def capture1(self):
"""Capture one trace"""
try:
ac = AcquisitionController(self.getScope(), self.getTarget(), writer=None, auxList=self._auxList, keyTextPattern=self.getAcqPattern())
ac.sigNewTextResponse.connect(self.sigNewTextResponse.emit)
return ac.doSingleReading()
except Warning:
sys.excepthook(*sys.exc_info())
return False
def captureM(self, progressBar = None):
"""Capture multiple traces and save its result"""
if not progressBar: progressBar = ProgressBarText()
with progressBar:
progressBar.setStatusMask("Current Segment = %d Current Trace = %d", (0,0))
progressBar.setMaximum(self._numTraces)
waveBuffer = None
tcnt = 0
setSize = self.tracesPerSet()
for i in range(0, self._numTraceSets):
if progressBar.wasAborted(): break
if self.getTraceFormat() is not None:
currentTrace = self.getNewTrace(self.getTraceFormat())
# Load trace writer information
prefix = currentTrace.config.attr("prefix")[:-1]
currentTrace.config.setAttr("targetHW", self.getTarget().getName() if self.getTarget() is not None else "None")
currentTrace.config.setAttr("targetSW", os.path.split(Programmer.lastFlashedFile)[1])
currentTrace.config.setAttr("scopeName", self.getScope().getName() if self.getScope() is not None else "None")
currentTrace.config.setAttr("scopeSampleRate", 0)
currentTrace.config.setAttr("notes", "AckPattern: " + str(self.getAcqPattern()) + "; Aux: " + ', '.join(item.getName() for item in self._auxList if item))
currentTrace.setTraceHint(setSize)
if waveBuffer is not None:
currentTrace.setTraceBuffer(waveBuffer)
else:
currentTrace = None
prefix = datetime.now().strftime('%Y.%m.%d-%H.%M.%S')
for aux in self._auxList:
if aux:
aux.setPrefix(prefix)
ac = AcquisitionController(self.getScope(), self.getTarget(), currentTrace, self._auxList, self.getAcqPattern())
ac.setMaxtraces(setSize)
ac.sigNewTextResponse.connect(self.sigNewTextResponse.emit)
ac.sigTraceDone.connect(self.sigTraceDone.emit)
__pb = lambda: progressBar.updateStatus(i*setSize + ac.currentTrace + 1, (i, ac.currentTrace))
ac.sigTraceDone.connect(__pb)
self.sigCampaignStart.emit(prefix)
ac.doReadings(tracesDestination=self.project().traceManager(), progressBar=progressBar)
self.sigCampaignDone.emit()
self.project().saveAllSettings(os.path.dirname(currentTrace.config.configFilename()) + "/%s_settings.cwset" % prefix, onlyVisibles=True)
tcnt += setSize
if currentTrace is not None:
waveBuffer = currentTrace.traces # Re-use the wave buffer to avoid memory reallocation
if progressBar.wasAborted():
break
if currentTrace is not None:
currentTrace.unloadAllTraces() # Required in order to make the GC work properly :(
self._traceFormat.unloadAllTraces()
def capture1(self):
"""Capture one trace"""
try:
aux_dict = self.getAuxFunctions(True)
ac = AcquisitionController(self.getScope(), self.getTarget(), writer=None, aux=aux_dict, keyTextPattern=self.getAcqPattern())
ac.sigNewTextResponse.connect(self.updateLastKeyText)
if self.getTarget():
self.getTarget().init()
return ac.doSingleReading()
except Warning:
sys.excepthook(*sys.exc_info())
return False
def acquisition_controller(scope,
target=None,
writer=None,
aux=None,
key_text_pattern=None):
"""Not required when running GUI"""
ac = AcquisitionController(scope=scope,
target=target,
keyTextPattern=key_text_pattern)
return ac
def captureM(self, progressBar=None, scope=None, target=None, project=None, aux_list=None, ktp=None, N=1, seg_size=None):
"""Capture multiple traces and save its result"""
if not progressBar:
progressBar = ProgressBarText()
if seg_size is None:
seg_size = 1000
trace_mgr = project.traceManager() if project is not None else None
trace_fmt = project.getTraceFormat() if project is not None else None
aux_dict = aux_list.getDict(True) if aux_list is not None else None
segments = int(math.ceil(N / float(seg_size)))
with progressBar:
progressBar.setStatusMask("Current Segment = %d Current Trace = %d", (0,0))
progressBar.setMaximum(N)
waveBuffer = None
tcnt = 0
for i in range(0, segments):
if progressBar.wasAborted(): break
this_seg_size = min(seg_size, N - i*seg_size)
if trace_fmt is not None:
currentTrace = self.getNewTrace(trace_fmt)
# Load trace writer information
prefix = currentTrace.config.attr("prefix")[:-1]
currentTrace.config.setAttr("targetHW", target.getName() if target is not None else "None")
currentTrace.config.setAttr("targetSW", os.path.split(Programmer.lastFlashedFile)[1])
currentTrace.config.setAttr("scopeName", scope.getName() if scope is not None else "None")
notes_str = "AckPattern: " + str(ktp) + "; "
notes_str += "Aux: "
if aux_dict is not None:
for t in aux_dict.keys():
notes_str += "%s" % t + ", ".join([str(item) for item in aux_dict[t] if item])
currentTrace.config.setAttr("notes", notes_str)
currentTrace.setTraceHint(this_seg_size)
if waveBuffer is not None:
currentTrace.setTraceBuffer(waveBuffer)
else:
currentTrace = None
prefix = datetime.now().strftime('%Y.%m.%d-%H.%M.%S')
if aux_dict is not None:
for func in aux_dict['set_prefix']:
func(prefix)
ac = AcquisitionController(scope, target, currentTrace, aux_dict, ktp)
ac.setMaxtraces(this_seg_size)
ac.sigNewTextResponse.connect(self.updateLastKeyText)
ac.sigTraceDone.connect(self.sigTraceDone.emit)
__pb = lambda: progressBar.updateStatus(i*seg_size + ac.currentTrace + 1, (i, ac.currentTrace))
ac.sigTraceDone.connect(__pb)
self.sigCampaignStart.emit(prefix)
ac.doReadings(tracesDestination=trace_mgr, progressBar=progressBar)
if currentTrace is not None:
project.saveAllSettings(os.path.dirname(currentTrace.config.configFilename()) + "/%s_settings.cwset" % prefix, onlyVisibles=True)
waveBuffer = currentTrace.traces # Re-use the wave buffer to avoid memory reallocation
self.sigCampaignDone.emit()
tcnt += seg_size
if progressBar.wasAborted():
break
if currentTrace is not None:
currentTrace.unloadAllTraces() # Required in order to make the GC work properly :(
trace_fmt.unloadAllTraces()
return True
def captureM(self, progressBar=None):
"""Capture multiple traces and save its result"""
if not progressBar: progressBar = ProgressBarText()
with progressBar:
progressBar.setStatusMask(
"Current Segment = %d Current Trace = %d", (0, 0))
progressBar.setMaximum(self._numTraces)
waveBuffer = None
tcnt = 0
setSize = self.tracesPerSet()
for i in range(0, self._numTraceSets):
if progressBar.wasAborted(): break
if self.getTraceFormat() is not None:
currentTrace = self.getNewTrace(self.getTraceFormat())
# Load trace writer information
prefix = currentTrace.config.attr("prefix")[:-1]
currentTrace.config.setAttr(
"targetHW",
self.getTarget().getName()
if self.getTarget() is not None else "None")
currentTrace.config.setAttr(
"targetSW",
os.path.split(Programmer.lastFlashedFile)[1])
currentTrace.config.setAttr(
"scopeName",
self.getScope().getName()
if self.getScope() is not None else "None")
currentTrace.config.setAttr(
"notes", "AckPattern: " + str(self.getAcqPattern()) +
"; Aux: " +
', '.join(item.getName()
for item in self._auxList if item))
currentTrace.setTraceHint(setSize)
if waveBuffer is not None:
currentTrace.setTraceBuffer(waveBuffer)
else:
currentTrace = None
prefix = datetime.now().strftime('%Y.%m.%d-%H.%M.%S')
for aux in self._auxList:
if aux:
aux.setPrefix(prefix)
ac = AcquisitionController(self.getScope(), self.getTarget(),
currentTrace, self._auxList,
self.getAcqPattern())
ac.setMaxtraces(setSize)
ac.sigNewTextResponse.connect(self.sigNewTextResponse.emit)
ac.sigTraceDone.connect(self.sigTraceDone.emit)
__pb = lambda: progressBar.updateStatus(
i * setSize + ac.currentTrace + 1, (i, ac.currentTrace))
ac.sigTraceDone.connect(__pb)
self.sigCampaignStart.emit(prefix)
ac.doReadings(tracesDestination=self.project().traceManager(),
progressBar=progressBar)
if currentTrace is not None:
self.project().saveAllSettings(
os.path.dirname(currentTrace.config.configFilename()) +
"/%s_settings.cwset" % prefix,
onlyVisibles=True)
waveBuffer = currentTrace.traces # Re-use the wave buffer to avoid memory reallocation
self.sigCampaignDone.emit()
tcnt += setSize
if progressBar.wasAborted():
break
if currentTrace is not None:
currentTrace.unloadAllTraces(
) # Required in order to make the GC work properly :(
self._traceFormat.unloadAllTraces()
return True