python_tools/updata/runtask_table.py

import prottcp as pt




#参数数据类型
_g_params_type =[
  "str",
  "int8",
  "int16",
  "int32",
  "hex",
  "none"
]




# task_id,errcode,par_count,ret_count
_g_ew_task_table=[
("电源准备",0,1,10,0,{
  "参数类型":"int16",
  "返回值类型":"none",
  "参数描述":"检测前校准检测过程中需要使用的电压，便于检测过程中快速输出电压，范围55~270(0.1V)",
  "返回值描述":"无返回值"
}),
("延时等待",1,1,2,1,{
  "参数类型":"int16",
  "返回值类型":"int16",
  "参数描述":"延时时间(0.1s),置1打开电流监控",
  "返回值描述":"打开电流监控时的电流波动ADC值"
}),
("测量桥丝阻值",2,4,1,1,{
  "参数类型":"int16",
  "返回值类型":"int16",
  "参数描述":"测量方式:0 4线制;1 2线1-4通;2 2线2-3通;5 读取电阻校准值",
  "返回值描述":"打开电流监控时的电流波动ADC值"
}),
("上电充能",3,2,3,2,{

}),
("设置总线电压",4,1,1,1),
("获取总线电流",5,1,0,2),
("使能MTP",6,5,1,0),
("扫描UID",7,5,3,8),
("写配置参数",8,5,7,0),
("检测配置",9,5,7,0),
("验证配置",10,5,4,0),
("模拟注码",11,5,0,0),
("验证模拟注码",12,5,0,0),
("芯片自检",13,5,2,1),
("状态检测",14,5,2,2),
("充电",15,5,2,0),
("放电",16,5,0,0),
("写延时",17,5,1,0),
("读延时",18,5,0,1),
("时钟校准",19,5,2,1),
("设置通信地址",20,5,3,1),
("状态巡检",21,5,3,1),
("起爆使能",22,5,0,0),
("起爆检测",23,5,3,1),
("缓存数据写入MTP",24,5,3,0),
("验证缓存数据",25,5,3,0),
("关总线",26,1,0,0),
("升级",27,5,4,1),
("充能统计",28,2,6,4),
("计算异常",29,0,10,0),
("重新执行任务",30,0,1,0),
("写入三码数据",31,5,0,0),
("验证三码数据",32,5,0,0),
("配置三码数据到小板",33,1,10,0),
("任务插槽",34,0,1,0),
("读MTP",35,5,2,8),
("写MTP",36,5,10,0),
("设置电阻校准值",37,1,1,0),
("读取流水号",38,5,2,2),
("写入流水号",39,5,2,0),
("写固定延时",40,5,1,0),
]





# task_id,errcode,par_count,ret_count
_g_jq_task_table=[
("电源准备",0,1,10,0),
("上电充能",1,2,3,2),
("设置总线电压",2,1,1,1),
("获取总线电流",3,1,0,2),
("扫描UID",4,5,2,8),
("密码验证",5,5,1,0),
("读取芯片代码",6,5,0,1),
("OTP检测",7,5,3,0),
("工厂测试检测",8,5,0,0),
("读取状态",9,5,1,0),
("写工厂信息",10,5,2,0),
("充能统计",11,5,5,4),
("充电电压检测",12,5,2,1),
("延时等待",13,1,2,1),
("写延时",14,5,1,0),
("读延时",15,5,0,1),
("时钟校准",16,5,2,1),
("放电",17,5,2,0),
("复位",18,5,0,0),
("起爆使能",19,5,0,0),
("起爆充能",20,5,3,3),
("使能通讯末电流采集",21,1,0,0),
("获取通讯末电流",22,1,0,1),
("写OTP",23,5,6,0),# opt_addr,len,[data]
("读OTP",24,5,2,10),# 这个任务根据参数1得到实际读取长度
("清除起爆计数",25,5,0,0),
("关总线",26,1,0,0),
("将缓存区数据写入OTP",27,5,3,0),
("写入三码数据",28,5,0,0),
("验证三码数据",29,5,0,0),
("测量电容压差",30,2,1,1),
("测量桥丝阻值",31,4,1,1),
("使能OTP写",32,5,0,0),
("写模块版本",33,5,1,0),
("读取版本号",34,5,0,1),
("写缓存数据",35,5,3,0),
("验证缓存数据",36,5,3,0),
("验证延时时间",37,5,0,0),
("切换总线极性",38,5,2,0),
("计算异常",39,0,10,0),
("重新执行任务",40,0,1,0),
("配置三码数据到小板",41,1,10,0),
("任务插槽",42,1,1,0),
("设置电阻校准值",43,1,1,0),
("写入流水号",44,5,2,0),
("读取流水号",45,5,2,2),
("写固定延时",46,5,1,0),
]


# task_id,errcode,par_count,ret_count
_g_ext_task_table=[
("计算异常",100,0,10,0),
("重新执行任务",101,0,1,0),
("配置三码数据到小板",102,1,10,0),
("任务插槽",103,1,1,0),
("设置电阻校准值",104,1,1,0),
]





# 组装和解析应用层协议




# 填充指定个数的byte
def arr_byte_copy(byte:int,num:int):
    t=bytearray()
    for i in range(num):
        t.append(byte)
    return t








# 根据字符找到任务,失败返回nullptr
def coder_find_task(name:str,chip:int):
  table=None
  print("find task in ext_table.")
  table=_g_ext_task_table
  for i in table:
    if(i[0]==name):
      return i
  table=None
  if(chip==0):
    table=_g_jq_task_table
    print("find task in jq_table.")
  elif(chip==2):
    table=_g_ew_task_table
    print("find task in ew_table.")
  if(table is None):
    return None
  for i in table:
    if(i[0]==name):
      print("find task index=%d.",i)
      return i
  return None


# 添加一个任务,返回0添加成功
def coder_add_task(d:bytearray,chip:int,name:str,slot_index:int,task_index:int,params:list):
  task=None
  task=coder_find_task(name,chip)
  if(task is None):
    print(f"can not find task with {name}")
    return -1
  else:
    # task_id,errcode,par_count,ret_count
    print(f"task_name:{name},task_id={task[1]},par_count={task[3]},ret_count={task[4]},err={task[2]}")
  d.append(0xff&(slot_index))
  d.append(0xff&(task[1]))
  d.append(0xff&(task[3]))
  d.append(0xff&(task[4]))
  d.append(0xff&(task[2]))
  d.append(0xff&(task_index))
  if(task[3]>0):
    for i in params:
      d.append(i&0xff)
      d.append((i>>8)&0xff)
  return 0


# 包装为一个小板的数据,返回0成功
# 包装前需要先添加任务
def coder_slave_pack(d:bytearray,addr:int):
  d_len=len(d)
  d.insert(0,0xff&(d_len))
  d.insert(0,0xff&(addr))
  return 0




# 找到指定任务序号的数据
def coder_slave_find_ret_data(data:bytearray,task_index:int,size:int):
  r=bytearray()
  for i in range(len(data)):
    if(data[i]==task_index):
      r=data[i+2,data[i+1]+i+2]
      break
    i+=2+data[i+1]
  if(len(r)>=size):
    r=r[:size]
  else:
    r_len=size-len(r)
    r+=arr_byte_copy(0,r_len)
  return r



# 添加分包信息
def coder_pack(d:bytearray):
  d_len=len(d)
  if(d_len>236):
    return None
  r=bytearray()
  r.append(d_len)
  r.append(0)
  r.append(0)
  r.append(d_len)
  r+=d
  return r



# 运行检测并读取工厂信息任务
def coder_check_read_fatinfo(chip:int):
  d=bytearray()
  if(chip==0):
    coder_add_task(d,chip,"读OTP",1,1,[20,4])
  elif(chip==2):
    coder_add_task(d,chip,"读MTP",1,1,[9,4])
  coder_add_task(d,chip,"读延时",1,2,[])
  coder_slave_pack(d,0x1f)
  # 检测模式1,返回异常代码和任务插槽数据
  d.insert(0,1)
  return coder_pack(d)


# 解析读取到的工厂信息
def coder_check_decode_fatinfo(data:bytearray):
  r=bytearray()
  data=data[1:]
  sret=coder_slave_find_ret_data(data[1:],1,4)
  if(len(sret)==4):
    sn=sret[0]|(sret[1]<<8)|(sret[2]<<16)|(sret[3]<<24)
    c_type=sn&0x1f
    sn=sn>>5
    print(f"模块类型：{c_type},流水号：{sn}")
  sret=coder_slave_find_ret_data(data[1:],2,2)
  if(len(sret)==2):
    delay=sret[0]|(sret[1]<<8)
    print(f"延时：{delay}")




# 运行检测并写入流水号
def coder_check_write_sn(chip:int,sn:int):
  d=bytearray()
  params=[]
  params.append(sn&0xffff)
  params.append((sn>>16)&0xffff)
  coder_add_task(d,chip,"写入流水号",1,1,params)
  coder_add_task(d,chip,"读取流水号",2,2,params)
  coder_slave_pack(d,0x1f)
  # 检测模式1,返回异常代码和任务插槽数据
  d.insert(0,1)
  return coder_pack(d)

# 解析读取到的流水号
def coder_check_decode_sn(data:bytearray):
  r=bytearray()
  data=data[1:]
  sret=coder_slave_find_ret_data(data[1:],2,4)
  if(len(sret)==4):
    sn=sret[0]|(sret[1]<<8)|(sret[2]<<16)|(sret[3]<<24)
    print(f"流水号：{sn}")






if __name__ == "__main__":
  u=pt.protu()

  # 检测并写入流水号
  data=coder_check_write_sn(0,12345)

  # 检测并读取工厂信息和延时
  # data=coder_check_read_fatinfo(0)

  # data=bytearray.fromhex("0d 00 00 0d 01 1f 0a 01 18 02 0a 05 01 14 00 04 00")
  u.cmd=0x21
  data=u.encode(data)
  print(data.hex(' '))
  # def fun():
  #   return "fun_test"
  # d={"fun":fun
  #    }
  # print(d["fun"]())