def test_003_blockify_uint32(self):
# Note that this test relies on bit extraction
# make random bytes
src = numpy.random.bytes(1000)
# for different block lengths
for block_size in xrange(1,26):
# blockify the string
blocks = rf.vectorui()
rf.Utils.BlockifyUint32(src, block_size * 300, block_size, blocks)
# check output
for i in xrange(300):
# get the block's bits from the string
blockBits = rf.Utils.returnStringBits(src,
i * block_size,
block_size)
# convert into a uint32
blockVal = 0
for j, ch in enumerate(blockBits):
blockVal += ord(ch) << (8 * j)
self.assertEqual(blockVal, blocks[i],
"block_size %d; block %d doesn't match: expected %d got %d" % (block_size, i, blockVal, blocks[i]))
def test_003_blockify_uint32(self):
# Note that this test relies on bit extraction
# make random bytes
src = numpy.random.bytes(1000)
# for different block lengths
for block_size in xrange(1, 26):
# blockify the string
blocks = rf.vectorui()
rf.Utils.BlockifyUint32(src, block_size * 300, block_size, blocks)
# check output
for i in xrange(300):
# get the block's bits from the string
blockBits = rf.Utils.returnStringBits(src, i * block_size,
block_size)
# convert into a uint32
blockVal = 0
for j, ch in enumerate(blockBits):
blockVal += ord(ch) << (8 * j)
self.assertEqual(
blockVal, blocks[i],
"block_size %d; block %d doesn't match: expected %d got %d"
% (block_size, i, blockVal, blocks[i]))
def make_encoder(codeSpec, packetLength):
if codeSpec['type'] != 'multiplexed':
return None
numEncoders = codeSpec['numEncoders']
subPacketLength = packetLength / numEncoders
encoders = [EncoderFactory._make(codeSpec['spec'], subPacketLength)[0] for i in xrange(numEncoders)]
encodersVec = wireless.codes.vector_encoder()
for e in encoders:
encodersVec.push_back(e)
lengthsVec = wireless.vectorui([subPacketLength] * numEncoders)
encoder = wireless.codes.EncoderMultiplexer(encodersVec, lengthsVec)
return encoder, wireless.vectorus
def make_encoder(codeSpec, packetLength):
if codeSpec['type'] != 'multiplexed':
return None
numEncoders = codeSpec['numEncoders']
subPacketLength = packetLength / numEncoders
encoders = [EncoderFactory._make(codeSpec['spec'], subPacketLength)[0] for i in xrange(numEncoders)]
encodersVec = wireless.codes.vector_encoder()
for e in encoders:
encodersVec.push_back(e)
lengthsVec = wireless.vectorui([subPacketLength] * numEncoders)
encoder = wireless.codes.EncoderMultiplexer(encodersVec, lengthsVec)
return encoder, wireless.vectorus
