public void runScan(IScanTarget scanTarget)
{
rtbLogFileForCurrentScan.Text = " \n\n STARTING SCAN FOR:" + scanTarget + "\n";
directoryWithScanCatNetResults.openDirectory(scanTarget.WorkDirectory);
new MsCatNetScanner().scan(scanTarget, callbackCatNetLogEvent_rtbLogFileForCurrentScan, null, false
/*convertToOzasmt*/);
}
public static bool createCirDump(IScanTarget scScanTarget, bool bDeleteAllRulesFromDbBeforeScan)
{
if (scScanTarget != null)
return createCirDump(scScanTarget.ApplicationFile, scScanTarget.WorkDirectory, null,null,
bDeleteAllRulesFromDbBeforeScan, false);
return false;
}
public void loadInManualTestGui(IScanTarget scScanTarget)
{
scCurrentScanTarget = scScanTarget;
lbManualTestTargetFile.Text = scScanTarget.ApplicationFile;
adManualTestTempFiles.openDirectory(scScanTarget.WorkDirectory);
setStatusOfActionButtons(true);
}
public static bool createCirDump(IScanTarget scScanTarget)
{
if (scScanTarget != null)
{
return(createCirDump(scScanTarget.ApplicationFile, scScanTarget.WorkDirectory, null, null, false, false));
}
return(false);
}
public static bool createCirDump(IScanTarget scScanTarget, Callbacks.dMethod_Object dProcessCompletionCallback, Callbacks.dMethod_String _logCallback,
bool bDeleteAllRulesFromDbBeforeScan,
bool bStoreControlFlowBlockRawDataInsideCirDataFile)
{
if (scScanTarget!=null)
return createCirDump(scScanTarget.ApplicationFile, scScanTarget.WorkDirectory, dProcessCompletionCallback, _logCallback,
bDeleteAllRulesFromDbBeforeScan, bStoreControlFlowBlockRawDataInsideCirDataFile);
return false;
}
public static bool createCirDump(IScanTarget scScanTarget, bool bDeleteAllRulesFromDbBeforeScan)
{
if (scScanTarget != null)
{
return(createCirDump(scScanTarget.ApplicationFile, scScanTarget.WorkDirectory, null, null,
bDeleteAllRulesFromDbBeforeScan, false));
}
return(false);
}
private void loadDefaultScanTarget()
{
IScanTarget scanTarget = CreateScanTarget.createScanTargetsFromFile(DI.config.ExecutingAssembly, targetDirectory.getCurrentDirectory(), false /*autoAppendTargetName */);
if (scanTarget != null)
{
lbScanTargets.Items.Add(scanTarget);
lbScanTargets.SelectedIndex = 0;
}
}
/* private void addScanTargetsToTreeViewAsFolder(List<IScanTarget> scanTargets, string folderName)
* {
* foreach (var scanTarget in scanTargets)
* addScanTargetToTreeView(scanTarget);
*
* // tvTargetFiles.Nodes.Add(file);
* //tvTargetFiles.Nodes.Add(scanTarget.ToString());
* }*/
private void addScanTargetToTreeView(IScanTarget scanTarget)
{
if (lbDragAndDropHelpText.Visible)
{
lbDragAndDropHelpText.Visible = false;
}
O2Forms.newTreeNode(tvTargetFiles.Nodes, Path.GetFileName(scanTarget.Target), scanTarget.Target, 2,
scanTarget);
llNumberOfAssembliesLoaded.Text = tvTargetFiles.Nodes.Count + " Assemblies Loaded";
}
private void removeScanTargetFromTreeView(IScanTarget scanTarget, TreeView targetTreeView)
{
if (targetTreeView.okThread(delegate { removeScanTargetFromTreeView(scanTarget, targetTreeView); }))
{
TreeNode treeNodeWithScanTarget = tvTargetFiles.Nodes[scanTarget.Target];
if (treeNodeWithScanTarget != null)
{
targetTreeView.Nodes.Remove(treeNodeWithScanTarget);
}
}
}
public static bool createCirDump(IScanTarget scScanTarget, Callbacks.dMethod_Object dProcessCompletionCallback, Callbacks.dMethod_String _logCallback,
bool bDeleteAllRulesFromDbBeforeScan,
bool bStoreControlFlowBlockRawDataInsideCirDataFile)
{
if (scScanTarget != null)
{
return(createCirDump(scScanTarget.ApplicationFile, scScanTarget.WorkDirectory, dProcessCompletionCallback, _logCallback,
bDeleteAllRulesFromDbBeforeScan, bStoreControlFlowBlockRawDataInsideCirDataFile));
}
return(false);
}
public void scan(IScanTarget scanTarget, Callbacks.dMethod_String logCallback,
Callbacks.dMethod_Object onProcessEndCallback, bool convertToOzasmt)
{
if (false == MsCatNetConfig.isCatScannerAvailable())
{
DI.log.error("Could not find MSCatNet Scanner on this box, aborting scan");
}
string fileToScan = scanTarget.Target;
string reportFile = Path.Combine(scanTarget.WorkDirectory, Path.GetFileName(fileToScan) + ".xml");
executeCatNet(fileToScan, reportFile, logCallback, onProcessEndCallback, convertToOzasmt);
}
public static List <IScanTarget> createScanTargetsFromFileOrFolder(string fileOrFolder, string workDirectory,
bool autoAppendTargetName, bool searchForScanFilesRecursively)
{
if (File.Exists(fileOrFolder) && Path.GetExtension(fileOrFolder) == ".zip")
{
string folderToUnzipFiles = Path.Combine(workDirectory, Path.GetFileNameWithoutExtension(fileOrFolder));
new zipUtils().unzipFile(fileOrFolder, folderToUnzipFiles + "\\src");
fileOrFolder = folderToUnzipFiles;
}
var scanTargets = new List <IScanTarget>();
if (Directory.Exists(fileOrFolder))
{
/* foreach (var scanTargetFile in Files.getFilesFromDir_returnFullPath(fileOrFolder, "*.paf", true))
* {
*
* //string sPafFile = Files.getFirstFileFromDirThatMatchesPattern_returnFulPath(fileOrFolder, "*.paf");
* //if (sPafFile != "")
* //{
* // if (Path.GetFileName(fileOrFolder) == Path.GetFileNameWithoutExtension(sPafFile.Replace(".paf", "")))
* var scanTarget_Paf = new ScanTarget_Paf
* {
* WorkDirectory = fileOrFolder,
* Target = scanTargetFile
* };
* scanTargets.Add(scanTarget_Paf);
* }
* //}
* else*/
foreach (string sFile in Files.getFilesFromDir_returnFullPath(fileOrFolder, "*.*", searchForScanFilesRecursively))
{
IScanTarget scanTarget = createScanTargetsFromFile(sFile, workDirectory, autoAppendTargetName);
if (scanTarget != null)
{
scanTargets.Add(scanTarget);
}
}
}
else if (File.Exists(fileOrFolder))
{
IScanTarget scanTarget = createScanTargetsFromFile(fileOrFolder, workDirectory, autoAppendTargetName);
if (scanTarget != null)
{
scanTargets.Add(scanTarget);
}
}
return(scanTargets);
}
public void scanApplication(IScanTarget scanTarget)
{
string sSaveAssessmentTo = Path.Combine(scanTarget.WorkDirectory,
Path.GetFileNameWithoutExtension(
scanTarget.ApplicationFile) +
"_Scan_CurrentRules.ozasmt");
DI.log.debug("Saved Assessment File will be saved to : {0}", sSaveAssessmentTo);
// update Gui
this.invokeOnThread(() => lbStatus.Text = "Scanning: " + Path.GetFileName(scanTarget.Target));
// set global cliScanning object (so that we can cancel this scan)
cliScanning = new CliScanning();
// start scanning
cliScanning.scanApplication(scanTarget.ApplicationFile, sSaveAssessmentTo,
onScanLogEvent
,
scanResult => onScanCompleted(sSaveAssessmentTo));
}
public void scanApplication(IScanTarget scanTarget)
{
string sSaveAssessmentTo = Path.Combine(scanTarget.WorkDirectory,
Path.GetFileNameWithoutExtension(
scanTarget.ApplicationFile) +
"_Scan_CurrentRules.ozasmt");
DI.log.debug("Saved Assessment File will be saved to : {0}", sSaveAssessmentTo);
// update Gui
this.invokeOnThread(() => lbStatus.Text = "Scanning: " + Path.GetFileName(scanTarget.Target));
// set global cliScanning object (so that we can cancel this scan)
cliScanning = new CliScanning();
// start scanning
cliScanning.scanApplication(scanTarget.ApplicationFile, sSaveAssessmentTo,
onScanLogEvent
,
scanResult => onScanCompleted(sSaveAssessmentTo));
}
public static IScanTarget createScanTargetsFromFile(String fileToProcess, string workDirectory,
bool autoAppendTargetName)
{
IScanTarget scanTarget = null;
switch (Path.GetExtension(fileToProcess))
{
case ".sln":
case ".paf":
case ".gaf":
case ".ewf":
scanTarget = new ScanTarget_Paf();
break;
case ".java":
case ".class":
scanTarget = new ScanTarget_Java();
break;
case ".dll":
case ".exe":
scanTarget = new ScanTarget_DotNet();
break;
case ".epf":
case ".ppf":
case ".gpf":
scanTarget = new ScanTarget_Paf();
fileToProcess = Utils.ScanSupport.createTempApplicationFileForProject(fileToProcess, true, workDirectory);
break;
default:
DI.log.debug("in addFileToProcess, file type not supported: {0}:",
Path.GetExtension(fileToProcess));
break;
}
if (scanTarget != null)
{
scanTarget.useFileNameOnWorkDirecory = autoAppendTargetName;
scanTarget.WorkDirectory = workDirectory;
scanTarget.Target = fileToProcess;
}
return(scanTarget);
}
private void processScanTargetQueueItem()
{
if (scanTargetsQueue.Count > 0)
{
PublicDI.log.info("Using Scan Queue. There are {0} scans on the queue", scanTargetsQueue.Count);
IScanTarget scanTarget = scanTargetsQueue[0];
directoryWithScanCatNetResults.openDirectory(scanTarget.WorkDirectory);
callbackCatNetLogEvent_rtbLogFileForCurrentScan("\n STARTING QUEUED SCAN FOR:" + scanTarget.Target +
Environment.NewLine);
new MsCatNetScanner().scan(scanTarget, callbackCatNetLogEvent_rtbLogFileForCurrentScan,
delegate { processScanTargetQueueItem(); }
, false);
scanTargetsQueue.Remove(scanTarget);
if (cbAfterScanRemoveFromScanTargets.Checked)
{
removeScanTargetFromTreeView(scanTarget, tvTargetFiles);
}
}
}
public ScanThread(IScanTarget target)
{
scanTarget = scanTarget;
}
public static bool createCirDump(IScanTarget scScanTarget)
{
if (scScanTarget != null)
return createCirDump(scScanTarget.ApplicationFile, scScanTarget.WorkDirectory, null, null, false, false);
return false;
}
private void removeScanTargetFromTreeView(IScanTarget scanTarget, TreeView targetTreeView)
{
if (targetTreeView.okThread(delegate { removeScanTargetFromTreeView(scanTarget, targetTreeView); }))
{
TreeNode treeNodeWithScanTarget = tvTargetFiles.Nodes[scanTarget.Target];
if (treeNodeWithScanTarget != null)
targetTreeView.Nodes.Remove(treeNodeWithScanTarget);
}
}
public void runScan(IScanTarget scanTarget)
{
rtbLogFileForCurrentScan.Text = " \n\n STARTING SCAN FOR:" + scanTarget + "\n";
directoryWithScanCatNetResults.openDirectory(scanTarget.WorkDirectory);
new MsCatNetScanner().scan(scanTarget, callbackCatNetLogEvent_rtbLogFileForCurrentScan, null, false
/*convertToOzasmt*/);
}
/* private void addScanTargetsToTreeViewAsFolder(List<IScanTarget> scanTargets, string folderName)
{
foreach (var scanTarget in scanTargets)
addScanTargetToTreeView(scanTarget);
// tvTargetFiles.Nodes.Add(file);
//tvTargetFiles.Nodes.Add(scanTarget.ToString());
}*/
private void addScanTargetToTreeView(IScanTarget scanTarget)
{
if (lbDragAndDropHelpText.Visible)
lbDragAndDropHelpText.Visible = false;
O2Forms.newTreeNode(tvTargetFiles.Nodes, Path.GetFileName(scanTarget.Target), scanTarget.Target, 2,
scanTarget);
llNumberOfAssembliesLoaded.Text = tvTargetFiles.Nodes.Count + " Assemblies Loaded";
}
//public static void executeCatNetCommand(string catNetArguments)
//{
// executeCatNetCommand(catNetArguments, null, internalOnScanCompleteCallback);
//}
/* public static void executeCatNetCommand(string catNetArguments, Callbacks.dMethod_String logCallback, Callbacks.dMethod_Object onProcessEndCallback, bool convertToOzasmt)
* {
*
* , true); */
public void scan(IScanTarget scanTarget)
{
scan(scanTarget, false);
}
public void scan(IScanTarget scanTarget, bool convertToOzasmt)
{
scan(scanTarget, null, null, convertToOzasmt);
}
public void loadInManualTestGui(IScanTarget scScanTarget)
{
scCurrentScanTarget = scScanTarget;
lbManualTestTargetFile.Text = scScanTarget.ApplicationFile;
adManualTestTempFiles.openDirectory(scScanTarget.WorkDirectory);
setStatusOfActionButtons(true);
}
public void scan(IScanTarget scanTarget, Callbacks.dMethod_String logCallback,
Callbacks.dMethod_Object onProcessEndCallback, bool convertToOzasmt)
{
if (false == MsCatNetConfig.isCatScannerAvailable())
{
DI.log.error("Could not find MSCatNet Scanner on this box, aborting scan");
}
string fileToScan = scanTarget.Target;
string reportFile = Path.Combine(scanTarget.WorkDirectory, Path.GetFileName(fileToScan) + ".xml");
executeCatNet(fileToScan, reportFile, logCallback, onProcessEndCallback, convertToOzasmt);
}
public void scan(IScanTarget scanTarget, bool convertToOzasmt)
{
scan(scanTarget, null, null, convertToOzasmt);
}
//public static void executeCatNetCommand(string catNetArguments)
//{
// executeCatNetCommand(catNetArguments, null, internalOnScanCompleteCallback);
//}
/* public static void executeCatNetCommand(string catNetArguments, Callbacks.dMethod_String logCallback, Callbacks.dMethod_Object onProcessEndCallback, bool convertToOzasmt)
{
, true); */
public void scan(IScanTarget scanTarget)
{
scan(scanTarget, false);
}
public ScanThread(IScanTarget target)
{
scanTarget = scanTarget;
}
