def timingLoopStart(num, time, mode, a, b):
#check range of loop number
if num < 41 or num > 60:
print "ERROR:Loop number is out of bound!"
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA3"
list1[1] = "0x" + str(num)
list1[2] = highValue(time)
list1[3] = lowValue(time)
list1[4] = mode
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
#print output_bytes
return output_bytes
def sin(ZA, algorithm_mode, NID_A1, NID_A2, NID_A3, NID_A4, NID_A5, NID_A6,
service_A, method_A, result_C, a, b):
#result_C=math.sin(ZA)
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA8"
list1[1] = "0x01"
list1[2] = algorithm_mode
list1[3] = NID_A6
list1[4] = NID_A5
list1[5] = NID_A4
list1[6] = NID_A3
list1[7] = NID_A2
list1[8] = NID_A1
list1[9] = highValue(service_A)
list1[10] = lowValue(service_A)
list1[11] = highValue(method_A)
list1[12] = lowValue(method_A)
list1[23] = result_C
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
#print list1
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
#print output_bytes
return output_bytes
def timingLoopEnd(num, a, b):
#check range of loop number
if num < 41 or num > 60:
print "ERROR:Loop number is out of bound!"
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA3"
if num > 40 and num < 50:
n = num % 10
list1[1] = "0xC" + str(n)
if num >= 50 and num < 60:
n = num % 10
list1[1] = "0xD" + str(n)
if num == 60:
list1[1] = "0xE0"
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
print output_bytes
return output_bytes
def systemEnd(a,b): ##generate list 1*30 list1=[0]*30 #fill in variables list1[0]="0xA2" list1[26]=highValue(a) list1[27]=lowValue(a) list1[28]=highValue(b) list1[29]=lowValue(b) ##convert list to string string="".join(str(e) for e in list1) ##convert string to bytes output_bytes=string.encode(encoding="utf-8") return output_bytes;
def exitLoop(a, b):
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA3"
list1[1] = "0x61"
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
#print output_bytes
return output_bytes
def selfIncrease(result_C, a, b):
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA6"
list1[1] = "0x06"
list1[2] = result_C
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
#print output_bytes
return output_bytes
def infiniteLoopEnd(num, a, b):
#check range of loop number
if num <= 80 or num > 100:
print "ERROR:Loop number is out of bound!"
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA3"
list1[1] = "0x" + str(num)
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
print output_bytes
return output_bytes
def delay03(time, mode, a, b):
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA4"
list1[1] = "0x03"
list1[2] = highValue(time)
list1[3] = lowValue(time)
list1[4] = mode
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
#print output_bytes
return output_bytes
def notEqual(ZA, ZB, algorithm_mode, NID_A1, NID_A2, NID_A3, NID_A4, NID_A5,
NID_A6, service_A, method_A, NID_B1, NID_B2, NID_B3, NID_B4,
NID_B5, NID_B6, service_B, method_B, a, b):
if not (ZA == ZB):
result_C = 1
else:
result_C = 0
#print result_C
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA7"
list1[1] = "0x06"
list1[2] = algorithm_mode
list1[3] = NID_A6
list1[4] = NID_A5
list1[5] = NID_A4
list1[6] = NID_A3
list1[7] = NID_A2
list1[8] = NID_A1
list1[9] = highValue(service_A)
list1[10] = lowValue(service_A)
list1[11] = highValue(method_A)
list1[12] = lowValue(method_A)
list1[13] = NID_B6
list1[14] = NID_B5
list1[15] = NID_B4
list1[16] = NID_B3
list1[17] = NID_B2
list1[18] = NID_B1
list1[19] = highValue(service_B)
list1[20] = lowValue(service_B)
list1[21] = highValue(method_B)
list1[22] = lowValue(method_B)
list1[23] = result_C
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
#print list1
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
#print output_bytes
return output_bytes
def AND(algorithm_mode, NID_A1, NID_A2, NID_A3, NID_A4, NID_A5, NID_A6,
service_A, method_A, NID_B1, NID_B2, NID_B3, NID_B4, NID_B5, NID_B6,
service_B, method_B, ZA, ZB, a, b):
##generate list 1*30
list1 = [0] * 30
#fill in variables
list1[0] = "0xA6"
list1[1] = "0x20"
list1[2] = algorithm_mode
list1[3] = NID_A6
list1[4] = NID_A5
list1[5] = NID_A4
list1[6] = NID_A3
list1[7] = NID_A2
list1[8] = NID_A1
list1[9] = highValue(service_A)
list1[10] = lowValue(service_A)
list1[11] = highValue(method_A)
list1[12] = lowValue(method_A)
list1[13] = NID_B6
list1[14] = NID_B5
list1[15] = NID_B4
list1[16] = NID_B3
list1[17] = NID_B2
list1[18] = NID_B1
list1[19] = highValue(service_B)
list1[20] = lowValue(service_B)
list1[21] = highValue(method_B)
list1[22] = lowValue(method_B)
list1[23] = ZA and ZB
list1[26] = highValue(a)
list1[27] = lowValue(a)
list1[28] = highValue(b)
list1[29] = lowValue(b)
##convert list to string
string = "".join(str(e) for e in list1)
##convert string to bytes
output_bytes = string.encode(encoding="utf-8")
print output_bytes
return output_bytes
