public SarifWorkItemModel FileWorkItemInternal(SarifLog sarifLog, SarifWorkItemContext filingContext, FilingClient filingClient)
{
using (Logger.BeginScopeContext(nameof(FileWorkItemInternal)))
{
string logGuid = sarifLog.GetProperty <Guid>("guid").ToString();
// The helper below will initialize the sarif work item model with a copy
// of the root pipeline filing context. This context will then be initialized
// based on the current sarif log file that we're processing.
// First intializes the contexts provider to the value in the current filing client.
filingContext.CurrentProvider = filingClient.Provider;
var sarifWorkItemModel = new SarifWorkItemModel(sarifLog, filingContext);
try
{
// Populate the work item with the target organization/repository information.
// In ADO, certain fields (such as the area path) will defaut to the
// project name and so this information is used in at least that context.
sarifWorkItemModel.OwnerOrAccount = filingClient.AccountOrOrganization;
sarifWorkItemModel.RepositoryOrProject = filingClient.ProjectOrRepository;
if (filingContext.SyncWorkItemMetadata)
{
Task <WorkItemModel> getMetadataTask = filingClient.GetWorkItemMetadata(sarifWorkItemModel);
getMetadataTask.Wait();
sarifWorkItemModel = (SarifWorkItemModel)getMetadataTask.Result;
}
using (Logger.BeginScopeContext("RunTransformers"))
{
foreach (SarifWorkItemModelTransformer transformer in sarifWorkItemModel.Context.Transformers)
{
SarifWorkItemModel updatedSarifWorkItemModel = transformer.Transform(sarifWorkItemModel);
// If a transformer has set the model to null, that indicates
// it should be pulled from the work flow (i.e., not filed).
if (updatedSarifWorkItemModel == null)
{
Dictionary <string, object> customDimentions = new Dictionary <string, object>();
customDimentions.Add("TransformerType", transformer.GetType().FullName);
LogMetricsForProcessedModel(sarifLog, sarifWorkItemModel, FilingResult.Canceled, customDimentions);
return(null);
}
sarifWorkItemModel = updatedSarifWorkItemModel;
}
}
Task <IEnumerable <WorkItemModel> > task = filingClient.FileWorkItems(new[] { sarifWorkItemModel });
task.Wait();
this.FiledWorkItems.AddRange(task.Result);
LogMetricsForProcessedModel(sarifLog, sarifWorkItemModel, FilingResult.Succeeded);
}
catch (Exception ex)
{
this.Logger.LogError(ex, "An exception was raised filing log '{logGuid}'.", logGuid);
Dictionary <string, object> customDimentions = new Dictionary <string, object>();
customDimentions.Add("ExceptionType", ex.GetType().FullName);
customDimentions.Add("ExceptionMessage", ex.Message);
customDimentions.Add("ExceptionStackTrace", ex.ToString());
LogMetricsForProcessedModel(sarifLog, sarifWorkItemModel, FilingResult.ExceptionRaised, customDimentions);
}
return(sarifWorkItemModel);
}
}
internal static void FileWorkItemsHelper(SarifLog sarifLog, SarifWorkItemContext filingContext, FilingClient filingClient)
{
// The helper below will initialize the sarif work item model with a copy
// of the root pipeline filing context. This context will then be initialized
// based on the current sarif log file that we're processing.
SarifWorkItemModel workItemModel = new SarifWorkItemModel(sarifLog, filingContext);
try
{
// Populate the work item with the target organization/repository information.
// In ADO, certain fields (such as the area path) will defaut to the
// project name and so this information is used in at least that context.
workItemModel.RepositoryOrProject = filingClient.ProjectOrRepository;
workItemModel.OwnerOrAccount = filingClient.AccountOrOrganization;
foreach (SarifWorkItemModelTransformer transformer in workItemModel.Context.Transformers)
{
transformer.Transform(workItemModel);
}
filingClient.FileWorkItems(new[] { workItemModel }).Wait();
// TODO: We need to process updated work item models to persist filing
// details back to the input SARIF file, if that was specified.
// This code should either return or persist the updated models
// via a property, so that the file work items command can do
// this work.
//
// https://github.com/microsoft/sarif-sdk/issues/1774
}
catch (Exception ex)
{
Console.Error.WriteLine(ex);
}
}
private void FileWorkItemsHelper(SarifLog sarifLog, SarifWorkItemContext filingContext, FilingClient filingClient)
{
string logGuid = sarifLog.GetProperty<Guid>("guid").ToString();
// The helper below will initialize the sarif work item model with a copy
// of the root pipeline filing context. This context will then be initialized
// based on the current sarif log file that we're processing.
// First intializes the contexts provider to the value in the current filing client.
filingContext.CurrentProvider = filingClient.Provider;
var sarifWorkItemModel = new SarifWorkItemModel(sarifLog, filingContext);
try
{
// Populate the work item with the target organization/repository information.
// In ADO, certain fields (such as the area path) will defaut to the
// project name and so this information is used in at least that context.
sarifWorkItemModel.OwnerOrAccount = filingClient.AccountOrOrganization;
sarifWorkItemModel.RepositoryOrProject = filingClient.ProjectOrRepository;
foreach (SarifWorkItemModelTransformer transformer in sarifWorkItemModel.Context.Transformers)
{
SarifWorkItemModel updatedSarifWorkItemModel = transformer.Transform(sarifWorkItemModel);
// If a transformer has set the model to null, that indicates
// it should be pulled from the work flow (i.e., not filed).
if (updatedSarifWorkItemModel == null)
{
Dictionary<string, object> customDimentions = new Dictionary<string, object>();
customDimentions.Add("TransformerType", transformer.GetType().FullName);
LogMetricsForProcessedModel(sarifLog, sarifWorkItemModel, FilingResult.Canceled, customDimentions);
return;
}
sarifWorkItemModel = updatedSarifWorkItemModel;
}
Task<IEnumerable<WorkItemModel>> task = filingClient.FileWorkItems(new[] { sarifWorkItemModel });
task.Wait();
this.FiledWorkItems.AddRange(task.Result);
// IMPORTANT: as we update our partitioned logs, we are actually modifying the input log file
// as well. That's because our partitioning is configured to reuse references to existing
// run and result objects, even though they are partitioned into a separate log file.
// This approach also us to update the original log file with the filed work item details
// without requiring us to build a map of results between the original log and its
// partioned log files.
//
UpdateLogWithWorkItemDetails(sarifLog, sarifWorkItemModel.HtmlUri, sarifWorkItemModel.Uri);
LogMetricsForProcessedModel(sarifLog, sarifWorkItemModel, FilingResult.Succeeded);
}
catch (Exception ex)
{
this.Logger.LogError(ex, "An exception was raised filing log '{logGuid}'.", logGuid);
Dictionary<string, object> customDimentions = new Dictionary<string, object>();
customDimentions.Add("ExceptionType", ex.GetType().FullName);
customDimentions.Add("ExceptionMessage", ex.Message);
customDimentions.Add("ExceptionStackTrace", ex.ToString());
LogMetricsForProcessedModel(sarifLog, sarifWorkItemModel, FilingResult.ExceptionRaised, customDimentions);
}
}
