Linear elements to delete Table

Linear table to delete the specified elements:

 1 class deleelem_in_linelist():
 2     def __init__(self,list,maxsize):
 3         self.data = list
 4         self.length = len(list)
 5         self.maxsize = maxsize
 6     def dele_elem_in_list(self,e):
 7         for i in self.data:
 8             if i == e:
 9                 self.data.remove(i)
10                 print("删除元素%s成功"%e)
11             # else:
12 is              #      Print (E% "% s does not exist a linear element table") 
13 is          return self.data
 14 
15 IF  the __name__ == ' __main__ ' :
 16 deleelem_in_linelist OB = ([. 1, 2,. 3,. 7,. 8,. 9, 10,. 11, 12 is, 13 is, 14], 20 is )
 . 17      Print (ob.data)
 18 is ob.dele_elem_in_list (15 )
 . 19      Print (ob.data)
 20 is ob.dele_elem_in_list (10 )
 21 is      Print (ob.data)

Linear table specifies the location to remove elements:

1  "" " 
2  linear delete elements in a table location
 . 3  " " ' 
. 4  class Solution ():
 . 5      DEF  the __init__ (Self, Data, MAXSIZE):
 . 6          self.data = Data
 . 7          self.maxsize = MAXSIZE
 . 8          Self = .length len (Data)
 . 9      # delete a location element 
10      DEF del_index_elem (Self, I):
 . 11          IF I> self.length or I <. 1 :
 12 is              Print ( " which can not delete element " )
 13 is          the else :
14              E = self.data [-I. 1 ]
 15              for J in Range (. 1-I,-self.length. 1 ):
 16                  self.data [J] = self.data [J +. 1 ]
 . 17              # the final position blank 
18 is              self.data [-self.length. 1] = None
 . 19              # linear length minus a table 
20 is              self.length -. 1 =
 21 is              return self.data
 22 is  
23 is  IF  the __name__ == ' __main__ ' :
 24      OB = Solution ([ 1, 2, 3, 7, 8, 9, 10, 11, 12, 13, 14], 20 )
 25      # print(ob.data)
26     ob.del_index_elem(15)
27     print(ob.data)
28     ob.del_index_elem(6)
29     print(ob.data)