def nodeDataConsistentWithRawMorse(self, data):
translatedData = encodeMorse(data, is_compact=True)
# 0 is the first index position; ie, find our translation
# string is in the raw morse and it matches at position zero
if self.raw_morse.find(translatedData) == 0:
return True
return False
def nodeDataConsistentWithRawMorse(self, data):
translatedData = encodeMorse(data, is_compact=True)
# 0 is the first index position; ie, find our translation
# string is in the raw morse and it matches at position zero
if self.raw_morse.find(translatedData) == 0:
return True
return False
def getPossibleNextChars(self, string_so_far):
# mHash is the hash of alpha to morse
mHash = getHash()
morse_so_far = encodeMorse(string_so_far, is_compact=True)
return_list = []
# get the string portion from current index on to end of string
inspect_string = self.raw_morse[len(morse_so_far):]
for alpha in mHash:
# if this morse letter is at the beginning of the string...
if inspect_string.find(mHash[alpha]) == 0:
return_list.append(alpha)
return return_list
def getPossibleNextChars(self, string_so_far):
# mHash is the hash of alpha to morse
mHash = getHash()
morse_so_far = encodeMorse(string_so_far, is_compact=True)
return_list = []
# get the string portion from current index on to end of string
inspect_string = self.raw_morse[len(morse_so_far):]
for alpha in mHash:
# if this morse letter is at the beginning of the string...
if inspect_string.find(mHash[alpha]) == 0:
return_list.append(alpha)
return return_list
def nodeDataMatchesRawMorse(self, data):
encoded_morse = encodeMorse(data, is_compact=True)
if encoded_morse == self.raw_morse:
return True
return False
def nodeDataMatchesRawMorse(self, data):
encoded_morse = encodeMorse(data, is_compact=True)
if encoded_morse == self.raw_morse:
return True
return False
