def print_as_hex(block_codepoints):
line = ""
for block in block_codepoints:
byte_no = bits2codepoint(block)
character = chr(byte_no)
line += hex(byte_no)
print line
def print_block_table(block_codepoints):
for block in block_codepoints:
byte_no = bits2codepoint(block)
character = chr(byte_no)
print "%s %4s %3s %s" % (
list2str(block), hex(byte_no), byte_no, repr(character)
)
def print_as_hex(block_codepoints):
line = ""
for block in block_codepoints:
byte_no = bits2codepoint(block)
character = chr(byte_no)
line += hex(byte_no)
print line
def write_codepoint(self, codepoints):
written_codepoints = []
bits = []
for bit in codepoints2bitstream(codepoints):
bits.append(bit)
if len(bits) == 8:
written_codepoints.append(bits2codepoint(bits))
bits = []
if bit == 0:
# wavefile.writeframes(self.bit_nul_samples)
self.wavefile.writeframes(self.bit_nul_samples)
elif bit == 1:
# wavefile.writeframes(self.bit_one_samples)
self.wavefile.writeframes(self.bit_one_samples)
else:
raise TypeError
log.debug("Written at %s: %s" % (
self.pformat_pos(), ",".join([hex(x) for x in written_codepoints])
))
def print_block_table(block_codepoints):
for block in block_codepoints:
byte_no = bits2codepoint(block)
character = chr(byte_no)
print "%s %4s %3s %s" % (list2str(block), hex(byte_no), byte_no,
repr(character))