def execAnd_sr64(binary):
inst = 'AND '
rdKey = utilFunc.getRegKeyByStringKey(binary[27:32])
rnKey = utilFunc.getRegKeyByStringKey(binary[22:27])
rmKey = utilFunc.getRegKeyByStringKey(binary[11:16])
inst += 'x' + str(rdKey) + ', x' + str(rnKey) + ', x' + str(rmKey) + ', '
rnValue = utilFunc.getRegValueByStringkey(binary[22:27], '0')
immKey = binary[16:22]
immvalue = int(immKey, 2) # amount
rmValue = utilFunc.getRegValueByStringkey(binary[11:16], '0')
shifttype = binary[8:10]
temp = ''
if shifttype == "00":
temp = utilFunc.lsl(rmValue[0:64], immvalue)
inst += 'LSL'
elif shifttype == "01":
temp = utilFunc.lsr(rmValue[0:64], immvalue)
inst += 'LSR'
elif shifttype == "10":
temp = utilFunc.asr(rmValue[0:64], immvalue)
inst += 'ASR'
else:
temp = utilFunc.ror(rmValue[0:64], immvalue)
inst += 'ROR'
inst += ' #' + str(immvalue)
to_store = utilFunc.logical_and(temp, rnValue[0:64]).zfill(const.REG_SIZE)
utilFunc.finalize(rdKey, to_store, inst, '0')
def execAnd_sr64(binary):
inst = 'AND '
rdKey = utilFunc.getRegKeyByStringKey(binary[27:32])
rnKey = utilFunc.getRegKeyByStringKey(binary[22:27])
rmKey = utilFunc.getRegKeyByStringKey(binary[11:16])
inst += 'x' + str(rdKey) + ', x' + str(rnKey) + ', x' + str(rmKey) + ', '
rnValue = utilFunc.getRegValueByStringkey(binary[22:27], '0')
immKey = binary[16:22]
immvalue = int(immKey, 2) # amount
rmValue = utilFunc.getRegValueByStringkey(binary[11:16], '0')
shifttype = binary[8:10]
temp = ''
if shifttype == "00":
temp = utilFunc.lsl(rmValue[0:64], immvalue)
inst += 'LSL'
elif shifttype == "01":
temp = utilFunc.lsr(rmValue[0:64], immvalue)
inst += 'LSR'
elif shifttype == "10":
temp = utilFunc.asr(rmValue[0:64], immvalue)
inst += 'ASR'
else:
temp = utilFunc.ror(rmValue[0:64], immvalue)
inst += 'ROR'
inst += ' #' + str(immvalue)
to_store = utilFunc.logical_and(temp, rnValue[0:64]).zfill(const.REG_SIZE)
utilFunc.finalize(rdKey, to_store, inst, '0')
def op_i(binary, N):
inst = 'AND '
rdKey = utilFunc.getRegKeyByStringKey(binary[27:32])
rnKey = utilFunc.getRegKeyByStringKey(binary[22:27])
rnValue = utilFunc.getRegValueByStringkey(binary[22:27], '0')
if (N == 32):
r = 'w'
rnValue = rnValue[32:64]
else:
r = 'x'
inst += r + str(rdKey) + ', ' + r + str(rnKey)
immr = binary[10:16]
imms = binary[16:22]
immN = binary[9]
imm, temp = utilFunc.decodeBitMasks(immN, imms, immr, N)
inst += ', #' + str(int(imm, 2))
result = utilFunc.logical_and(rnValue, imm).zfill(const.REG_SIZE)
utilFunc.finalize(rdKey, result, inst, '1')
def op_i(binary, N):
inst = 'AND '
rdKey = utilFunc.getRegKeyByStringKey(binary[27:32])
rnKey = utilFunc.getRegKeyByStringKey(binary[22:27])
rnValue = utilFunc.getRegValueByStringkey(binary[22:27], '0')
if(N == 32):
r = 'w'
rnValue = rnValue[32:64]
else:
r = 'x'
inst += r + str(rdKey) + ', ' + r + str(rnKey)
immr = binary[10:16]
imms = binary[16:22]
immN = binary[9]
imm, temp = utilFunc.decodeBitMasks(immN, imms, immr, N)
inst += ', #' + str(int(imm,2))
result = utilFunc.logical_and(rnValue,imm).zfill(const.REG_SIZE)
utilFunc.finalize(rdKey, result, inst, '1')
