def analysis_protocol(protocol_str):
protocol_info = func.data_split(protocol_str, 'DATA_INFO')
if func.data_verify(protocol_str) == 0:
print("数据有错误")
return 0
elif func.data_verify(protocol_str) == 1:
print('数据正常')
pass
####################datainfo处理#########################
if protocol_info == None:
pass
elif len(protocol_info) % 8 != 0: #判断info长度
print("DATAINFO长度有误")
return 0
elif len(protocol_info) % 8 == 0: #如果是8的倍数，则分割开始计算数值
#print("info长度",len(protocol_info))
protocol_info_list = []
for i in range(0, len(protocol_info), 8):
protocol_info_list.append(protocol_info[i:i + 8])
#print(protocol_info_list)
protocol_dataf_list = []
for i in range(0, len(protocol_info_list)):
protocol_dataf_list.append(func.calc_float(
(protocol_info_list[i])))
#print("第%d个数为："%(i+1),func.calc_float((protocol_info_list[i])))
else:
print("DATAINFO长度为None")
####################拆出chksum并验证######################
#print('protocol_dataf_list',protocol_dataf_list)
return protocol_dataf_list
def analysis_protocol(protocol_str):
protocol_info = func.data_split(
protocol_str,
'DATA_INFO_for_switch') #DATA_INFO_for_switch同样适用于warning
if func.data_verify(protocol_str) == 0:
print("数据有错误")
return 0
elif func.data_verify(protocol_str) == 1:
print('44数据正常')
pass
protocol_warning_value_word1_dict = { #告警量状态字典
'15': ['正常', '故障'],
'14': ['正常(无效)', '掉电(无效)'],
'13': ['正常', '故障'],
'12': ['正常(无效)', '故障(故障)'],
'11': ['正常(无效)', '故障(故障)'],
'10': ['正常(无效)', '故障(故障)'],
'9': ['正常', '超限'],
'8': ['\\'],
'7': ['\\'],
'5-6': ['正常', '电池未接', '电池低压与告警', '电池接反'],
'4': ['正常', '超限'],
'3': ['正常', '异常'],
'2': ['正常', '故障'],
'1': ['正常', '故障'],
'0': ['正常', '不同步']
}
protocol_warning_value_word2_dict = {
'15': ['正常', '异常'],
'14': ['正常', '过载超时'],
'13': ['正常', '过载'],
'12': ['正常', '过载'],
'11': ['正常', '错误'],
'10': ['正常', '故障'],
'9': ['正常', '故障'],
'8': ['正常', '故障'],
'7': ['正常', '过温'],
'6': ['正常', '故障'],
'5': ['正常(无效)', '故障(无效)'],
'4': ['正常(无效)', '故障(无效)'],
'3': ['正常(无效)', '超限(无效)'],
'2': ['正常(无效)', '故障(无效)'],
'1': ['正常', '过温'],
'0': ['正常', '故障']
}
protocol_warning_value_word3_dict = {
'15': ['正常(无效)', '过温(无效)'],
'14': ['正常(无效)', '过温(无效)'],
'12-13': ['未激活(无效)', '激活(无效)', '故障(无效)'],
'11': ['正常', '故障'],
'10': ['正常', '故障'],
'9': ['正常', '故障'],
'8': ['正常(无效)', '故障(无效)'],
'7': ['正常', '故障'],
'6': ['正常', '故障'],
'5': ['正常', '故障'],
'4': ['正常', '超限'],
'3': ['正常', '故障'],
'2': ['正常(无效)', '故障(无效)'],
'1': ['正常', '故障'],
'0': ['正常', '故障']
}
protocol_warning_value_word4_dict = {
'15': ['正常', '过压'],
'14': ['正常', '过压'],
'13': ['正常', '断'],
'11-12': ['闭合', '断开', '未接入'],
'10': ['正常(无效)', '故障(无效)'],
'9': ['正常(无效)', '故障(无效)'],
'8': ['正常', '过高'],
'6-7': ['正常', '电池需维护', '电池寿命终结'],
'5': ['正常(无效)', '告警(无效)'],
'4': ['正常', '紧急关机'],
'3': ['正常', '故障', '无效'],
'2': ['正常(无效)', '故障(无效)'],
'1': ['正常(无效)', '故障(无效)'],
'0': ['正常', '故障']
}
protocol_warning_value_word5_dict = {
'7-15': ['\\'],
'6': ['正常', '告警'],
'5': ['正常', '告警'],
'4': ['正常', '告警'],
'3': ['正常(无效)', '告警(无效)'],
'2': ['正常(无效)', '告警(无效)'],
'1': ['正常(无效)', '告警(无效)'],
'0': ['正常', '短路']
}
#-----------------------------
protocol_dataf_list = []
if protocol_info == None:
pass
elif len(protocol_info) != 20: #判断info长度
print("DATAINFO长度有误")
return 0
else:
word1 = protocol_info[:4]
word2 = protocol_info[4:8]
word3 = protocol_info[8:12]
word4 = protocol_info[12:16]
word5 = protocol_info[16:]
word1_to_bin = bin(int(word1, 16)).lstrip('0b') #2进制word1
word2_to_bin = bin(int(word2, 16)).lstrip('0b') #2进制word2
word3_to_bin = bin(int(word3, 16)).lstrip('0b')
word4_to_bin = bin(int(word4, 16)).lstrip('0b')
word5_to_bin = bin(int(word5, 16)).lstrip('0b')
#print('word3_to_bin',word3_to_bin)
if len(word1_to_bin) < 16: #不够16位前面加0
for i in range(16 - len(word1_to_bin)):
word1_to_bin = '0' + word1_to_bin
if len(word2_to_bin) < 16: #不够16位前面加0
for i in range(16 - len(word2_to_bin)):
word2_to_bin = '0' + word2_to_bin
if len(word3_to_bin) < 16: #不够16位前面加0
for i in range(16 - len(word3_to_bin)):
word3_to_bin = '0' + word3_to_bin
if len(word4_to_bin) < 16: #不够16位前面加0
for i in range(16 - len(word4_to_bin)):
word4_to_bin = '0' + word4_to_bin
if len(word5_to_bin) < 16: #不够16位前面加0
for i in range(16 - len(word5_to_bin)):
word5_to_bin = '0' + word5_to_bin
#print('word3_to_bin转后',word3_to_bin)
word1_list = []
word2_list = []
word3_list = []
word4_list = []
word5_list = []
for i in range(len(word1_to_bin)): #把datainfo分割成数组，方便与前面的字典组合来选择数据
if i == 6:
word1_list.append(word1_to_bin[i - 1:i + 1])
elif i == 5:
continue
else:
word1_list.append(word1_to_bin[i])
for i in range(len(word2_to_bin)):
word2_list.append(word2_to_bin[i])
for i in range(len(word3_to_bin)): #把datainfo分割成数组，方便与前面的字典组合来选择数据
if i == 13:
word3_list.append(word3_to_bin[i - 1:i + 1])
elif i == 12:
continue
else:
word3_list.append(word3_to_bin[i])
for i in range(len(word4_to_bin)): #把datainfo分割成数组，方便与前面的字典组合来选择数据
if i == 12 or i == 7:
word4_list.append(word4_to_bin[i - 1:i + 1])
elif i == 6 or i == 11:
continue
else:
word4_list.append(word4_to_bin[i])
for i in range(len(word5_to_bin)): #把datainfo分割成数组，方便与前面的字典组合来选择数据
if i >= 8:
continue
else:
word5_list.append(word5_to_bin[i])
#print(word1_list)
#print('word4_list',word4_list)
protocol_warning_value_word_dict_list = [
protocol_warning_value_word5_dict,
protocol_warning_value_word4_dict,
protocol_warning_value_word3_dict,
protocol_warning_value_word2_dict,
protocol_warning_value_word1_dict
]
word_list = [
word5_list, word4_list, word3_list, word2_list, word1_list
]
for i in range(len(word_list)):
#print('word_list[i]',word_list[i])
for j in range(len(protocol_warning_value_word_dict_list[i])):
dict_key = list(
protocol_warning_value_word_dict_list[i].keys())[j]
dict_value = protocol_warning_value_word_dict_list[i].get(
dict_key)
index_for_value = int(word_list[i][j], 2)
#print('%dindex_for_value:%d'%(j,index_for_value))
protocol_dataf_list.append(dict_value[index_for_value])
protocol_dataf_list = protocol_dataf_list[::-1]
#print(protocol_dataf_list)
#print('word1',protocol_dataf_list[:15]) #15
#print('word2',protocol_dataf_list[15:31]) #16
#print('word3',protocol_dataf_list[31:46]) #15
#print('word4',protocol_dataf_list[46:60]) #14
#print('word5',protocol_dataf_list[60:]) #8
#print(len(protocol_dataf_list))
#print(len(protocol_dataf_list))
return protocol_dataf_list
def analysis_protocol(protocol_str):
protocol_info = func.data_split(protocol_str,'DATA_INFO_for_switch')
if func.data_verify(protocol_str) == 0:
print("数据有错误")
return 0
elif func.data_verify(protocol_str) == 1:
print('43数据正常')
pass
protocol_switching_value_word1_dict = { #开关量状态字典
'15':['\\','\\','\\','\\','\\','\\','\\','\\','\\','\\','\\','\\','\\','\\','\\'],
'14':['断开状态','闭合状态'],
'13':['断开状态','闭合状态'],
'12':['断开状态','闭合状态'],
'11':['断开状态','闭合状态'],
'10':['发电机未接入','发电机接入'],
'9':['主路逆变供电','电池逆变供电','联合逆变供电','整流电池均不供电'],
'7':['关机','开机'],
'6':['非充电状态','浮充','均充'],
'4':['没有自检','自检中'],
'3':['\\','\\','\\','\\'],
'1':['均不供电','逆变供电','旁路供电'],
}
protocol_switching_value_word2_dict = {
'8':['\\'],
'7':['非ECO模式','ECO模式'],
'6':['非智能并机模式','智能并机模式'],
'5':['未接入','接入'],
'4':['正常模式','维修模式','步进模式','自老化模式','隔离模式'],
'1':['主路逆变供电','电池逆变供电','旁路供电','均不供电'],
}
#-----------------------------
protocol_dataf_list = []
if protocol_info == None:
pass
elif len(protocol_info) != 8: #判断info长度
print("DATAINFO长度有误")
return 0
else:
word1 = protocol_info[:4]
#print('word1',word1)
word2 = protocol_info[4:]
word1_to_bin = bin(int(word1,16)).lstrip('0b').zfill(16) #2进制word1
word2_to_bin = bin(int(word2,16)).lstrip('0b').zfill(16) #2进制word2
#word1_to_bin = word1_to_bin[::-1] #搞反了，反转
#word2_to_bin = word2_to_bin[::-1]
#print('word1_to_bin',word1_to_bin)
#print('word2_to_bin',word2_to_bin)
word1_list = []
word2_list = []
for i in range(len(word1_to_bin)): #把datainfo分割成数组，方便与前面的字典组合来选择数据
if i == 7 or i == 10 or i == 13 or i == 15:
word1_list.append(word1_to_bin[i-1:i+1])
elif i==6 or i == 9 or i == 12 or i ==14:
continue
else:
word1_list.append(word1_to_bin[i])
for i in range(len(word2_to_bin)):
if i == 11 or i == 12 or i == 14 or 1<=i<=7: #此处应要反向遍历。详细见文档标记
continue
elif i == 15 or i == 13:
word2_list.append(word2_to_bin[i-1:i+1])
elif i == 0:
word2_list.append(str(0)) #写死
else:
word2_list.append(word2_to_bin[i])
#print(word1_list)
#print(word2_list)
for i in range(len(protocol_switching_value_word2_dict)): #通过字典把word作为key，开关量的状态作为value进行配对。
dict_key = list(protocol_switching_value_word2_dict.keys())[i]
dict_value = protocol_switching_value_word2_dict.get(dict_key)
protocol_dataf_list.append(dict_value[int(word2_list[i],2)])
for i in range(len(protocol_switching_value_word1_dict)):
dict_key = list(protocol_switching_value_word1_dict.keys())[i]
dict_value = protocol_switching_value_word1_dict.get(dict_key)
protocol_dataf_list.append(dict_value[int(word1_list[i],2)])
protocol_dataf_list = protocol_dataf_list[::-1]
return protocol_dataf_list