def encode(codes, data_to_encode):
"""encode data according to its codes"""
import kbp._bits as _bits
comp = _bits.compress(1)
for char in data_to_encode:
comp.write_bitstring(codes[char])
result = comp.getdata()
return result
def encode(codes, data_to_encode):
"""encode data according to its codes"""
import kbp._bits as _bits
comp = _bits.compress(1)
for char in data_to_encode:
comp.write_bitstring(codes[char])
result = comp.getdata()
return result
#
#Kabopan - Readable Algorithms. Public Domain, 2007-2009
from kbp._bits import bits, reverse, compress, decompress
assert "".join(str(int(i)) for i in bits("AE")) == "01000001" + "01000101"
assert "".join(
str(int(i))
for i in bits("AE", bit7_first=False)) == "10000010" + "10100010"
assert reverse(10341313, 32) == 2211690752
assert reverse(reverse(10341313, 32), 32) == 10341313
c = compress(1)
c.write_bit(1)
assert c.getdata() == "\x80"
c = compress(2)
c.write_bit(1)
assert c.getdata() == "\x00\x80"
c = compress(2)
c.write_variablenumber(109)
assert c.getdata() == "`\xdf"
c = compress(2)
c.write_fixednumber(109, 9)
assert c.getdata() == '\x806'
#c = compress(2);c.write_bit(1);c.write_fixednumber(15, 5);c.write_variablenumber(2049);
#test = c.getdata()
#
#Kabopan - Readable Algorithms. Public Domain, 2007-2009
from kbp._bits import bits, reverse, compress, decompress
assert "".join(str(int(i)) for i in bits("AE")) == "01000001" + "01000101"
assert "".join(str(int(i)) for i in bits("AE", bit7_first=False)) == "10000010" + "10100010"
assert reverse(10341313, 32) == 2211690752
assert reverse(reverse(10341313, 32), 32) == 10341313
c = compress(1)
c.write_bit(1)
assert c.getdata() == "\x80"
c = compress(2)
c.write_bit(1)
assert c.getdata() == "\x00\x80"
c = compress(2)
c.write_variablenumber(109)
assert c.getdata() == "`\xdf"
c = compress(2)
c.write_fixednumber(109, 9)
assert c.getdata() == '\x806'
#c = compress(2);c.write_bit(1);c.write_fixednumber(15, 5);c.write_variablenumber(2049);
#test = c.getdata()
test = 'U\xbd`U'
d = decompress(test, 2)