def processTraces(self):
progressBar = ProgressBar("Analysis in Progress",
"Attacking with " + self.getName())
with progressBar:
self.attack.setModel(self.attackModel)
self.attack.getStatistics().clear()
self.attack.setReportingInterval(self.getReportingInterval())
self.attack.setTargetSubkeys(self.getTargetSubkeys())
self.attack.setStatsReadyCallback(self.sigAnalysisUpdated.emit)
self.sigAnalysisStarted.emit()
for itNum in range(self.getIterations()):
startingTrace = self.getTracesPerAttack(
) * itNum + self.getTraceStart()
endingTrace = startingTrace + self.getTracesPerAttack() - 1
# TODO:support start/end point different per byte
self.attack.addTraces(self.getTraceSource(),
(startingTrace, endingTrace),
progressBar,
pointRange=self.getPointRange(None))
if progressBar and progressBar.wasAborted():
return
self.sigAnalysisDone.emit()
def processTraces(self):
# print "Running attack: %s" % self._name
self.sigAnalysisStarted.emit()
progressBar = ProgressBar("Analysis in Progress",
"Attacking with %s:" % self._name)
with progressBar:
self.attack.setTargetBytes(self.targetBytes())
self.attack.setReportingInterval(self.getReportingInterval())
self.attack.getStatistics().clear()
self.attack.setStatsReadyCallback(self.sigAnalysisUpdated.emit)
self.sigAnalysisStarted.emit()
#--- call the algorithm module
startingTrace = self.getTraceStart()
endingTrace = startingTrace + self.getTracesPerAttack() - 1
self.attack.addTraces(self.getTraceSource(),
(startingTrace, endingTrace),
progressBar,
pointRange=self.getPointRange(),
attack=self)
self.sigAnalysisDone.emit()
def redrawPlot(self):
"""Redraw the plot, loading data from attack"""
if not self._analysisSource:
return
progress = ProgressBar("Redrawing " + CorrelationVsTrace._name, "Status:")
with progress:
data = self._analysisSource.getStatistics().maxes_list
enabledlist = []
for bnum in range(0, len(self.enabledbytes)):
if self.enabledbytes[bnum]:
enabledlist.append(bnum)
xrangelist = [0] * self._numKeys()
newdata = [0] * self._numKeys()
for bnum in enabledlist:
maxdata = data[bnum]
tlist = []
for m in maxdata:
tlist.append(m['trace'])
maxlist = np.zeros((self._numPerms(bnum), len(tlist)))
for i, m in enumerate(maxdata):
for j in range(0, self._numPerms(bnum)):
maxlist[m['maxes'][j][0], i] = m['maxes'][j][2]
newdata[bnum] = maxlist
xrangelist[bnum] = tlist
self.drawData(progress, xrangelist, newdata, enabledlist)
self.pw.setYRange(0, 1, update=True)
def processTraces(self):
progressBar = ProgressBar("Analysis in Progress", "Attaking with CPA:")
with progressBar:
self.attack.setTargetBytes(self.targetBytes())
self.attack.setReportingInterval(self.getReportingInterval())
self.attack.getStatistics().clear()
self.attack.setStatsReadyCallback(self.sigAnalysisUpdated.emit)
self.sigAnalysisStarted.emit()
for itNum in range(1, self.getIterations()+1):
startingTrace = self.getTracesPerAttack() * (itNum - 1) + self.getTraceStart()
endingTrace = startingTrace + self.getTracesPerAttack() - 1
#TODO: pointRange=self.TraceRangeList[1:17]
self.attack.addTraces(self.getTraceSource(), (startingTrace, endingTrace), progressBar, pointRange=self.getPointRange())
if progressBar and progressBar.wasAborted():
return
self.sigAnalysisDone.emit()
def processTraces(self):
progressBar = ProgressBar("Analysis in Progress", "Attaking with CPA:")
with progressBar:
self.attack.setTargetBytes(self.targetBytes())
self.attack.setReportingInterval(self.getReportingInterval())
self.attack.getStatistics().clear()
self.attack.setStatsReadyCallback(self.sigAnalysisUpdated.emit)
self.sigAnalysisStarted.emit()
for itNum in range(1, self.getIterations()+1):
startingTrace = self.getTracesPerAttack() * (itNum - 1) + self.getTraceStart()
endingTrace = startingTrace + self.getTracesPerAttack() - 1
#TODO: pointRange=self.TraceRangeList[1:17]
self.attack.addTraces(self.getTraceSource(), (startingTrace, endingTrace), progressBar, pointRange=self.getPointRange())
if progressBar and progressBar.wasAborted():
return
self.sigAnalysisDone.emit()
def processTraces(self):
progressBar = ProgressBar("Analysis in Progress", "Attacking with " + self.getName())
with progressBar:
self.attack.setModel(self.attackModel)
self.attack.getStatistics().clear()
self.attack.setReportingInterval(self.getReportingInterval())
self.attack.setTargetSubkeys(self.getTargetSubkeys())
self.attack.setStatsReadyCallback(self.sigAnalysisUpdated.emit)
self.sigAnalysisStarted.emit()
for itNum in range(self.getIterations()):
startingTrace = self.getTracesPerAttack() * itNum + self.getTraceStart()
endingTrace = startingTrace + self.getTracesPerAttack() - 1
# TODO:support start/end point different per byte
self.attack.addTraces(self.getTraceSource(), (startingTrace, endingTrace), progressBar, pointRange=self.getPointRange(None))
if progressBar and progressBar.wasAborted():
return
self.sigAnalysisDone.emit()
def __init__(self, parent):
AutoScript.__init__(self)
self.enabled = False
self.autoScriptInit()
# Add example scripts to this list
self.exampleScripts = [PartitionDisplay(self), TextDisplay(self)]
# Add Scripts
self.setupCommonScripts()
self.progressBar = ProgressBar(show=False)
def processTraces(self):
progressBar = ProgressBar("Analysis in Progress",
"Attaking with Profiling:")
with progressBar:
self.attack.setReportingInterval(self.getReportingInterval())
#TODO: support start/end point different per byte
(startingPoint, endingPoint) = self.getPointRange(None)
self.attack.getStatistics().clear()
self.sigAnalysisStarted.emit()
for itNum in range(1, self.getIterations() + 1):
startingTrace = self.getTracesPerAttack() * (
itNum - 1) + self.getTraceStart()
endingTrace = self.getTracesPerAttack(
) * itNum + self.getTraceStart()
data = []
textins = []
textouts = []
for i in range(startingTrace, endingTrace):
d = self.getTraceSource().getTrace(i)
if d is None:
continue
d = d[startingPoint:endingPoint]
data.append(d)
textins.append(self.getTraceSource().getTextin(i))
textouts.append(self.getTraceSource().getTextout(i))
#self.attack.clearStats()
self.attack.setByteList(self.targetBytes())
self.attack.setStatsReadyCallback(self.sigAnalysisUpdated.emit)
#TODO: pointRange=self.TraceRangeList[1:17]
self.attack.addTraces(data,
textins,
textouts,
knownkeys=None,
progressBar=progressBar)
self.sigAnalysisDone.emit()
def redrawPlot(self):
progress = ProgressBar("Redrawing " + OutputVsTime._name, "Status:")
with progress:
data = self._analysisSource.getStatistics().diffs
enabledlist = []
for bnum in range(0, len(self.enabledbytes)):
if self.enabledbytes[bnum]:
enabledlist.append(bnum)
xrangelist = [0] * self._numKeys()
for bnum in enabledlist:
diffs = data[bnum]
if diffs is not None:
if not hasattr(diffs[0], '__iter__'):
diffs = [[t] for t in diffs]
prange = self.getPrange(bnum, diffs)
xrangelist[bnum] = prange
self.drawData(progress, xrangelist, data, enabledlist)