private static void addFindingDataToO2Finding(AssessmentAsmntFileFinding finding, IO2Finding o2Finding, AssessmentRun assessmentRun)
{
AssessmentRunFindingData findingData = assessmentRun.FindingDataPool[finding.data_id-1];
AssessmentRunSite siteData = assessmentRun.SitePool[findingData.site_id - 1];
if (findingData.id != finding.data_id || siteData.id != findingData.site_id)
DI.log.error("in addFindingDataToO2Finding findingData.id != (finding.data_id-1) or siteData.id != (findingData.site_id - 1)");
else
{
o2Finding.actionObject = findingData.ao_id;
o2Finding.callerName = getStringIndexValue(siteData.caller, assessmentRun);
o2Finding.columnNumber = siteData.cn;
o2Finding.confidence = (byte) findingData.conf;
o2Finding.context = getStringIndexValue(siteData.cxt, assessmentRun);
o2Finding.exclude = finding.excluded;
o2Finding.file = getFileIndexValue(siteData.file_id, assessmentRun);
o2Finding.lineNumber = siteData.ln;
o2Finding.method = getStringIndexValue(siteData.method, assessmentRun);
o2Finding.ordinal = siteData.ord;
o2Finding.projectName = getStringIndexValue(findingData.project_name, assessmentRun);
o2Finding.propertyIds = findingData.prop_ids; /**/
o2Finding.recordId = findingData.rec_id;
o2Finding.severity = (byte) findingData.sev;
// o2Finding.signature = getStringIndexValue(siteData.sig, assessmentRun);
o2Finding.text = null; /**/
o2Finding.vulnName = getStringIndexValue(siteData.sig, assessmentRun); /*making the sig the vuln name*/
o2Finding.vulnType = getStringIndexValue(findingData.vtype, assessmentRun);
}
}
public static bool importOzasmtAssessmentIntoO2Assessment(string fileToLoad, IO2Assessment o2Assessment)
{
try
{
AssessmentRun assessmentRunToImport = getAssessmentRunObjectFromXmlFile(fileToLoad);
o2Assessment.name = assessmentRunToImport.name;
if (null != assessmentRunToImport.Assessment.Assessment)
{
foreach (Assessment assessment in assessmentRunToImport.Assessment.Assessment)
{
if (null != assessment.AsmntFile)
{
foreach (AssessmentAsmntFile asmntFile in assessment.AsmntFile)
{
if (asmntFile.Finding != null)
{
foreach (AssessmentAsmntFileFinding finding in asmntFile.Finding)
{
o2Assessment.o2Findings.Add(getO2Finding(finding, assessmentRunToImport));
}
}
}
}
}
}
return(true);
}
catch (Exception ex)
{
PublicDI.log.ex(ex, "in OzasmtUtils_OunceV6_1.importOzasmtAssessmentIntoO2Assessment");
}
return(false);
}
private static IO2Finding getO2Finding(AssessmentAsmntFileFinding finding, AssessmentRun assessmentRunToImport)
{
var o2Finding = new O2Finding();
addFindingDataToO2Finding(finding, o2Finding, assessmentRunToImport);
addTraceToO2Finding(finding.trace, o2Finding, assessmentRunToImport);
OzasmtUtils.fixExternalSourceSourceMappingProblem(o2Finding); // fix the 'ExternalSource Source' problem
return o2Finding;
}
public static string getFileIndexValue(UInt32 uFileIndexId, AssessmentRun assessmentRun)
{
if (uFileIndexId > 0 && uFileIndexId <= assessmentRun.FilePool.Length)
{
return(assessmentRun.FilePool[uFileIndexId - 1].value);
}
return("");
}
public static string getStringIndexValue(UInt32 uStringIndexId, AssessmentRun assessmentRun)
{
if (uStringIndexId > 0 && uStringIndexId <= assessmentRun.StringPool.Length)
{
return(assessmentRun.StringPool[uStringIndexId - 1].value);
}
return("");
}
private static IO2Finding getO2Finding(AssessmentAsmntFileFinding finding, AssessmentRun assessmentRunToImport)
{
var o2Finding = new O2Finding();
addFindingDataToO2Finding(finding, o2Finding, assessmentRunToImport);
addTraceToO2Finding(finding.trace, o2Finding, assessmentRunToImport);
OzasmtUtils.fixExternalSourceSourceMappingProblem(o2Finding); // fix the 'ExternalSource Source' problem
return(o2Finding);
}
private static void addTraceToO2Finding(string traces, IO2Finding o2Finding, AssessmentRun assessmentRun)
{
if (false == string.IsNullOrEmpty(traces))
{
var splittedTraces = traces.Split(',');
var traceStack = new Stack <List <IO2Trace> >(); // use to keep track of where we add the trace
traceStack.Push(o2Finding.o2Traces); // the first one is the main o2Findings.o2Traces
foreach (var traceItem in splittedTraces)
{
var splittedTrace = traceItem.Split('.'); // in this version the dots mean how many nodes we have to go up
int traceIndex;
if (Int32.TryParse(splittedTrace[0], out traceIndex))
{
AssessmentRunTaint taint = assessmentRun.TaintPool[traceIndex - 1];
AssessmentRunSite siteData = assessmentRun.SitePool[taint.site_id - 1];
var o2Trace = new O2Trace
{
caller = getStringIndexValue(siteData.caller, assessmentRun),
columnNumber = siteData.cn,
context = getStringIndexValue(siteData.cxt, assessmentRun),
file = getFileIndexValue(siteData.file_id, assessmentRun),
lineNumber = siteData.ln,
method = getStringIndexValue(siteData.method, assessmentRun),
ordinal = siteData.ord,
signature = getStringIndexValue(siteData.sig, assessmentRun),
argument = taint.arg,
direction = taint.dir,
traceType = ((TraceType)Enum.Parse(typeof(TraceType), taint.trace_type.ToString()))
};
//o2Trace.clazz = getStringIndexValue(,assessmentRun); // check if siteData.caller is a good match for clazz
//o2Trace.taintPropagation = ;
//o2Trace.text = ;
traceStack.Peek().Add(o2Trace); // add the current trace as a child of the the item on the top of traceStack
traceStack.Push(o2Trace.childTraces); // and make the current trace the item on the top of traceStack (which will be changed if there were dots in the traceItem (handled below))
}
else
{
PublicDI.log.error("in addTraceToO2Finding , could not parse into int {0} from {1}", splittedTrace[0], traceItem);
}
if (splittedTrace.Length > 1) // means there were dots in the traceitem
{
for (var i = 1; i < splittedTrace.Length; i++)
{
traceStack.Pop();
}
}
}
o2Finding.o2Traces[0].signature += traces;
}
}
private static void addTraceToO2Finding(string traces, IO2Finding o2Finding, AssessmentRun assessmentRun)
{
if (false == string.IsNullOrEmpty(traces))
{
var splittedTraces = traces.Split(',');
var traceStack = new Stack<List<IO2Trace>>(); // use to keep track of where we add the trace
traceStack.Push(o2Finding.o2Traces); // the first one is the main o2Findings.o2Traces
foreach(var traceItem in splittedTraces)
{
var splittedTrace = traceItem.Split('.'); // in this version the dots mean how many nodes we have to go up
int traceIndex;
if (Int32.TryParse(splittedTrace[0], out traceIndex))
{
AssessmentRunTaint taint = assessmentRun.TaintPool[traceIndex - 1];
AssessmentRunSite siteData = assessmentRun.SitePool[taint.site_id - 1];
var o2Trace = new O2Trace
{
caller = getStringIndexValue(siteData.caller, assessmentRun),
columnNumber = siteData.cn,
context = getStringIndexValue(siteData.cxt, assessmentRun),
file = getFileIndexValue(siteData.file_id, assessmentRun),
lineNumber = siteData.ln,
method = getStringIndexValue(siteData.method, assessmentRun),
ordinal = siteData.ord,
signature = getStringIndexValue(siteData.sig, assessmentRun),
argument = taint.arg,
direction = taint.dir,
traceType =((TraceType) Enum.Parse(typeof (TraceType), taint.trace_type.ToString()))
};
//o2Trace.clazz = getStringIndexValue(,assessmentRun); // check if siteData.caller is a good match for clazz
//o2Trace.taintPropagation = ;
//o2Trace.text = ;
traceStack.Peek().Add(o2Trace); // add the current trace as a child of the the item on the top of traceStack
traceStack.Push(o2Trace.childTraces); // and make the current trace the item on the top of traceStack (which will be changed if there were dots in the traceItem (handled below))
}
else
{
DI.log.error("in addTraceToO2Finding , could not parse into int {0} from {1}", splittedTrace[0], traceItem);
}
if (splittedTrace.Length > 1) // means there were dots in the traceitem
for (var i = 1; i < splittedTrace.Length; i++)
traceStack.Pop();
}
o2Finding.o2Traces[0].signature += traces;
}
}
public static string getFileIndexValue(UInt32 uFileIndexId, AssessmentRun assessmentRun)
{
if (uFileIndexId > 0 && uFileIndexId <= assessmentRun.FilePool.Length)
return assessmentRun.FilePool[uFileIndexId - 1].value;
return "";
}
public static string getStringIndexValue(UInt32 uStringIndexId, AssessmentRun assessmentRun)
{
if (uStringIndexId > 0 && uStringIndexId <= assessmentRun.StringPool.Length)
return assessmentRun.StringPool[uStringIndexId - 1].value;
return "";
}
private static void addFindingDataToO2Finding(AssessmentAsmntFileFinding finding, IO2Finding o2Finding, AssessmentRun assessmentRun)
{
AssessmentRunFindingData findingData = assessmentRun.FindingDataPool[finding.data_id - 1];
AssessmentRunSite siteData = assessmentRun.SitePool[findingData.site_id - 1];
if (findingData.id != finding.data_id || siteData.id != findingData.site_id)
{
PublicDI.log.error("in addFindingDataToO2Finding findingData.id != (finding.data_id-1) or siteData.id != (findingData.site_id - 1)");
}
else
{
o2Finding.actionObject = findingData.ao_id;
o2Finding.callerName = getStringIndexValue(siteData.caller, assessmentRun);
o2Finding.columnNumber = siteData.cn;
o2Finding.confidence = (byte)findingData.conf;
o2Finding.context = getStringIndexValue(siteData.cxt, assessmentRun);
o2Finding.exclude = finding.excluded;
o2Finding.file = getFileIndexValue(siteData.file_id, assessmentRun);
o2Finding.lineNumber = siteData.ln;
o2Finding.method = getStringIndexValue(siteData.method, assessmentRun);
o2Finding.ordinal = siteData.ord;
o2Finding.projectName = getStringIndexValue(findingData.project_name, assessmentRun);
o2Finding.propertyIds = findingData.prop_ids; /**/
o2Finding.recordId = findingData.rec_id;
o2Finding.severity = (byte)findingData.sev;
// o2Finding.signature = getStringIndexValue(siteData.sig, assessmentRun);
o2Finding.text = null; /**/
o2Finding.vulnName = getStringIndexValue(siteData.sig, assessmentRun); /*making the sig the vuln name*/
o2Finding.vulnType = getStringIndexValue(findingData.vtype, assessmentRun);
}
}