def build_tree(self, filepath):
freqs = kdprims.calc_char_freqs(filepath)
pq = btl.init_queue(freqs)
while len(pq) > 1:
n1 = pq.pop()
n2 = pq.pop()
pq.insert(btl.Node(n1, n2))
self.tree = pq[0]
def build_tree(self, freqs):
pq = btl.init_queue(freqs)
while len(pq) > 1:
n1 = pq.pop()
n2 = pq.pop()
pq.insert(btl.Node(n1, n2))
self.tree = pq[0]
def build_tree(self, filepath):
freqs = kdprims.calc_char_freqs(filepath)
pq = btl.init_queue(freqs)
while len(pq) > 1:
n1 = pq.pop()
n2 = pq.pop()
pq.insert(btl.Node(n1,n2))
self.tree = pq[0]
def decode(self, encoded_msg):
return btl.huffman_decode(encoded_msg, self.tree)
def encode(self, message):
return btl.huffman_encode(message, self.tree)
def decode(self, m):
return btl.huffman_decode(self.encoded, self.tree)
def encode(self, message):
self.encoded = btl.huffman_encode(message, self.tree)
return self.encoded.__repr__()
def decode(self, encoded): return btl.huffman_decode(encoded, self.tree)
def encode(self, msg): return btl.huffman_encode(msg, self.tree)
def encode(self, message):
self.encoded = btl.huffman_encode(message, self.tree)
return self.encoded.__repr__()
def decode(self, message):
return btl.huffman_decode(message, self.tree)
