python实现个人信息随机生成

"""
生成随机姓名、电话号码、身份证号、性别、应行卡号、邮箱
"""
import random
from firstname import first_name
from langconv import *
from province_id import province_id
from phone_number import phone_number
# from langconv import Converter



# 随机生成姓名
def get_name():
    name_code = ‘‘
    # 在百家姓列表里面随便选择一个姓
    name_code+=random.choice(first_name)
    ran_num = random.randint(0,1)
    # 为0生成的名字是两个字,为1生成的名字是一个字
    if ran_num ==0:
        for i in range(2):
            # 从十进制汉字编码随机选取一个
            ran = random.randint(19968,40869)
            # 将其转换为汉字
            ran = chr(ran)
            name_code+=ran
    else:
        # 从十进制汉字编码随机选取一个
        ran = random.randint(19968, 40869)
        # 将其转换为汉字
        ran = chr(ran)
        name_code += ran
    # 将name_code里面的繁体字转换为简体字
    name_code = Converter(‘zh-hans‘).convert(name_code)
    # 编码
    name_code.encode(‘utf-8‘)
    return name_code

# 随机生成身份证号
def get_idnum():
    id_num = ‘‘
    # 随机选择地址码
    id_num+=str(random.choice(province_id))
    # 随机生成4-6位地址码
    for i in range(4):
        ran_num = str(random.randint(0,9))
        id_num+=ran_num
    b = get_birthday()
    id_num+=b
    # 生成15、16位顺序号
    num = ‘‘
    for i in range(2):
        num += str(random.randint(0,9))
    id_num+=num
    # 通过性别判断生成第十七位数字 男单 女双
    s = get_sex()
    print("性别:",s)
    if s ==‘男‘:
        # 生成奇数
        seventeen_num = random.randrange(1,9,2)
    else:
        seventeen_num = random.randrange(2,9,2)
    id_num+=str(seventeen_num)
    eighteen_num = str(random.randint(1,10))
    if eighteen_num ==‘10‘:
        eighteen_num = ‘X‘
    id_num+=eighteen_num
    return id_num



# 随机生成出生日期
def get_birthday():
    # 随机生成年月日
    year = random.randint(1960,2000)
    month = random.randint(1,12)
    # 判断每个月有多少天随机生成日
    if year%4 ==0:
        if month in (1,3,5,7,8,10,12):
            day = random.randint(1,31)
        elif month in (4,6,9,11):
            day = random.randint(1,30)
        else:
            day = random.randint(1,29)
    else:
        if month in (1,3,5,7,8,10,12):
            day = random.randint(1,31)
        elif month in (4,6,9,11):
            day = random.randint(1,30)
        else:
            day = random.randint(1,28)
    # 小于10的月份前面加0
    if month < 10:
        month = ‘0‘ + str(month)
    if day < 10:
        day = ‘0‘ + str(day)
    birthday = str(year)+str(month)+str(day)
    return birthday

# 匿名函数
get_sex = lambda :random.choice([‘男‘,‘女‘])


# 随机生成手机号
def get_tel():
    tel = ‘‘
    tel+=str(random.choice(phone_number))
    ran = ‘‘
    for i in range(8):
        ran += str(random.randint(0,9))
    tel +=ran
    return tel

# 随机生成银行卡号
def get_card_id():
    card_id = ‘62‘
    for i in range(17):
        ran = str(random.randint(0,9))
        card_id += ran
    return card_id

# 随机生成邮箱
def get_email():
    email_suf = random.choice([‘@163.com‘,‘@qq.com‘,‘@126.com‘,‘@sina.com‘,‘@sina.cn‘,‘@soho.com‘,‘@yeah.com‘])
    phone = get_tel()
    email = phone + email_suf
    print("手机号:",phone)
    return email

x = get_name()
print("姓名:",x)
y = get_idnum()
print("身份证号:",y)
z = get_email()
print("邮箱:",z)
w = get_card_id()
print("银行卡号:",w)

firstname.py
"""
百家姓列表
"""
first_name = [‘赵‘ ,‘钱‘, ‘孙‘,‘李‘,‘周‘,‘吴‘,‘郑‘,‘王‘,‘冯‘,‘陈‘,‘褚‘,‘卫‘,‘蒋‘,
                ‘沈‘,‘韩‘,‘杨‘,‘朱‘,‘秦‘,‘尤‘,‘许‘,‘何‘,‘吕‘,‘施‘,‘张‘,‘孔‘,‘曹‘
                ,‘严‘,‘华‘,‘金‘,‘魏‘,‘陶‘,‘姜‘,‘戚‘,‘谢‘,‘邹‘,‘喻‘,‘柏‘,‘水‘,‘窦‘,‘章‘,‘云‘,‘苏‘,
                ‘潘‘,‘葛‘,‘奚‘,‘范‘,‘彭‘,‘郎‘,‘鲁‘,‘韦‘,‘昌‘,‘马‘,‘苗‘,‘凤‘,‘花‘,‘方‘,‘俞‘,‘任‘,‘袁‘,‘柳‘,
                ‘酆‘,‘鲍‘,‘史‘,‘唐‘,‘费‘,‘廉‘,‘岑‘,‘薛‘,‘雷‘,‘贺‘,‘倪‘,‘汤‘,‘滕‘,‘殷‘,‘罗‘,‘毕‘,‘郝‘,‘邬‘,
                ‘安‘,‘常‘,‘乐‘,‘于‘,‘时‘,‘傅‘,‘皮‘,‘卞‘,‘齐‘,‘康‘,‘伍‘,‘余‘,‘元‘,‘卜‘,‘顾‘,‘孟‘,‘平‘,‘黄‘,
                ‘和‘,‘穆‘,‘萧‘,‘尹‘,‘姚‘,‘邵‘,‘湛‘,‘汪‘,‘祁‘,‘毛‘,‘禹‘,‘狄‘,‘米‘,‘贝‘,‘明‘,‘臧‘,‘计‘,‘伏‘,
                ‘成‘,‘戴‘,‘谈‘,‘宋‘,‘茅‘,‘庞‘,‘熊‘,‘纪‘,‘舒‘,‘屈‘,‘项‘,‘祝‘,‘董‘,‘粱‘,‘杜‘,‘阮‘,‘蓝‘,‘闵‘,
                ‘席‘,‘季‘,‘麻‘,‘强‘,‘贾‘,‘路‘,‘娄‘,‘危‘,‘江‘,‘童‘,‘颜‘,‘郭‘,‘梅‘,‘盛‘,‘林‘,‘刁‘,‘钟‘,‘徐‘,
                ‘邱‘,‘骆‘,‘高‘,‘夏‘,‘蔡‘,‘田‘,‘樊‘,‘胡‘,‘凌‘,‘霍‘,‘虞‘,‘万‘,‘支‘,‘柯‘,‘昝‘,‘管‘,‘卢‘,‘莫‘,
                ‘经‘,‘房‘,‘裘‘,‘缪‘,‘干‘,‘解‘,‘应‘,‘宗‘,‘丁‘,‘宣‘,‘贲‘,‘邓‘,‘郁‘,‘单‘,‘杭‘,‘洪‘,‘包‘,‘诸‘,
                ‘左‘,‘石‘,‘崔‘,‘吉‘,‘钮‘,‘龚‘,‘程‘,‘嵇‘,‘邢‘,‘滑‘,‘裴‘,‘陆‘,‘荣‘,‘翁‘,‘荀‘,‘羊‘,‘於‘,‘惠‘,
                ‘甄‘,‘麴‘,‘家‘,‘封‘,‘芮‘,‘羿‘,‘储‘,‘靳‘,‘汲‘,‘邴‘,‘糜‘,‘松‘,‘井‘,‘段‘,‘富‘,‘巫‘,‘乌‘,‘焦‘,
                ‘巴‘,‘弓‘,‘牧‘,‘隗‘,‘山‘,‘谷‘,‘车‘,‘侯‘,‘宓‘,‘蓬‘,‘全‘,‘郗‘,‘班‘,‘仰‘,‘秋‘,‘仲‘,‘伊‘,‘宫‘,
                ‘宁‘,‘仇‘,‘栾‘,‘暴‘,‘甘‘,‘钭‘,‘厉‘,‘戎‘,‘祖‘,‘武‘,‘符‘,‘刘‘,‘景‘,‘詹‘,‘束‘,‘龙‘,‘叶‘,‘幸‘,
                ‘司‘,‘韶‘,‘郜‘,‘黎‘,‘蓟‘,‘薄‘,‘印‘,‘宿‘,‘白‘,‘怀‘,‘蒲‘,‘邰‘,‘从‘,‘鄂‘,‘索‘,‘咸‘,‘籍‘,‘赖‘,
                ‘卓‘,‘蔺‘,‘屠‘,‘蒙‘,‘池‘,‘乔‘,‘阴‘,‘欎‘,‘胥‘,‘能‘,‘苍‘,‘双‘,‘闻‘,‘莘‘,‘党‘,‘翟‘,‘谭‘,‘贡‘,
                ‘劳‘,‘逄‘,‘姬‘,‘申‘,‘扶‘,‘堵‘,‘冉‘,‘宰‘,‘郦‘,‘雍‘,‘舄‘,‘璩‘,‘桑‘,‘桂‘,‘濮‘,‘牛‘,‘寿‘,‘通‘,
                ‘边‘,‘扈‘,‘燕‘,‘冀‘,‘郏‘,‘浦‘,‘尚‘,‘农‘,‘温‘,‘别‘,‘庄‘,‘晏‘,‘柴‘,‘瞿‘,‘阎‘,‘充‘,‘慕‘,‘连‘,
                ‘茹‘,‘习‘,‘宦‘,‘艾‘,‘鱼‘,‘容‘,‘向‘,‘古‘,‘易‘,‘慎‘,‘戈‘,‘廖‘,‘庾‘,‘终‘,‘暨‘,‘居‘,‘衡‘,‘步‘,
                ‘都‘,‘耿‘,‘满‘,‘弘‘,‘匡‘,‘国‘,‘文‘,‘寇‘,‘广‘,‘禄‘,‘阙‘,‘东‘,‘殴‘,‘殳‘,‘沃‘,‘利‘,‘蔚‘,‘越‘,
                ‘夔‘,‘隆‘,‘师‘,‘巩‘,‘厍‘,‘聂‘,‘晁‘,‘勾‘,‘敖‘,‘融‘,‘冷‘,‘訾‘,‘辛‘,‘阚‘,‘那‘,‘简‘,‘饶‘,‘空‘,
                ‘曾‘,‘毋‘,‘沙‘,‘乜‘,‘养‘,‘鞠‘,‘须‘,‘丰‘,‘巢‘,‘关‘,‘蒯‘,‘相‘,‘查‘,‘後‘,‘荆‘,‘红‘,‘游‘,‘竺‘,
                ‘权‘,‘逯‘,‘盖‘,‘益‘,‘桓‘,‘公‘,‘万俟‘,‘司马‘,‘上官‘,‘欧阳‘,‘夏侯‘,‘诸葛‘,‘闻人‘,‘东方‘,‘赫连‘,
                ‘皇甫‘,‘尉迟‘,‘公羊‘,‘澹台‘,‘公冶‘,‘宗政‘,‘濮阳‘,‘淳于‘,‘单于‘,‘太叔‘,‘申屠‘,‘公孙‘,‘仲孙‘,
                ‘轩辕‘,‘令狐‘,‘钟离‘,‘宇文‘,‘长孙‘,‘慕容‘,‘鲜于‘,‘闾丘‘,‘司徒‘,‘司空‘,‘亓官‘,‘司寇‘,‘仉‘,‘督‘,
                ‘子车‘,‘颛孙‘,‘端木‘,‘巫马‘,‘公西‘,‘漆雕‘,‘乐正‘,‘壤驷‘,‘公良‘,‘拓跋‘,‘夹谷‘,‘宰父‘,‘谷梁‘,‘晋‘,
                ‘楚‘,‘闫‘,‘法‘,‘汝‘,‘鄢‘,‘涂‘,‘钦‘,‘段干‘,‘百里‘,‘东郭‘,‘南门‘,‘呼延‘,‘归‘,‘海‘,‘羊舌‘,‘微生‘,
                ‘岳‘,‘帅‘,‘缑‘,‘亢‘,‘况‘,‘后‘,‘有‘,‘琴‘,‘梁丘‘,‘左丘‘,‘东门‘,‘西门‘,‘商‘,‘牟‘,‘佘‘,‘佴‘,‘伯‘,
                ‘赏‘,‘南宫‘,‘墨‘,‘哈‘,‘谯‘,‘笪‘,‘年‘,‘爱‘,‘阳‘,‘佟‘,‘言‘,‘福‘]

langconv.py

#!/usr/bin/env python
# -*- coding: utf-8 -*-

from copy import deepcopy
import re

try:
    import psyco
    psyco.full()
except:
    pass

try:
    from zh_wiki import zh2Hant, zh2Hans
except ImportError:
    from zhtools.zh_wiki import zh2Hant, zh2Hans

import sys
py3k = sys.version_info >= (3, 0, 0)

if py3k:
    UEMPTY = ‘‘
else:
    _zh2Hant, _zh2Hans = {}, {}
    for old, new in ((zh2Hant, _zh2Hant), (zh2Hans, _zh2Hans)):
        for k, v in old.items():
            new[k.decode(‘utf8‘)] = v.decode(‘utf8‘)
    zh2Hant = _zh2Hant
    zh2Hans = _zh2Hans
    UEMPTY = ‘‘.decode(‘utf8‘)

# states
(START, END, FAIL, WAIT_TAIL) = list(range(4))
# conditions
(TAIL, ERROR, MATCHED_SWITCH, UNMATCHED_SWITCH, CONNECTOR) = list(range(5))

MAPS = {}

class Node(object):
    def __init__(self, from_word, to_word=None, is_tail=True,
            have_child=False):
        self.from_word = from_word
        if to_word is None:
            self.to_word = from_word
            self.data = (is_tail, have_child, from_word)
            self.is_original = True
        else:
            self.to_word = to_word or from_word
            self.data = (is_tail, have_child, to_word)
            self.is_original = False
        self.is_tail = is_tail
        self.have_child = have_child

    def is_original_long_word(self):
        return self.is_original and len(self.from_word)>1

    def is_follow(self, chars):
        return chars != self.from_word[:-1]

    def __str__(self):
        return ‘<Node, %s, %s, %s, %s>‘ % (repr(self.from_word),
                repr(self.to_word), self.is_tail, self.have_child)

    __repr__ = __str__

class ConvertMap(object):
    def __init__(self, name, mapping=None):
        self.name = name
        self._map = {}
        if mapping:
            self.set_convert_map(mapping)

    def set_convert_map(self, mapping):
        convert_map = {}
        have_child = {}
        max_key_length = 0
        for key in sorted(mapping.keys()):
            if len(key)>1:
                for i in range(1, len(key)):
                    parent_key = key[:i]
                    have_child[parent_key] = True
            have_child[key] = False
            max_key_length = max(max_key_length, len(key))
        for key in sorted(have_child.keys()):
            convert_map[key] = (key in mapping, have_child[key],
                    mapping.get(key, UEMPTY))
        self._map = convert_map
        self.max_key_length = max_key_length

    def __getitem__(self, k):
        try:
            is_tail, have_child, to_word  = self._map[k]
            return Node(k, to_word, is_tail, have_child)
        except:
            return Node(k)

    def __contains__(self, k):
        return k in self._map

    def __len__(self):
        return len(self._map)

class StatesMachineException(Exception): pass

class StatesMachine(object):
    def __init__(self):
        self.state = START
        self.final = UEMPTY
        self.len = 0
        self.pool = UEMPTY

    def clone(self, pool):
        new = deepcopy(self)
        new.state = WAIT_TAIL
        new.pool = pool
        return new

    def feed(self, char, map):
        node = map[self.pool+char]

        if node.have_child:
            if node.is_tail:
                if node.is_original:
                    cond = UNMATCHED_SWITCH
                else:
                    cond = MATCHED_SWITCH
            else:
                cond = CONNECTOR
        else:
            if node.is_tail:
                cond = TAIL
            else:
                cond = ERROR

        new = None
        if cond == ERROR:
            self.state = FAIL
        elif cond == TAIL:
            if self.state == WAIT_TAIL and node.is_original_long_word():
                self.state = FAIL
            else:
                self.final += node.to_word
                self.len += 1
                self.pool = UEMPTY
                self.state = END
        elif self.state == START or self.state == WAIT_TAIL:
            if cond == MATCHED_SWITCH:
                new = self.clone(node.from_word)
                self.final += node.to_word
                self.len += 1
                self.state = END
                self.pool = UEMPTY
            elif cond == UNMATCHED_SWITCH or cond == CONNECTOR:
                if self.state == START:
                    new = self.clone(node.from_word)
                    self.final += node.to_word
                    self.len += 1
                    self.state = END
                else:
                    if node.is_follow(self.pool):
                        self.state = FAIL
                    else:
                        self.pool = node.from_word
        elif self.state == END:
            # END is a new START
            self.state = START
            new = self.feed(char, map)
        elif self.state == FAIL:
            raise StatesMachineException(‘Translate States Machine ‘
                    ‘have error with input data %s‘ % node)
        return new

    def __len__(self):
        return self.len + 1

    def __str__(self):
        return ‘<StatesMachine %s, pool: "%s", state: %s, final: %s>‘ % (
                id(self), self.pool, self.state, self.final)
    __repr__ = __str__

class Converter(object):
    def __init__(self, to_encoding):
        self.to_encoding = to_encoding
        self.map = MAPS[to_encoding]
        self.start()

    def feed(self, char):
        branches = []
        for fsm in self.machines:
            new = fsm.feed(char, self.map)
            if new:
                branches.append(new)
        if branches:
            self.machines.extend(branches)
        self.machines = [fsm for fsm in self.machines if fsm.state != FAIL]
        all_ok = True
        for fsm in self.machines:
            if fsm.state != END:
                all_ok = False
        if all_ok:
            self._clean()
        return self.get_result()

    def _clean(self):
        if len(self.machines):
            self.machines.sort(key=lambda x: len(x))
            # self.machines.sort(cmp=lambda x,y: cmp(len(x), len(y)))
            self.final += self.machines[0].final
        self.machines = [StatesMachine()]

    def start(self):
        self.machines = [StatesMachine()]
        self.final = UEMPTY

    def end(self):
        self.machines = [fsm for fsm in self.machines
                if fsm.state == FAIL or fsm.state == END]
        self._clean()

    def convert(self, string):
        self.start()
        for char in string:
            self.feed(char)
        self.end()
        return self.get_result()

    def get_result(self):
        return self.final


def registery(name, mapping):
    global MAPS
    MAPS[name] = ConvertMap(name, mapping)

registery(‘zh-hant‘, zh2Hant)
registery(‘zh-hans‘, zh2Hans)
del zh2Hant, zh2Hans


def run():
    import sys
    from optparse import OptionParser
    parser = OptionParser()
    parser.add_option(‘-e‘, type=‘string‘, dest=‘encoding‘,
            help=‘encoding‘)
    parser.add_option(‘-f‘, type=‘string‘, dest=‘file_in‘,
            help=‘input file (- for stdin)‘)
    parser.add_option(‘-t‘, type=‘string‘, dest=‘file_out‘,
            help=‘output file‘)
    (options, args) = parser.parse_args()
    if not options.encoding:
        parser.error(‘encoding must be set‘)
    if options.file_in:
        if options.file_in == ‘-‘:
            file_in = sys.stdin
        else:
            file_in = open(options.file_in)
    else:
        file_in = sys.stdin
    if options.file_out:
        if options.file_out == ‘-‘:
            file_out = sys.stdout
        else:
            file_out = open(options.file_out, ‘wb‘)
    else:
        file_out = sys.stdout

    c = Converter(options.encoding)
    for line in file_in:
        # print >> file_out, c.convert(line.rstrip(‘\n‘).decode(
        file_out.write(c.convert(line.rstrip(‘\n‘).decode(
            ‘utf8‘)).encode(‘utf8‘))


if __name__ == ‘__main__‘:
    run()

province_id.py

"""
各身份前两位地址码
"""
province_id = [11,12,13,14,15,21,22,23,31,32,33,34,35,36,37,41,42,43,44,45,46,
               50,51,52,53,54,61,62,63,65,65,81,82,83]

phone_number.py

# 手机号开头
phone_number = [139,138,137,136,135,134,159,158,15,150,151,152,188,
                130,131,132,156,155,133,153,189]