internal static void StopWorkFlowScans()
{
try
{
ScannerThread.Abort();
}
catch { }
WorkflowScannerWindow.UpdateScanStatusInUi(false, "Scan stopped");
}
internal static void OpenWindow()
{
if (!IsWindowOpen())
{
OpenWorkflowScanner = new WorkflowScannerWindow();
OpenWorkflowScanner.Show();
}
OpenWorkflowScanner.Activate();
}
internal static void MarkWorkFlowEnd()
{
if (CurrentWorkFlowStartIndex > 0)
{
if (Config.LastProxyLogId >= CurrentWorkFlowStartIndex)
{
WorkFlows.Add(new int[] { CurrentWorkFlowStartIndex, Config.LastProxyLogId });
WorkflowScannerWindow.UpdateWorkflowEntryInUi(WorkFlows[WorkFlows.Count - 1], CurrentWorkFlowName);
}
CurrentWorkFlowStartIndex = -1;
CurrentWorkFlowName = "";
}
}
internal static void CheckWorkflowRequest(Session Sess)
{
if (CurrentWorkFlowStartIndex < 1)
{
return;
}
lock (Hosts)
{
if (!Hosts.Contains(Sess.Request.BaseUrl))
{
Hosts.Add(Sess.Request.BaseUrl);
WorkflowScannerWindow.UpdateWorkflowHostEntryInUi(Sess.Request.BaseUrl);
}
}
}
static void DoScan()
{
try
{
List <int[]> WorkFlowMarkers = new List <int[]>();
List <string> HostsToScan = new List <string>();
lock (WorkFlows)
{
foreach (int[] Marker in WorkFlows)
{
WorkFlowMarkers.Add(Marker);
}
WorkFlows.Clear();
}
lock (AllowedHosts)
{
foreach (string Host in AllowedHosts)
{
HostsToScan.Add(Host);
}
AllowedHosts.Clear();
}
foreach (int[] Marker in WorkFlowMarkers)
{
Analysis.LogAnalyzer Analyzer = new Analysis.LogAnalyzer();
Dictionary <string, Analysis.LogAssociations> AssociationsDict = Analyzer.Analyze(Marker[0], Marker[1], "Proxy");
foreach (string Ua in AssociationsDict.Keys)
{
ScanAssociation(AssociationsDict[Ua], HostsToScan, Marker);
}
}
WorkflowScannerWindow.UpdateScanStatusInUi(false, "Scan complete");
}
catch (ThreadAbortException) { }
catch (Exception Exp)
{
IronException.Report("Error scanning workflows", Exp);
}
}
static void ScanAssociation(Analysis.LogAssociations Association, List <string> HostsToScan, int[] Marker)
{
if (Association.NonIgnorableCount > 0)
{
int Index = 0;
foreach (int Id in Association.LogIds)
{
Analysis.LogAssociation Asso = Association.GetAssociation(Id);
if (!Asso.IsIgnorable && HostsToScan.Contains(Asso.DestinationLog.Request.BaseUrl))
{
Scanner S = new Scanner(Asso.DestinationLog.Request);
if (S.BaseRequest.File.Length == 0 && S.BaseRequest.Query.Count == 0 && S.BaseRequest.UrlPathParts.Count > 1)
{
S.InjectUrl();
}
S.InjectQuery();
if (S.BaseRequest.BodyType == BodyFormatType.Soap ||
S.BaseRequest.BodyType == BodyFormatType.Json ||
S.BaseRequest.BodyType == BodyFormatType.Multipart ||
S.BaseRequest.BodyType == BodyFormatType.Xml)
{
S.BodyFormat = FormatPlugin.Get(S.BaseRequest.BodyType);
}
S.InjectBody();
S.CheckAll();
if (S.InjectionPointsCount > 0)
{
S.WorkFlowLogAssociations = Association;
S.IndexOfRequestToScanInWorkFlowLogAssociations = Index;
WorkflowScannerWindow.UpdateScanStatusInUi(true, string.Format("Scanning Request no.{0} in workflow between logs {1}-{2}", Index, Marker[0], Marker[1]));
S.Scan();
}
Index++;
}
}
}
}
