A list of Python Data Types

A list of Python Data Types

I. Basic Data Types

Integer: int
String: str (Note: \ t is equal to a tab key)
Boolean value: bool
List: list (set of elements)
List []
Ancestor: tuple
Ancestor use ()
Dictionary: dict
Note: All data types exist in the desired class columns.

Ii. list all data types:

Basic operations:

• Index
• Slicing
• Append
• Delete
• Length
• Slicing
• Loop
• Include

Listclass list (object): "list ()-> new empty list (iterable)-> new list initialized from iterable's items" def append (self, p_object): # real signature unknown; restored from _ doc _ "L. append (object)-> None -- append object to end "(L. append (object)-> -- no object is appended to the end) pass def clear (self): # real signature unknown; restored from _ doc _ "L. clear ()-> None -- remove all items from L "(L. clear ()-> NO. Extract all items from L) pass def copy (self): # real signature unknown; restored from _ doc _ "L. copy ()-> list -- a shallow copy of L "" (L. copy ()-> list-L shortest copy) return [] def count (self, value): # real signature unknown; restored from _ doc _ "L. count (value)-> integer -- return number of occurrences of value "" (L. count (value)-> integer, number of occurrences of returned values) return 0 def extend (self, iterable): # real si Gnature unknown; restored from _ doc _ "" L. extend (iterable)-> None -- extend list by appending elements from the iterable "" (L. extend (iterable)-> None -- add the Meta from the iterable extension list) pass def index (self, value, start = None, stop = None): # real signature unknown; restored from _ doc _ "L. index (value, [start, [stop])-> integer -- return first index of value. raises ValueError if the value is not present. (L index (value, [start, [do not])-> integer, returns the first index value. It puts forward the value of ValueError if it does not exist .) "" Return 0 def insert (self, index, p_object): # real signature unknown; restored from _ doc _ "" L. insert (index, object) -- insert object before index "" (l insert (index (object) -- insert object index before) pass def pop (self, index = None ): # real signature unknown; restored from _ doc _ "L. pop ([index])-> item -- remove and return item at index (default last ). raises IndexError if list is empty or index is out of range. (L. pop (INDEX)-> project -- delete and return the item index (default ). It is proposed that if the IndexError list is null or the index range .) "Pass def remove (self, value): # real signature unknown; restored from _ doc _" L. remove (value)-> None -- remove first occurrence of value. raises ValueError if the value is not present. "(L. remove (value)-> NO. Delete the value that appears for the first time. It puts forward the value of ValueError if it does not exist .) Pass def reverse (self): # real signature unknown; restored from _ doc _ "L. reverse () -- reverse * in place * "pass def sort (self, key = None, reverse = False): # real signature unknown; restored from _ doc _ "L. sort (key = None, reverse = False)-> None -- stable sort * in place * "" pass def _ add _ (self, * args, ** kwargs): # real signature unknown "" Return self + value. "pass def _ contains _ (sel F, * args, ** kwargs): # real signature unknown "" Return key in self. "pass def _ delitem _ (self, * args, ** kwargs): # real signature unknown" Delete self [key]. "pass def _ eq _ (self, * args, ** kwargs): # real signature unknown" Return self = value. "pass def _ getattribute _ (self, * args, ** kwargs): # real signature unknown" Return getattr (self, name ). "pass def _ getitem _ (self, Y): # real signature unknown; restored from _ doc _ "x. _ getitem _ (y) <=> x [y] "" pass def _ ge _ (self, * args, ** kwargs ): # real signature unknown "" Return self> = value. "pass def _ gt _ (self, * args, ** kwargs): # real signature unknown" Return self> value. "pass def _ iadd _ (self, * args, ** kwargs): # real signature unknown" Implement self + = value. "pass def _ imul _ (self, * args, ** Kwargs): # real signature unknown "" Implement self * = value. "pass def _ init _ (self, seq = (): # known special case of list. _ init _ "list ()-> new empty list (iterable)-> new list initialized from iterable's items # (copied from class doc) "pass def _ iter _ (self, * args, ** kwargs): # real signature unknown" Implement iter (self ). "pass def _ len _ (self, * args, ** kwargs ):# Real signature unknown "" Return len (self ). "pass def _ le _ (self, * args, ** kwargs): # real signature unknown" Return self <= value. "pass def _ lt _ (self, * args, ** kwargs): # real signature unknown" Return self <value. "pass def _ mul _ (self, * args, ** kwargs): # real signature unknown" Return self * value. n "pass @ staticmethod # known case of _ new _ def _ new _ (* args, ** kwargs ): # Real signature unknown "Create and return a new object. see help (type) for accurate signature. "pass def _ ne _ (self, * args, ** kwargs): # real signature unknown" Return self! = Value. "pass def _ repr _ (self, * args, ** kwargs): # real signature unknown" Return repr (self ). "pass def _ reversed _ (self): # real signature unknown; restored from _ doc _" L. _ reversed _ () -- return a reverse iterator over the list "pass def _ rmul _ (self, * args, ** kwargs ): # real signature unknown "" Return self * value. "pass def _ setitem _ (self, * args, ** kwargs): # real signature unknown" Set self [key] to value. "pass def _ sizeof _ (self): # real signature unknown; restored from _ doc _" L. _ sizeof _ () -- size of L in memory, in bytes "pass _ hash _ = None

Iii. Examples of all List Data Types

#! /Usr/bin/env python #-*-coding: UTF-8-*-# append name_list = ["zhangyanlin", "suoning ", "nick"] name_list.append ('zhang') print (name_list) # number of times that the specified count character appears name_list = ["zhangyanlin", "suoning ", "nick"] name_list.append ('zhang') name_list.append ('zhang ') print (name_list.count ('zhang') # extended, batch add data name_list = ["zhangyanlin", "suoning", "nick"] name = ["aylin", "zhang", "yan ", "lin"] name_list.extend (name) print (name_list) # index locate the character location name_list = ["zhangyanlin", "suoning ", "nick"] print (name_list.index ('Nick ') # insert, insert the value name_list = ["zhangyanlin", "suoning ", "nick"] name_list.insert (1, "zhang") print (name_list) # pop removes the last element from the original list and assigns the value to another variable name_list = ["zhangyanlin ", "suoning", "nick"] name = name_list.pop () print (name) # remove, only remove the first name_list = ["zhangyanlin", "suoning ", "nick"] name_list.remove ('Nick ') print (name_list) # reverse name_list = ["zhangyanlin", "suoning", "nick"] name_list.reverse () print (name_list) # del Delete the element and delete name_list = ["zhangyanlin", "suoning", "nick"] del name_list [] print (name_list) between 1 and 3)

Iv. Index

name_list = ["zhangyanlin","suoning""aylin""nick"]print(name_list[0])

5. Slicing

name_list = ["zhangyanlin","suoning""aylin""nick"]print(name_list[0:2])

6. Total length len

name_list = ["zhangyanlin","suoning""aylin""nick"]print(name_list[1:len(name_list)])

VII. for Loop

name_list = ["zhangyanlin","suoning""aylin""nick"]for i in name_list:  print(i)

The above is the complete list of Python data types provided by the editor. I hope you can provide more support ~