def test_calculate3_004(self):
data = NumberMask(0x1000, 16)
crcSize = 16
inputPoly = NumberMask(0x10001, crcSize)
regInit = 0x0
xorOut = 0x0
reverse = False
crcProc = HwCRC()
crcProc.setReversed(reverse)
crcProc.setXorOutValue(xorOut)
crcProc.setInitCRC(regInit, crcSize)
crc = crcProc.calculate3(data, inputPoly)
# print "values: {} poly:{:X} init:{:X} xorOut:{:08b} rev:{} crc:{:08b} crcmod:{:08b} crcxor:{:08b}".format( data, inputPoly, regInit, xorOut, reverse, crc, crcLib, crc^crcLib )
self.assertEqual(crc, 0x1000)
def test_calculate3_c16_d80(self):
data = NumberMask(0x8E843664A9CB222CE7EC, 80)
crcSize = 16
inputPoly = NumberMask(0x1ABCD, crcSize)
regInit = 0x0
xorOut = 0x0
reverse = False
# masterPoly = inputPoly.masterData()
# crc_func = crcmod.mkCrcFun(masterPoly, rev=reverse, initCrc=regInit, xorOut=xorOut)
# crcLib = crc_func( data.toASCII() )
# # print "crc: {:X}".format( crcLib )
crcProc = HwCRC()
crcProc.setReversed(reverse)
crcProc.setXorOutValue(xorOut)
crcProc.setInitCRC(regInit, crcSize)
crc = crcProc.calculate3(data, inputPoly)
# print "values: {} poly:{:X} init:{:X} xorOut:{:08b} rev:{} crc:{:08b} crcmod:{:08b} crcxor:{:08b}".format( data, inputPoly, regInit, xorOut, reverse, crc, crcLib, crc^crcLib )
# self.assertEqual( crc, crcLib )
self.assertEqual(crc, 0xD36F)