def get_otp_modehex_interpretation(self, otp):
# We only use the first interpretation, because
# if the OTP uses all 16 characters in its alphabet
# there is only one possible interpretation of that otp
try:
otp_translated = modhex.translate(unicode(otp)).pop()
except Exception:
otp_translated = otp
return otp_translated
def get_otp_modehex_interpretation(self, otp): # We only use the first interpretation, because # if the OTP uses all 16 characters in its alphabet # there is only one possible interpretation of that otp try: otp_translated = modhex.translate(unicode(otp)).pop() except Exception: otp_translated = otp return otp_translated
def get_otp_modehex_interpretation(self, otp):
# We only use the first interpretation, because
# if the OTP uses all 16 characters in its alphabet
# there is only one possible interpretation of that otp
try:
interpretations = modhex.translate(unicode(otp))
except Exception:
return otp
if len(interpretations) == 0:
return otp
elif len(interpretations) > 1:
# If there are multiple interpretations first try to use the same
# translation as the input OTP. If the one is not found, use the
# random interpretation.
if unicode(otp) in interpretations:
return otp
return interpretations.pop()