def loadExtraModules(self):
self.serialTerminal = SerialTerminalDialog(self, self.api)
self.glitchMonitor = GlitchExplorerDialog(self)
def loadExtraModules(self):
self.serialTerminal = SerialTerminalDialog(self, self.api)
self.glitch_explorer = GlitchExplorerDialog(self)
class CWCaptureGUI(CWMainGUI):
def __init__(self, api):
super(CWCaptureGUI, self).__init__(api, name=("ChipWhisperer" + u"\u2122" + " Capture " + CWCoreAPI.__version__), icon="cwiconC")
self.addExampleScripts(pluginmanager.getPluginsInDictFromPackage("chipwhisperer.capture.scripts", False, False, self))
# Observers (callback methods)
self.api.sigNewInputData.connect(self.newTargetData)
self.api.sigConnectStatus.connect(self.connectStatusChanged)
self.api.sigTraceDone.connect(self.glitchMonitor.traceDone)
self.api.sigCampaignStart.connect(self.glitchMonitor.campaignStart)
self.api.sigCampaignDone.connect(self.glitchMonitor.campaignDone)
def loadExtraModules(self):
self.serialTerminal = SerialTerminalDialog(self, self.api)
self.glitchMonitor = GlitchExplorerDialog(self)
def addSettingsDocks(self):
self.settingsGeneralDock = self.addSettings(self.api.params)
self.settingsResultsDock = self.addSettings(ResultsBase.getClassParameter())
self.settingsScopeDock = self.addSettings(self.api.scopeParam)
self.settingsTargetDock = self.addSettings(self.api.targetParam)
# self.settingsTraceDock = self.addSettings(self.api.traceParam)
self.settingsAuxDock = self.addSettings(self.api.auxParam)
# Load all ActiveTraceObservers
self.windowMenu.addSeparator()
for k, v in ResultsBase.getClasses().iteritems():
if issubclass(v, ActiveTraceObserver):
ResultsBase.createNew(k)
self.tabifyDocks([self.settingsGeneralDock, self.settingsResultsDock, self.settingsScopeDock, self.settingsTargetDock,
# self.settingsTraceDock,
self.settingsAuxDock])
def connectStatusChanged(self):
"""Callback when scope/target status change"""
if self.api.getScope() and self.api.getScope().getStatus():
self.scopeStatus.setDefaultAction(self.scopeStatusActionCon)
else:
self.scopeStatus.setDefaultAction(self.scopeStatusActionDis)
if self.api.getTarget() and self.api.getTarget().getStatus():
self.targetStatus.setDefaultAction(self.targetStatusActionCon)
else:
self.targetStatus.setDefaultAction(self.targetStatusActionDis)
if self.api.getScope() and self.api.getTarget() and \
(self.scopeStatus.defaultAction() == self.scopeStatusActionCon or
self.targetStatus.defaultAction() == self.targetStatusActionCon):
self.captureStatus.setDefaultAction(self.captureStatusActionCon)
else:
self.captureStatus.setDefaultAction(self.captureStatusActionDis)
def newTargetData(self, data):
self.glitchMonitor.addResponse(data)
def addToolMenuItems(self):
self.terminalAct = QAction('Terminal', self, statusTip='Open Simple Serial Terminal',
triggered=self.serialTerminal.show)
self.toolMenu.addAction(self.terminalAct)
self.glitchMonitorAct = QAction('Glitch Monitor', self, statusTip='Open Glitch Monitor Table',
triggered=self.glitchMonitor.show)
self.toolMenu.addAction(self.glitchMonitorAct)
self.encryptionStatusMonitor = EncryptionStatusMonitor(self)
self.api.sigNewTextResponse.connect(self.encryptionStatusMonitor.newData)
self.encryptionStatusMonitorAct = QAction('Encryption Status Monitor', self, statusTip='Encryption Status Monitor',
triggered=self.encryptionStatusMonitor.show)
self.toolMenu.addAction(self.encryptionStatusMonitorAct)
def addToolbarItems(self, toolbar):
# Capture
self.capture1Act = QAction(QIcon(':/images/play1.png'), 'Capture 1', self, triggered=lambda: self.doCapture(self.api.capture1))
self.captureMAct = QAction(QIcon(':/images/playM.png'), 'Capture M', self, triggered=lambda: self.doCapture(self.captureM))
self.stopCaptureMAct = QAction(QIcon(':/images/stopM.png'), 'Stop Capture', self, triggered=lambda: self.capturingProgressBar.abort(), enabled=False)
# Master
self.captureStatus = QToolButton()
self.captureStatusActionDis = QAction(QIcon(':/images/status_disconnected.png'), 'Master: Disconnected', self, triggered=self.doConDis)
self.captureStatusActionCon = QAction(QIcon(':/images/status_connected.png'), 'Master: Connected', self, triggered=self.doConDis)
self.captureStatus.setDefaultAction(self.captureStatusActionDis)
# Scope
self.scopeStatus = QToolButton()
self.scopeStatusActionDis = QAction(QIcon(':/images/status_disconnected.png'), 'Scope: Disconnected', self, triggered=self.doConDisScope)
self.scopeStatusActionCon = QAction(QIcon(':/images/status_connected.png'), 'Scope: Connected', self, triggered=self.doConDisScope)
self.scopeStatus.setDefaultAction(self.scopeStatusActionDis)
# Target
self.targetStatus = QToolButton()
self.targetStatusActionDis = QAction(QIcon(':/images/status_disconnected.png'), 'Target: Disconnected', self, triggered=self.doConDisTarget)
self.targetStatusActionCon = QAction(QIcon(':/images/status_connected.png'), 'Target: Connected', self, triggered=self.doConDisTarget)
self.targetStatus.setDefaultAction(self.targetStatusActionDis)
toolbar.addAction(self.capture1Act)
toolbar.addAction(self.captureMAct)
toolbar.addAction(self.stopCaptureMAct)
toolbar.addSeparator()
toolbar.addWidget(QLabel('Master:'))
toolbar.addWidget(self.captureStatus)
toolbar.addWidget(QLabel('Scope:'))
toolbar.addWidget(self.scopeStatus)
toolbar.addWidget(QLabel('Target:'))
toolbar.addWidget(self.targetStatus)
toolbar.addSeparator()
toolbar.addAction(QAction(QIcon(':/images/validate.png'), 'Validate', self, triggered=self.validateSettings))
def doConDisScope(self):
if self.scopeStatus.defaultAction() == self.scopeStatusActionDis:
if self.api.connectScope():
logging.info("Scope Connected")
else:
self.api.disconnectScope()
logging.info("Scope Disconnected")
def doConDisTarget(self):
if self.targetStatus.defaultAction() == self.targetStatusActionDis:
if self.api.connectTarget():
logging.info("Target Connected")
else:
self.api.disconnectTarget()
logging.info("Target Disconnected")
def doConDis(self):
"""Toggle connect button pushed (master): attempts both target & scope connection"""
if self.captureStatus.defaultAction() == self.captureStatusActionDis:
if self.api.connect():
logging.info("Target and Scope Connected")
else:
if self.api.disconnect():
logging.info("Target and Scope Disconnected")
def validateSettings(self, warnOnly=False):
# Validate settings from all modules before starting multi-api
vw = ValidationDialog(onlyOkButton=not warnOnly)
ret = []
try:
ret.extend(self.api.getTarget().validateSettings())
except AttributeError:
ret.append(("info", "Target Module", "Target has no validateSettings()", "Internal Error", "73b08424-3865-4274-8fd7-dd213ede2c46"))
except Exception as e:
ret.append(("warn", "General Settings", e.message, "Specify Target Module", "2351e3b0-e5fe-11e3-ac10-0800200c9a66"))
try:
ret.extend(self.api.getScope().validateSettings())
except AttributeError:
ret.append(("info", "Scope Module", "Scope has no validateSettings()", "Internal Error", "d19be31d-ad1a-4533-80dc-9423dfa92753"))
except Exception as e:
ret.append(("warn", "General Settings", e.message, "Specify Scope Module", "325de1cf-0d47-4ed8-8e9f-77d8f9cf2d5f"))
try:
ret.extend(self.api.getTraceClass()().validateSettings())
except AttributeError:
ret.append(("info", "Writer Module", "Writer has no validateSettings()", "Internal Error", "d7b3a9a1-83f0-4b4d-92b9-3d7dcf6304ae"))
except Exception as e:
ret.append(("warn", "General Settings", e.message, "Specify Trace Writer Module", "57a3924d-3794-4ca6-9693-46a7b5243727"))
tracesPerRun = self.api.tracesPerSet()
if tracesPerRun > 10E3:
ret.append(("warn", "General Settings", "Very Long Capture (%d traces)" % tracesPerRun, "Set 'Capture Segments' to '%d'" % (self.numTraces / 10E3), "1432bf95-9026-4d8c-b15d-9e49147840eb"))
for i in ret:
vw.addMessage(*i)
if self.api.project().isUntitled():
vw.addMessage("info", "File Menu", "Project not saved, using default-data-dir", "Save project file before capture.", "8c9101ff-7553-4686-875d-b6a8a3b1d2ce")
if vw.numWarnings() > 0 or warnOnly is False:
return vw.exec_()
else:
return True
def doCapture(self, callback):
self.clearFocus()
try:
self.capture1Act.setEnabled(False)
self.captureMAct.setEnabled(False)
util.updateUI() # Hide the buttons right away
if callback():
logging.info("Capture completed.")
finally:
self.capture1Act.setEnabled(True)
self.captureMAct.setEnabled(True)
self.capture1Act.setChecked(False)
self.captureMAct.setChecked(False)
def captureM(self):
try:
self.stopCaptureMAct.setEnabled(True)
self.capturingProgressBar = ProgressBar("Capture in Progress", "Capturing:")
ret = self.api.captureM(self.capturingProgressBar)
finally:
self.stopCaptureMAct.setEnabled(False)
return ret
class CWCaptureGUI(CWMainGUI):
def __init__(self, api):
super(CWCaptureGUI,
self).__init__(api,
name=("ChipWhisperer" + u"\u2122" + " Capture " +
CWCoreAPI.__version__),
icon="cwiconC")
# TODO: replace scripts with an info box about the new script system
#self.addExampleScripts(pluginmanager.getPluginsInDictFromPackage("chipwhisperer.capture.scripts", False, False, self))
# Observers (callback methods)
self.api.sigNewInputData.connect(self.newTargetData)
self.api.sigConnectStatus.connect(self.connectStatusChanged)
self.api.sigTraceDone.connect(self.glitch_explorer.traceDone)
self.api.sigCampaignStart.connect(self.glitch_explorer.campaignStart)
self.api.sigCampaignDone.connect(self.glitch_explorer.campaignDone)
def loadExtraModules(self):
self.serialTerminal = SerialTerminalDialog(self, self.api)
self.glitch_explorer = GlitchExplorerDialog(self)
def addSettingsDocks(self):
self.settingsGeneralDock = self.addSettings(self.api.params)
self.settingsResultsDock = self.addSettings(
ResultsBase.getClassParameter())
self.settingsScopeDock = self.addSettings(self.api.scopeParam)
self.settingsTargetDock = self.addSettings(self.api.targetParam)
# self.settingsTraceDock = self.addSettings(self.api.traceParam)
self.settingsAuxDock = self.addSettings(self.api.auxParam)
# Load all ActiveTraceObservers
self.windowMenu.addSeparator()
for k, v in ResultsBase.getClasses().iteritems():
if issubclass(v, ActiveTraceObserver):
ResultsBase.createNew(k)
self.tabifyDocks([
self.settingsGeneralDock,
self.settingsResultsDock,
self.settingsScopeDock,
self.settingsTargetDock,
# self.settingsTraceDock,
self.settingsAuxDock
])
def connectStatusChanged(self):
"""Callback when scope/target status change"""
if self.api.getScope() and self.api.getScope().getStatus():
self.scopeStatus.setDefaultAction(self.scopeStatusActionCon)
else:
self.scopeStatus.setDefaultAction(self.scopeStatusActionDis)
if self.api.getTarget() and self.api.getTarget().getStatus():
self.targetStatus.setDefaultAction(self.targetStatusActionCon)
else:
self.targetStatus.setDefaultAction(self.targetStatusActionDis)
if self.api.getScope() and self.api.getTarget() and \
(self.scopeStatus.defaultAction() == self.scopeStatusActionCon or
self.targetStatus.defaultAction() == self.targetStatusActionCon):
self.captureStatus.setDefaultAction(self.captureStatusActionCon)
else:
self.captureStatus.setDefaultAction(self.captureStatusActionDis)
def newTargetData(self, data):
self.glitch_explorer.addResponse(data)
def addToolMenuItems(self):
self.terminalAct = QAction('Terminal',
self,
statusTip='Open Simple Serial Terminal',
triggered=self.serialTerminal.show)
self.toolMenu.addAction(self.terminalAct)
self.glitchExplorerAct = QAction(
'Glitch Explorer',
self,
statusTip='Open Glitch Explorer Table',
triggered=self.glitch_explorer.show)
self.toolMenu.addAction(self.glitchExplorerAct)
self.encryptionStatusMonitor = EncryptionStatusMonitor(self)
self.api.sigNewTextResponse.connect(
self.encryptionStatusMonitor.newData)
self.encryptionStatusMonitorAct = QAction(
'Encryption Status Monitor',
self,
statusTip='Encryption Status Monitor',
triggered=self.encryptionStatusMonitor.show)
self.toolMenu.addAction(self.encryptionStatusMonitorAct)
def addToolbarItems(self, toolbar):
# Capture
self.capture1Act = QAction(
QIcon(':/images/play1.png'),
'Capture 1',
self,
triggered=lambda: self.doCapture(self.api.capture1))
self.captureMAct = QAction(
QIcon(':/images/playM.png'),
'Capture M',
self,
triggered=lambda: self.doCapture(self.captureM))
self.stopCaptureMAct = QAction(
QIcon(':/images/stopM.png'),
'Stop Capture',
self,
triggered=lambda: self.capturingProgressBar.abort(),
enabled=False)
# Master
self.captureStatus = QToolButton()
self.captureStatus.setToolButtonStyle(Qt.ToolButtonTextUnderIcon)
self.captureStatusActionDis = QAction(
QIcon(':/images/status_disconnected.png'),
'Master: DIS',
self,
triggered=self.doConDis)
self.captureStatusActionCon = QAction(
QIcon(':/images/status_connected.png'),
'Master: CON',
self,
triggered=self.doConDis)
self.captureStatus.setDefaultAction(self.captureStatusActionDis)
# Scope
self.scopeStatus = QToolButton()
self.scopeStatus.setToolButtonStyle(Qt.ToolButtonTextUnderIcon)
self.scopeStatusActionDis = QAction(
QIcon(':/images/status_disconnected.png'),
'Scope: DIS',
self,
triggered=self.doConDisScope)
self.scopeStatusActionCon = QAction(
QIcon(':/images/status_connected.png'),
'Scope: CON',
self,
triggered=self.doConDisScope)
self.scopeStatus.setDefaultAction(self.scopeStatusActionDis)
# Target
self.targetStatus = QToolButton()
self.targetStatus.setToolButtonStyle(Qt.ToolButtonTextUnderIcon)
self.targetStatusActionDis = QAction(
QIcon(':/images/status_disconnected.png'),
'Target: DIS',
self,
triggered=self.doConDisTarget)
self.targetStatusActionCon = QAction(
QIcon(':/images/status_connected.png'),
'Target: CON',
self,
triggered=self.doConDisTarget)
self.targetStatus.setDefaultAction(self.targetStatusActionDis)
toolbar.addAction(self.capture1Act)
toolbar.addAction(self.captureMAct)
toolbar.addAction(self.stopCaptureMAct)
toolbar.addSeparator()
toolbar.addWidget(self.captureStatus)
toolbar.addWidget(self.scopeStatus)
toolbar.addWidget(self.targetStatus)
toolbar.addSeparator()
toolbar.addAction(
QAction(QIcon(':/images/validate.png'),
'Validate',
self,
triggered=self.validateSettings))
def doConDisScope(self):
if self.scopeStatus.defaultAction() == self.scopeStatusActionDis:
if self.api.connectScope():
logging.info("Scope Connected")
else:
self.api.disconnectScope()
logging.info("Scope Disconnected")
def doConDisTarget(self):
if self.targetStatus.defaultAction() == self.targetStatusActionDis:
if self.api.connectTarget():
logging.info("Target Connected")
else:
self.api.disconnectTarget()
logging.info("Target Disconnected")
def doConDis(self):
"""Toggle connect button pushed (master): attempts both target & scope connection"""
if self.captureStatus.defaultAction() == self.captureStatusActionDis:
if self.api.connect():
logging.info("Target and Scope Connected")
else:
if self.api.disconnect():
logging.info("Target and Scope Disconnected")
def validateSettings(self, warnOnly=False):
# Validate settings from all modules before starting multi-api
vw = ValidationDialog(onlyOkButton=not warnOnly)
ret = []
try:
ret.extend(self.api.getTarget().validateSettings())
except AttributeError:
ret.append(
("info", "Target Module", "Target has no validateSettings()",
"Internal Error", "73b08424-3865-4274-8fd7-dd213ede2c46"))
except Exception as e:
ret.append(("warn", "General Settings", e.message,
"Specify Target Module",
"2351e3b0-e5fe-11e3-ac10-0800200c9a66"))
try:
ret.extend(self.api.getScope().validateSettings())
except AttributeError:
ret.append(
("info", "Scope Module", "Scope has no validateSettings()",
"Internal Error", "d19be31d-ad1a-4533-80dc-9423dfa92753"))
except Exception as e:
ret.append(
("warn", "General Settings", e.message, "Specify Scope Module",
"325de1cf-0d47-4ed8-8e9f-77d8f9cf2d5f"))
try:
ret.extend(self.api.getTraceClass()().validateSettings())
except AttributeError:
ret.append(
("info", "Writer Module", "Writer has no validateSettings()",
"Internal Error", "d7b3a9a1-83f0-4b4d-92b9-3d7dcf6304ae"))
except Exception as e:
ret.append(("warn", "General Settings", e.message,
"Specify Trace Writer Module",
"57a3924d-3794-4ca6-9693-46a7b5243727"))
tracesPerRun = self.api.tracesPerSet()
if tracesPerRun > 10E3:
ret.append(
("warn", "General Settings",
"Very Long Capture (%d traces)" % tracesPerRun,
"Set 'Capture Segments' to '%d'" % (self.numTraces / 10E3),
"1432bf95-9026-4d8c-b15d-9e49147840eb"))
for i in ret:
vw.addMessage(*i)
if self.api.project().isUntitled():
vw.addMessage("info", "File Menu",
"Project not saved, using default-data-dir",
"Save project file before capture.",
"8c9101ff-7553-4686-875d-b6a8a3b1d2ce")
if vw.numWarnings() > 0 or warnOnly is False:
return vw.exec_()
else:
return True
def doCapture(self, callback):
self.clearFocus()
try:
self.capture1Act.setEnabled(False)
self.captureMAct.setEnabled(False)
util.updateUI() # Hide the buttons right away
if callback():
logging.info("Capture completed.")
finally:
self.capture1Act.setEnabled(True)
self.captureMAct.setEnabled(True)
self.capture1Act.setChecked(False)
self.captureMAct.setChecked(False)
def captureM(self):
try:
self.stopCaptureMAct.setEnabled(True)
self.capturingProgressBar = ProgressBar("Capture in Progress",
"Capturing:")
ret = self.api.captureM(self.capturingProgressBar, self.scope,
self.target, self.project, self.aux_list,
self.ktp, self.api.getNumTraces())
finally:
self.stopCaptureMAct.setEnabled(False)
return ret
# Helpful properties for the Python console
@property
def scope(self):
return self.api.getScope()
@scope.setter
def scope(self, new_scope):
self.api.setScope(new_scope, addToList=True)
@property
def target(self):
return self.api.getTarget()
@target.setter
def target(self, new_target):
self.api.setTarget(new_target, addToList=True)
@property
def aux_list(self):
return self.api.getAuxList()
@aux_list.setter
def aux_list(self, new_list):
self.api.setAuxList(new_list)
@property
def project(self):
return self.api.project()
@project.setter
def project(self, new_project):
self.api.setProject(new_project)
@property
def ktp(self):
return self.api.getAcqPattern()
@ktp.setter
def ktp(self, new_ktp):
self.api.setAcqPattern(new_ktp, addToList=True)