正则表达式 RE模块

时间:2022-12-15 16:05:36

  

正则表达式:re模块

1.正则表达式的作用是:实现对字符串的模糊查询。

2.正则表达式使用的元字符(特殊符号和字符):

 

http://blog.csdn.net/yufenghyc/article/details/51078107

 

正则表达式 RE模块 

 

正则表达式 RE模块正则表达式 RE模块
 1 # =================================匹配模式=================================
 2 #一对一的匹配
 3 # 'hello'.replace(old,new)
 4 # 'hello'.find('pattern')
 5 
 6 #正则匹配
 7 import re
 8 #\w与\W
 9 print(re.findall('\w','hello egon 123')) #['h', 'e', 'l', 'l', 'o', 'e', 'g', 'o', 'n', '1', '2', '3']
10 print(re.findall('\W','hello egon 123')) #[' ', ' ']
11 
12 #\s与\S
13 print(re.findall('\s','hello  egon  123')) #[' ', ' ', ' ', ' ']
14 print(re.findall('\S','hello  egon  123')) #['h', 'e', 'l', 'l', 'o', 'e', 'g', 'o', 'n', '1', '2', '3']
15 
16 #\n \t都是空,都可以被\s匹配
17 print(re.findall('\s','hello \n egon \t 123')) #[' ', '\n', ' ', ' ', '\t', ' ']
18 
19 #\n与\t
20 print(re.findall(r'\n','hello egon \n123')) #['\n']
21 print(re.findall(r'\t','hello egon\t123')) #['\n']
22 
23 #\d与\D
24 print(re.findall('\d','hello egon 123')) #['1', '2', '3']
25 print(re.findall('\D','hello egon 123')) #['h', 'e', 'l', 'l', 'o', ' ', 'e', 'g', 'o', 'n', ' ']
26 
27 #\A与\Z
28 print(re.findall('\Ahe','hello egon 123')) #['he'],\A==>^
29 print(re.findall('123\Z','hello egon 123')) #['he'],\Z==>$
30 
31 #^与$
32 print(re.findall('^h','hello egon 123')) #['h']
33 print(re.findall('3$','hello egon 123')) #['3']
34 
35 # 重复匹配:| . | * | ? | .* | .*? | + | {n,m} |
36 #.
37 print(re.findall('a.b','a1b')) #['a1b']
38 print(re.findall('a.b','a1b a*b a b aaab')) #['a1b', 'a*b', 'a b', 'aab']
39 print(re.findall('a.b','a\nb')) #[]
40 print(re.findall('a.b','a\nb',re.S)) #['a\nb']
41 print(re.findall('a.b','a\nb',re.DOTALL)) #['a\nb']同上一条意思一样
42 
43 #*
44 print(re.findall('ab*','bbbbbbb')) #[]
45 print(re.findall('ab*','a')) #['a']
46 print(re.findall('ab*','abbbb')) #['abbbb']
47 
48 #?
49 print(re.findall('ab?','a')) #['a']
50 print(re.findall('ab?','abbb')) #['ab']
51 #匹配所有包含小数在内的数字
52 print(re.findall('\d+\.?\d*',"asdfasdf123as1.13dfa12adsf1asdf3")) #['123', '1.13', '12', '1', '3']
53 
54 #.*默认为贪婪匹配
55 print(re.findall('a.*b','a1b22222222b')) #['a1b22222222b']
56 
57 #.*?为非贪婪匹配:推荐使用
58 print(re.findall('a.*?b','a1b22222222b')) #['a1b']
59 
60 #+
61 print(re.findall('ab+','a')) #[]
62 print(re.findall('ab+','abbb')) #['abbb']
63 
64 #{n,m}
65 print(re.findall('ab{2}','abbb')) #['abb']
66 print(re.findall('ab{2,4}','abbb')) #['abb']
67 print(re.findall('ab{1,}','abbb')) #'ab{1,}' ===> 'ab+'
68 print(re.findall('ab{0,}','abbb')) #'ab{0,}' ===> 'ab*'
69 
70 #[]
71 print(re.findall('a[1*-]b','a1b a*b a-b')) #[]内的都为普通字符了,且如果-没有被转意的话,应该放到[]的开头或结尾
72 print(re.findall('a[^1*-]b','a1b a*b a-b a=b')) #[]内的^代表的意思是取反,所以结果为['a=b']
73 print(re.findall('a[0-9]b','a1b a*b a-b a=b')) #[]内的^代表的意思是取反,所以结果为['a=b']
74 print(re.findall('a[a-z]b','a1b a*b a-b a=b aeb')) #[]内的^代表的意思是取反,所以结果为['a=b']
75 print(re.findall('a[a-zA-Z]b','a1b a*b a-b a=b aeb aEb')) #[]内的^代表的意思是取反,所以结果为['a=b']
76 
77 #\# print(re.findall('a\\c','a\c')) #对于正则来说a\\c确实可以匹配到a\c,但是在python解释器读取a\\c时,会发生转义,然后交给re去执行,所以抛出异常
78 print(re.findall(r'a\\c','a\c')) #r代表告诉解释器使用rawstring,即原生字符串,把我们正则内的所有符号都当普通字符处理,不要转义
79 print(re.findall('a\\\\c','a\c')) #同上面的意思一样,和上面的结果一样都是['a\\c']
80 
81 #():分组
82 print(re.findall('ab+','ababab123')) #['ab', 'ab', 'ab']
83 print(re.findall('(ab)+123','ababab123')) #['ab'],匹配到末尾的ab123中的ab
84 print(re.findall('(?:ab)+123','ababab123')) #findall的结果不是匹配的全部内容,而是组内的内容,?:可以让结果为匹配的全部内容
85 
86 #|
87 print(re.findall('compan(?:y|ies)','Too many companies have gone bankrupt, and the next one is my company'))
View Code
import re
print(re.findall('.','abc'))
print(re.findall('.*','abc'))
print(re.findall('.+','abc'))
print(re.findall('.?','abc'))
print(re.findall('.{2}','abcd'))
print(re.findall('.{1,3}','abcd'))
print(re.findall('^abc','abcdcadasd'))
print(re.findall('^abc.+','abcdcadasd'))
print(re.findall('asd$','abcdcadasd'))
print(re.findall('.+asd$','abcdcadasd'))
print(re.findall(r'\byuan','yuanasas yuan saddsadsyuan'))
print(re.findall(r'yuan\b','yuanasas sasayuan saddsadsyuan'))
print(re.findall(r'\Byuan','yuanasas sasayuansad yuan dasdasyuan'))
print(re.findall('\Byuan','yu1anssyuan adsdyuandasdyuanyuan yuan1yuan'))
print(re.findall('\Byuan','yuanssyuan adsdyuandasdyuan'))
print(re.findall('y[abcd]an','yaanybanycanydn'))
print(re.findall('ab|cd','abcd'))  #不能用[],因为[]只使用与单个的字符的or,多个字符要用|
print(re.findall('[0-9]+','12123dsad2233dasd2'))
print(re.findall('[A-z]+','dadas11daADDASDd2dsadasddasdasds11'))
print(re.findall('[^A-z]+','asdasd12123123dd313121d2122121'))#[]里面的^取非
print(re.findall('[^aeiou]+','asdascas12221oisaouidoasodji'))#非元音字符
res = re.search('\d+(\.?\d*)','1.123 121.21 0.122')
res1 =re.compile('\d{4}\-\d{8}')
print(res1.findall('02112-1212123dsada0791-888888881212dsadas'))
res2 = re.compile('\w+@\w+\.\w+')
print(res2.findall('576561638@qq.com'))
print(res2.findall('576561638@163.com'))
print(re.findall('.+(\d+-\d+-\d+)','Tue Jan 13 04:26:57 1970:: unta@sljrpn.edu::1024017-4-6'))  #贪婪匹配
print(re.findall('.+?(\d+-\d+-\d+)','Tue Jan 13 04:26:57 1970:: unta@sljrpn.edu::1024017-4-6')) #非贪婪匹配


>>>>>>>>>
['a', 'b', 'c']
['abc', '']
['abc']
['a', 'b', 'c', '']
['ab', 'cd']
['abc', 'd']
['abc']
['abcdcadasd']
['asd']
['abcdcadasd']
['yuan', 'yuan']
['yuan', 'yuan']
['yuan', 'yuan']
['yuan', 'yuan', 'yuan', 'yuan', 'yuan']
['yuan', 'yuan', 'yuan']
['yaan', 'yban', 'ycan']
['ab', 'cd']
['12123', '2233', '2']
['dadas', 'daADDASDd', 'dsadasddasdasds']
['12123123', '313121', '2122121']
['sd', 'sc', 's12221', 's', 'd', 's', 'dj']
['0791-88888888']
['576561638@qq.com']
['576561638@163.com']
['7-4-6']
['1024017-4-6']

3.re模块的方法:

# ===========================re模块提供的方法介绍===========================
import re
#1
print(re.findall('e','alex make love') )   #['e', 'e', 'e'],返回所有满足匹配条件的结果,放在列表里
#2
print(re.search('e','alex make love').group()) #e,只到找到第一个匹配然后返回一个包含匹配信息的对象,该对象可以通过调用group()方法得到匹配的字符串,如果字符串没有匹配,则返回None。

#3
print(re.match('e','alex make love'))    #None,同search,不过在字符串开始处进行匹配,完全可以用search+^代替match

#4
print(re.split('[ab]','abcd'))     #['', '', 'cd'],先按'a'分割得到''和'bcd',再对''和'bcd'分别按'b'分割

#5
print('===>',re.sub('a','A','alex make love')) #===> Alex mAke love,不指定n,默认替换所有
print('===>',re.sub('a','A','alex make love',1)) #===> Alex make love
print('===>',re.sub('a','A','alex make love',2)) #===> Alex mAke love
print('===>',re.sub('^(\w+)(.*?\s)(\w+)(.*?\s)(\w+)(.*?)$',r'\5\2\3\4\1','alex make love')) #===> love make alex

print('===>',re.subn('a','A','alex make love')) #===> ('Alex mAke love', 2),结果带有总共替换的个数


#6
obj=re.compile('\d{2}')

print(obj.search('abc123eeee').group()) #12
print(obj.findall('abc123eeee')) #['12'],重用了obj
正则表达式 RE模块正则表达式 RE模块
import re
print(re.findall("<(?P<tag_name>\w+)>\w+</(?P=tag_name)>","<h1>hello</h1>")) #['h1']
print(re.search("<(?P<tag_name>\w+)>\w+</(?P=tag_name)>","<h1>hello</h1>").group()) #<h1>hello</h1>
print(re.search("<(?P<tag_name>\w+)>\w+</(?P=tag_name)>","<h1>hello</h1>").groupdict()) #<h1>hello</h1>

print(re.search(r"<(\w+)>\w+</(\w+)>","<h1>hello</h1>").group())
print(re.search(r"<(\w+)>\w+</\1>","<h1>hello</h1>").group())

import re

print(re.findall(r'-?\d+\.?\d*',"1-12*(60+(-40.35/5)-(-4*3))")) #找出所有数字['1', '-12', '60', '-40.35', '5', '-4', '3']


#使用|,先匹配的先生效,|左边是匹配小数,而findall最终结果是查看分组,所有即使匹配成功小数也不会存入结果
#而不是小数时,就去匹配(-?\d+),匹配到的自然就是,非小数的数,在此处即整数
print(re.findall(r"-?\d+\.\d*|(-?\d+)","1-2*(60+(-40.35/5)-(-4*3))")) #找出所有整数['1', '-2', '60', '', '5', '-4', '3']
补充
#为何同样的表达式search与findall却有不同结果:
print(re.search('\(([\+\-\*\/]*\d+\.?\d*)+\)',"1-12*(60+(-40.35/5)-(-4*3))").group()) #(-40.35/5)
print(re.findall('\(([\+\-\*\/]*\d+\.?\d*)+\)',"1-12*(60+(-40.35/5)-(-4*3))")) #['/5', '*3']

#看这个例子:(\d)+相当于(\d)(\d)(\d)(\d)...,是一系列分组
print(re.search('(\d)+','123').group()) #group的作用是将所有组拼接到一起显示出来
print(re.findall('(\d)+','123')) #findall结果是组内的结果,且是最后一个组的结果

search与findall

 

正则表达式 RE模块正则表达式 RE模块
  1 #_*_coding:utf-8_*_
  2 __author__ = 'Linhaifeng'
  3 #在线调试工具:tool.oschina.net/regex/#
  4 import re
  5 
  6 s='''
  7 http://www.baidu.com
  8 egon@oldboyedu.com
  9 你好
 10 010-3141
 11 '''
 12 
 13 #最常规匹配
 14 # content='Hello 123 456 World_This is a Regex Demo'
 15 # res=re.match('Hello\s\d\d\d\s\d{3}\s\w{10}.*Demo',content)
 16 # print(res)
 17 # print(res.group())
 18 # print(res.span())
 19 
 20 #泛匹配
 21 # content='Hello 123 456 World_This is a Regex Demo'
 22 # res=re.match('^Hello.*Demo',content)
 23 # print(res.group())
 24 
 25 
 26 #匹配目标,获得指定数据
 27 
 28 # content='Hello 123 456 World_This is a Regex Demo'
 29 # res=re.match('^Hello\s(\d+)\s(\d+)\s.*Demo',content)
 30 # print(res.group()) #取所有匹配的内容
 31 # print(res.group(1)) #取匹配的第一个括号内的内容
 32 # print(res.group(2)) #去陪陪的第二个括号内的内容
 33 
 34 
 35 
 36 #贪婪匹配:.*代表匹配尽可能多的字符
 37 # import re
 38 # content='Hello 123 456 World_This is a Regex Demo'
 39 #
 40 # res=re.match('^He.*(\d+).*Demo$',content)
 41 # print(res.group(1)) #只打印6,因为.*会尽可能多的匹配,然后后面跟至少一个数字
 42 
 43 
 44 #非贪婪匹配:?匹配尽可能少的字符
 45 # import re
 46 # content='Hello 123 456 World_This is a Regex Demo'
 47 #
 48 # res=re.match('^He.*?(\d+).*Demo$',content)
 49 # print(res.group(1)) #只打印6,因为.*会尽可能多的匹配,然后后面跟至少一个数字
 50 
 51 
 52 #匹配模式:.不能匹配换行符
 53 content='''Hello 123456 World_This
 54 is a Regex Demo
 55 '''
 56 # res=re.match('He.*?(\d+).*?Demo$',content)
 57 # print(res) #输出None
 58 
 59 # res=re.match('He.*?(\d+).*?Demo$',content,re.S) #re.S让.可以匹配换行符
 60 # print(res)
 61 # print(res.group(1))
 62 
 63 
 64 #转义:\
 65 
 66 # content='price is $5.00'
 67 # res=re.match('price is $5.00',content)
 68 # print(res)
 69 #
 70 # res=re.match('price is \$5\.00',content)
 71 # print(res)
 72 
 73 
 74 #总结:尽量精简,详细的如下
 75     # 尽量使用泛匹配模式.*
 76     # 尽量使用非贪婪模式:.*?
 77     # 使用括号得到匹配目标:用group(n)去取得结果
 78     # 有换行符就用re.S:修改模式
 79 
 80 
 81 
 82 
 83 
 84 
 85 
 86 
 87 
 88 
 89 
 90 
 91 
 92 
 93 
 94 #re.search:会扫描整个字符串,不会从头开始,找到第一个匹配的结果就会返回
 95 
 96 # import re
 97 # content='Extra strings Hello 123 456 World_This is a Regex Demo Extra strings'
 98 #
 99 # res=re.match('Hello.*?(\d+).*?Demo',content)
100 # print(res) #输出结果为None
101 
102 #
103 # import re
104 # content='Extra strings Hello 123 456 World_This is a Regex Demo Extra strings'
105 #
106 # res=re.search('Hello.*?(\d+).*?Demo',content) #
107 # print(res.group(1)) #输出结果为
108 
109 
110 
111 #re.search:只要一个结果,匹配演练,
112 import re
113 content='''
114 <tbody>
115 <tr id="4766303201494371851675" class="even "><td><div class="hd"><span class="num">1</span><div class="rk "><span class="u-icn u-icn-75"></span></div></div></td><td class="rank"><div class="f-cb"><div class="tt"><a href="/song?id=476630320"><img class="rpic" src="http://p1.music.126.net/Wl7T1LBRhZFg0O26nnR2iQ==/19217264230385030.jpg?param=50y50&amp;quality=100"></a><span data-res-id="476630320" "
116 # res=re.search('<a\shref=.*?<b\stitle="(.*?)".*?b>',content)
117 # print(res.group(1))
118 
119 
120 #re.findall:找到符合条件的所有结果
121 # res=re.findall('<a\shref=.*?<b\stitle="(.*?)".*?b>',content)
122 # for i in res:
123 #     print(i)
124 
125 
126 
127 #re.sub:字符串替换
128 import re
129 content='Extra strings Hello 123 456 World_This is a Regex Demo Extra strings'
130 
131 # content=re.sub('\d+','',content)
132 # print(content)
133 
134 
135 #用\1取得第一个括号的内容
136 #用法:将123与456换位置
137 # import re
138 # content='Extra strings Hello 123 456 World_This is a Regex Demo Extra strings'
139 #
140 # # content=re.sub('(Extra.*?)(\d+)(\s)(\d+)(.*?strings)',r'\1\4\3\2\5',content)
141 # content=re.sub('(\d+)(\s)(\d+)',r'\3\2\1',content)
142 # print(content)
143 
144 
145 
146 
147 # import re
148 # content='Extra strings Hello 123 456 World_This is a Regex Demo Extra strings'
149 #
150 # res=re.search('Extra.*?(\d+).*strings',content)
151 # print(res.group(1))
152 
153 
154 # import requests,re
155 # respone=requests.get('https://book.douban.com/').text
156 
157 # print(respone)
158 # print('======'*1000)
159 # print('======'*1000)
160 # print('======'*1000)
161 # print('======'*1000)
162 # res=re.findall('<li.*?cover.*?href="(.*?)".*?title="(.*?)">.*?more-meta.*?author">(.*?)</span.*?year">(.*?)</span.*?publisher">(.*?)</span.*?</li>',respone,re.S)
163 # # res=re.findall('<li.*?cover.*?href="(.*?)".*?more-meta.*?author">(.*?)</span.*?year">(.*?)</span.*?publisher">(.*?)</span>.*?</li>',respone,re.S)
164 #
165 #
166 # for i in res:
167 #     print('%s    %s    %s   %s' %(i[0].strip(),i[1].strip(),i[2].strip(),i[3].strip()))
View Code

#计算器作业参考:http://www.cnblogs.com/wupeiqi/articles/4949995.html
expression='1-2*((60+2*(-3-40.0/5)*(9-2*5/3+7/3*99/4*2998+10*568/14))-(-4*3)/(16-3*2))'

content=re.search('\(([\-\+\*\/]*\d+\.?\d*)+\)',expression).group() #(-3-40.0/5)

正则表达式 RE模块正则表达式 RE模块
 1 import re ,sys
 2 '1-2*((60+2*(-3-40.0/5*-4)*(9-2*5/3+7/3*99/4*2998+10*568/14))-(-4*3)/(16-3*2))'
 3 def Multiply_divide(variate_list):
 4     multiply_variate= variate_list[0]
 5     pattern = re.compile('\d+\.*\d*[\*\/]{1}[\+\-]?\d+\.*\d*')
 6     flag = pattern.search(multiply_variate)
 7     if not flag:
 8         return
 9     multiply_variate1 = pattern.search(multiply_variate).group()
10     # print(multiply_variate1)
11     if multiply_variate1.__contains__('*'):
12         n1,n2 = multiply_variate1.split('*')
13         value = float(n1) * float(n2)
14     else:
15         n1,n2 = multiply_variate1.split('/')
16         value = float(n1) / float(n2)
17     before,after = pattern.split(multiply_variate,1)
18     new_variate = "%s%s%s" % (before,value,after)
19     variate_list[0] = new_variate
20     Multiply_divide(variate_list)
21 def add_substract(variate_list):
22     add_variate = variate_list[0]
23     while True:
24         if add_variate.__contains__('--') or add_variate.__contains__('+-') or add_variate.__contains__('++') or add_variate.__contains__('-+'):
25             add_variate =add_variate.replace('--','+')
26             add_variate =add_variate.replace('+-','-')
27             add_variate =add_variate.replace('++','+')
28             add_variate =add_variate.replace('-+','-')
29         else:break
30     pattern = re.compile('[\+\-]?\d+\.?\d*[\+|-]{1}\d+\.?\d*')
31     flag = pattern.search(add_variate)
32     if not flag:
33         return
34     add_variate1 = pattern.search(add_variate).group()
35     if add_variate1.startswith('-'):
36         variate_list[1] = 2
37         add_variate1 = add_variate1.replace('-','&')
38         add_variate1 = add_variate1.replace('+','-')
39         add_variate1 = add_variate1.replace('&','+')
40         add_variate1 = add_variate1[1:len(add_variate1)-1]
41     if add_variate1.__contains__('-'):
42         n1,n2 = add_variate1.split('-')
43         value = float(n1) - float(n2)
44     if add_variate1.__contains__('+'):
45         n1,n2 = add_variate1.split('+')
46         value = float(n1) + float(n2)
47     if variate_list[1] == 2:
48         value = value * -1
49         variate_list[1] = 1
50     else:value = value
51     before,after = pattern.split(add_variate,1)
52     new_str = '%s%s%s' % (before,value,after)
53     variate_list[0] = new_str
54     add_substract(variate_list)
55 def computer(arg):
56     variate_list = [arg,0]
57     # print(variate_list)
58     Multiply_divide(variate_list)
59     add_substract(variate_list)
60     # print(variate_list)
61     return variate_list[0]
62 def operations(arg):
63     expression = arg
64     computerc_pattern = re.compile('\(([\+\-\*\/]*\d+\.*\d*){2,}\)')
65     if not computerc_pattern.search(expression):
66         final = computer(expression)
67         return final
68     variate = computerc_pattern.search(expression).group()
69     print('\033[32;1m提取计算的表达式为%s:\033[0m' % variate)
70     ret = computer(variate)
71     ret = ret[1:len(ret)-1]
72     print('\033[32;1m表达式的结果为:%.2f\033[0m' % float(ret))
73     before,nothing,after = computerc_pattern.split(expression,1)
74     new_str = '%s%s%s' % (before,ret,after)
75     print('\033[32;1mAfter:计算后的表达式\033[0m'.center(100,'*'))
76     print('\033[31;1m>>>>>>>>>:%s\033[0m' % new_str)
77     expression = new_str
78     return operations(expression)
79 def menu():
80     while True:
81         user_input = input('\033[31;1m请输入你的表达式:\033[0m')
82         user_input = re.sub('\s*','',user_input)
83         if user_input.lower() == 'q':
84             sys.exit()
85         if len(user_input) == 0 :
86             continue
87         if re.search('[^0-9\.\+\-\*\/\(\)]',user_input):
88             print('输的表达式错误,请重新输入!')
89             continue
90         else:
91             print('\033[32;1m开始计算表达式%s的值:\033[0m' % user_input)
92             result = operations(user_input)
93             print('\033[32;1m最后计算结果为:%.2f(精确小数后两位)\033[0m' % float(result))
计算器View Code

 

正则表达式 RE模块正则表达式 RE模块
 1 from random import randint , choice
 2 from string import ascii_lowercase
 3 from sys import maxunicode
 4 from time import ctime
 5 # import logging
 6 
 7 # def Logger():
 8 #     Logger = logging.getLogger()
 9 #     file_print = logging.FileHandler('random_file')
10 #     stream_print = logging.StreamHandler()
11 #     Logger.addHandler(file_print)
12 #     Logger.addHandler(stream_print)
13 #     return Logger
14 doms = ('com','edu','net','org','gov')
15 for i in range(randint(0,10)):
16     dtint = randint(0,maxunicode-1)
17     dtstr = ctime(dtint)
18     shorter = randint(4,7)
19     em = ' '
20     for j in range(shorter):
21         em += choice(ascii_lowercase)
22 
23     longer = randint(shorter,12)
24     dn = ''
25     for j in range(longer):
26         dn += choice(ascii_lowercase)
27     # res = Logger()
28     # res.warning('%s::%s@%s.%s::%d-%d-%d' % (dtstr,em,dn,choice(doms),dtint,shorter,longer))
29     print('%s::%s@%s.%s::%d-%d-%d' % (dtstr,em,dn,choice(doms),dtint,shorter,longer))
30 
31 >>>>>>>>>
32 Sun Jan  4 05:07:10 1970:: pssgd@abbcuzezete.org::248830-5-11
33 Wed Jan  7 12:40:35 1970:: hquvpjq@ewvbngel.net::535235-7-8
34 Mon Jan  5 22:25:58 1970:: ncpvtkm@elrujelzc.org::397558-7-9
35 Wed Jan  7 19:27:31 1970:: xvkfjka@aqrcwbf.com::559651-7-7
36 Sun Jan 11 11:59:51 1970:: mykrmx@ltqbhkkpdtzi.com::878391-6-12
37 Fri Jan  2 00:32:17 1970:: mhujbnz@juxofli.gov::59537-7-7
38 Sat Jan  3 09:55:38 1970:: pyvnri@bxbncni.org::179738-6-7
39 Sat Jan 10 14:52:24 1970:: jjsnb@ujcquqzamzj.edu::802344-5-11
数据生成代码