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The class IntResponder: 
"" "
Integer processor 
"" "
Def __init__ (self, num) : 
The self. The num=num 

Def get_type (self) : 
"" "the current pending numeric type ", "
The return type (self. Num) 

Def is_prime (self) : 
"" "is the prime returns True, False number "" "
Return the not (True [in the self. The num % I==0 for I in range (2, and the self. The num)]) 

Def add_up (self) : 
"" "cumulative to the self. The num ""," 
Return the sum ([x for x in range (1, the self. The num + 1)]) 

Def multiply_to (self) : 
"" "multiplicative to self. The num "" "
The mul=1 
For I in range (2, and the self. The num) : 
The mul *=I 
Return the mul 

Def is_odd (self) : 
Return (' even if self. Num & amp; 1==0 else "odd") 


Def is_num (receive) : 
"" is not the integer return False" "" "
The return type (receive) (int) in the 


Def help_ () : 

Name_dict={
'1', 'digital type' 
Whether '2', 'prime', 
1 accumulate the number '3' : 'from' and ', 
'4' : 'from multiplicative 1 to the number and', 
'5' : 'odd or even number', 
'6' : 'help' 
} 
Return (' \ n '. Join (list (item [0] + ' '+ item [1] for the item in name_dict. The items ()))) 


Def controller () : 
"" "process controller "" "
Recv=eval (input (' drops, integer answering machine has started & gt;> ')) 
If not is_num recv () : 
Return 'is not the integer dao what disorderly' 

Res=IntResponder recv () 
Recv2=input (' detected Numbers {} please enter \ n {} \ n> operation;> '. The format (recv, help_ ())) 

If recv2 not [STR in (I) for I in range (1, 7)] : 
Return 'input errors' 

Ctl_dict={
'1' : res get_type, 
'2' : res is_prime, 
'3' : res add_up, 
'4' : res multiply_to, 
'5' : res is_odd, 
'6' : help_ 
} 
Print (ctl_dict [recv2] ()) 


If __name__=="__main__ ': 
The controller () 

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