既存の関数にインクリメンタルな数字を追加する

Question

"REG_LOADS"という名前の単一のリストで以下のようなPython 2.7スクリプトを起動しましたが、今度はREG_LOADS_40に名前を変更して "REG_LOADS_41"などの追加リストを追加したいと思います。 "_40"または "_041"または "_xx"を関数に追加するために、すでに存在する関数を変更するにはどうすればよいですか？私の最終的な目標は、40,41,42,43などと呼ばれるいくつかのリストを持つことです。プログラムはリストをインクリメントします。代わりに、個別に名前のリストの数と各リストに対応する機能を有するので、私はリストの辞書などのように、そのリストの鍵を取る関数をお勧めします

おかげで、

def bytes(word): 
global data_high 
global data_low 
data_high, data_low = divmod(word, 0x100) 


def read_reg_22(): #must read register 22 (0x16) before chaging the page 
    print(hex(REG_LOADS[x][0]), hex(0x16), hex(2)) 

def set_page_4(): #set phy page to 4 for writing to non-volatile memory 
    print (hex(REG_LOADS[x][0]), hex(0x16), hex(0x0004), hex(2)) 

def write_to_nvm(): #write to 88E1112 non-volatile memory register 
    print (hex(REG_LOADS[x][0]), hex(0x12), hex(0xA000+(REG_LOADS[x][data_ctr])), hex(0x02)) 

def write_to_nvm_high(): #write to 88E1112 non-volatile memory register 
    print (hex(REG_LOADS[x][0]), hex(0x12), hex(0xA000+(data_high)), hex(0x02)) 

def write_to_nvm_low(): #write to 88E1112 non-volatile memory register 
    print (hex(REG_LOADS[x][0]), hex(0x12), hex(0xA000+(data_low)), hex(0x02)) 

def send_nvm_to_eeprom(): #write to 88E1112 to send data in nvm to EEPROM 
    print (hex(REG_LOADS[x][0]), hex(0x10), hex(0xA000+(eeprom_ctr)), hex(0x02)) 

# PHY_ADDR, PHY_PAGE, PHY_REG, REG_DATA 
REG_LOADS = [[0x40, 0x00, 0x01, 0x1234],[0x41, 0xFF, 0xFF, 0xFFFF],[0x42, 0xAA, 0xAA, 0xAAAA], [0x40, 0xAA, 0xAA, 0xAAAA]] 


print ("Checking that all PHYs are available") 
if (1): 
    PHY_Success = 1 
    print ("Success, PHYs [64, 65, 67, 71, 72, 75, 76, 79, 80] were found") 
else: 
    PHY_Success = 0 
    print ("Failure, all PHYs were not found") 

if PHY_Success == 1: 
    data_ctr = 1 
    eeprom_ctr = 0x00 
    x = 0 
    for a in range(len(REG_LOADS)): 
     read_reg_22() 
     set_page_4() 
     for i in range(len(REG_LOADS[0])+1): 
      if data_ctr <= 2: 
       write_to_nvm() 
       send_nvm_to_eeprom() 
      if data_ctr == 3: 
       bytes (REG_LOADS[x][data_ctr]) 
       write_to_nvm_high() 
       send_nvm_to_eeprom() 
      if data_ctr == 4: 
       write_to_nvm_low() 
       send_nvm_to_eeprom() 
      data_ctr +=1 
      eeprom_ctr +=1 
     data_ctr = 1 
     eeprom_ctr =0x00 
     x += 1 

else: 
    print ("Fail") 

Answer 1

：

# Assuming the numbers refer to PHYs: 
phys = { 
    40: [], 
    41: [], 
    ... 
} 

def increment_phy(phy_key): 
    phys[phy_key] = whatever you want to do with it