def _startFileRecovery(self):
location_img = tools.determineAbsPath( os.path.join(FESettings.getSettings().getValue("ig_output_dir"), FESettings.getSettings().getValue("ig_output_filename")))
if self._page1.if_dir.GetValue() == "Working Directory":
location_dest = tools.determineAbsPath("./")
else:
location_dest = tools.determineAbsPath(self._page1.if_dir.GetValue())
self.settings = ExecutionSettings(sourceFiles = [location_img],
signatures = signatures.getCopyOfAllSignauteres(),
output_frequency = 2300, output_level = 0,
dest_folder = location_dest)
self.status = ExecutionStatus(self.settings)
self.startTime = time.time()
if FileExtractorCore.init(self.status) < 0:
print "Error on initialisation"
thread.start_new_thread(self._startRecoveryInThred,(self.status,))
self._mytimer = wx.Timer(self, _TIMER_ID1)
self._mytimer.Start(1000, 0)
wx.EVT_TIMER(self, _TIMER_ID1, self._updateValuesRecovery)
def startCLI(argv):
"""
Starts the CLI application
An L{ExecutionSettings} object is intialised and passed to the method L{handleArguments}, which
assigns the appropriate values. Afterwards, the FileExtractor core is initialised and
started with the given source file.
@param argv: List of arguments processed by the application (CL arguments)
"""
ret, status = handleArguments(argv)
if ret==0:
sys.exit()
if ret == 1:
signatures.printSignatures(status.settings.getActiveSignatures())
sys.exit()
if FileExtractorCore.init(status) < 0:
sys.exit()
printHeader(status)
signs, counter = FileExtractorCore.startSearch(status)
printResults(signs, counter, status.getRunTimeForNumber(0))
