. Run Query
var unparsedResults = await _azureResourceGraph.QueryTargetSubscriptionsAsync(resourceDiscoveryGroupName, query, pageSize, currentPage);
// 3. Parse query results into resource
var foundResources = resourceDiscovery.ParseQueryResults(unparsedResults.Result);
var contextualInformation = new Dictionary <string, object>
{
{ "ResourceType", resourceDiscoveryGroupDefinition.Type },
{ "CollectionName", resourceDiscoveryGroupName }
};
// Log a metric with amount of discovered resources
// But only if the current page is 1, or we'll emit it too much
if (currentPage == 1)
{
_logger.LogMetric("Discovered Resources", unparsedResults.TotalRecords, contextualInformation);
}
return(new PagedPayload <AzureResourceDefinition>(foundResources, unparsedResults.TotalRecords, unparsedResults.CurrentPage, unparsedResults.PageSize));
}