BGjReaue

1#include<vector>
2#include<string>
3#include<algorithm>
4#include<iostream>
5#include<iomanip>
6#include<stdlib.h>
7#include<windows.h>
8#include <fstream>
9#include <random>
10
11using namespace std;
12
13struct MyLine
14{
15	string name;
16	string familiya;
17	string otchestvo;
18	string birth;
19	string country;
20	string sex;
21	int inn;
22	int passport;
23	string adress;
24	string email;//
25	string judge;
26	string profession;
27	string study;
28	string snils;
29	string voenkom;
30	string telephone;
31};
32
33void printLine(MyLine Person) {
34	ofstream fout("table.txt");
35
36	fout << setw(15) << Person.name <<
37		setw(15) << Person.familiya <<
38		setw(15) << Person.otchestvo <<
39		setw(15) << Person.birth <<
40		setw(15) << Person.country <<
41		setw(15) << Person.sex <<
42		setw(15) << Person.inn <<
43		setw(15) << Person.passport <<
44		setw(15) << Person.adress <<
45		setw(15) << Person.email <<
46		setw(15) << Person.judge <<
47		setw(15) << Person.profession <<
48		setw(15) << Person.study <<
49		setw(15) << Person.snils <<
50		setw(15) << Person.voenkom <<
51		setw(15) << Person.telephone <<
52		endl;
53
54}
55
56void printTable(std::vector<MyLine> tableTemp) {
57	ofstream fout("table.txt");
58	fout << endl;
59	fout << "Имя" << setw(15) <<
60		"Фамилия" << setw(15) <<
61		"Отчество" << setw(15) <<
62		"Дата рождения" << setw(15) <<
63		"Место рождения" << setw(15) <<
64		"Пол" << setw(15) <<
65		"Инн" << setw(20) <<
66		"Паспортные данные" << setw(20) <<
67		"Адрес проживания" << setw(15) <<
68		"E-mail" << setw(15) <<
69		"Судимости" << setw(15) <<
70		"Профессия" << setw(15) <<
71		"Образование" << setw(15) <<
72		"СНИЛС" << setw(15) <<
73		"Сведения о воинском учете" << setw(15) <<
74		"Номер телефона" << endl;
75	fout << endl;
76	for (int ite = 0; ite < tableTemp.size(); ite++)
77		printLine(tableTemp[ite]);
78	fout << endl;
79}
80
81
82
83
84bool inputLine(std::vector<MyLine>& tableTemp) {
85	vector<string> MNAME = { "Матвей","Артем","Максим","Дмитрий","Тимофей","Даниил","Роман","Арсений","Егор","Кирилл","Иван","Алексей","Никита","Илья",
86		"Ярослав","Тимур","Михаил","Владислав","Александр","Сергей","Глеб","Денис","Руслан","Павел","Константин","Владимир","Вадим","Семен","Антон","Олег" };
87
88	vector<string> FNAME = { "София","Арина","Алиса","Анастасия","Полина","Вероника","Дарья","Светлана","Мария","Анна","Кристина","Алена","Юлия","Диана","Камила",
89		"Ольга","Софья","Елена","Карина","Ангелина","Александра","Татьяна","Наталия","Олеся","Ярослава","Анжела","Эльвира","Алла","Инна","Людмилла" };
90
91
92	vector<string> M2NAME = { "Иванов","Васильев","Петров","Смирнов","Михайлов","Волков","Кузнецов","Соловьев","Орлов","Захаров","Виноградов","Морозов",
93		"Новиков","Ефимов","Карнаухов","Ефремов","Банных","Боговолов","Пузанков","Боткин","Худокормов","Федосеев","Осипов","Боровов","Киселев","Крылов","Жуков","Пушкин","Соболев","Карпов" };
94
95	vector<string> F2NAME = { "Ковалева","Ильина","Гусева","Титова","Кузьмина","Баранова","Сорокина","Крылова","Максимова","Ефимова","Карнаухова","Осипова","Белоусова"
96		,"Щербакова","Блинова","Морозова","Петрова","Волкова","Филиппова","Беляева","Сергеева","Ершова","Никитина","Рябова","Полякова","Цветкова","Никитина","Фомина","Андреева","Ефремова" };
97
98
99	vector<string> M3NAME = { "Матвеевич","Артемович","Максимович","Дмитриевич","Тимофеевич","Данилович","Романович","Арсеньевич","Егорович","Кириллович","Иванович","Алексеевич","Никитович","Ильич",
100		"Ярославович","Тимурович","Михаилович","Владиславович","Александрович","Сергеевич","Глебович","Денисович","Русланович","Павлович","Константинович","Владимирович",
101		"Вадимович","Семенович","Антонович","Олегович" };
102
103	vector<string> F3NAME = { "Матвеевна","Артемовна","Максимовна","Дмитриевна","Тимофеевна","Даниловна","Романовна","Арсениевна","Егоровна","Кирилловна","Ивановна","Алексеевна","Ильина",
104		"Ярославовна","Тимуровна","Михаиловна","Владиславовна","Александровна","Сергеевна","Глебовна","Денисовна","Руслановна","Павловна","Константиновна","Владимировна","Вадимовна","Семеновна","Антоновна","Олеговна", "Константиновна" };
105
106	vector<string> street = { "Юрловский пр-д.", "Северный б-р.", "ул. Декабристов.", "ул. Хачатуряна." };
107
108	vector<string> mailgroup = { "mail.ru", "yandex.ru", "google.com", "rambler.ru" };
109
110	vector<string> professionmass = { "Судебный эксперт","Звукорежиссер","Международник","Повар","Психолог","Режиссер","Инженер-конструктор","Прокурор",
111		"Вирусолог","Архитектор","Инженер-проектировщик","Пилот","Спасатель","Видеооператор","Программист-разработчик","Биохимик","Журнались","Дизайнер","IT-специалист",
112		"Дизайнер ландшафта","Врач","Горный инженер","Биофизик","Дизайнер интерьера","Фотограф","Следователь","Микробиолог","Олег","Авиационный техник","Пожарный",
113		"Специалист по системам безопасности", "Повар", "Продюссер", "Адвокат", "Инженер", "Дипломат", "Астроном", "Продавец-консультант", "Переводчик", "Химик", "Редактор",
114		"Кинолог", "Web-программист", "Эколог", "Стоматолог", "Актер", "Судья", "Сантехник", "Водитель", "Пекарь" }; // количество профессий в массиве 50
115	MyLine temp{ "","","","","","",0,0,"","","","","","","","" };
116	int sex1;
117	int num;
118	int uchet;
119	int studyrand;
120	int profnum;
121	int mailgroupnum;
122	int house;
123	int flat;
124	int mailpref;
125	char mailgen[6];
126	int streetnum;
127	streetnum = rand() % 4;
128	mailgroupnum = rand() % 4;
129	house = rand() % 30 + 1;
130	flat = rand() % 144 + 1;
131	mailpref = rand() % 523948 + 165400;
132	studyrand = rand() % 2;
133	uchet = rand() % 2;
134	sex1 = rand() % 2;
135	num = rand() % 30;
136	mailgroupnum = rand() % 4;
137	profnum = rand() % 51;
138	if (sex1 == 0) {
139		temp.name = MNAME[num];
140		temp.familiya = M2NAME[num];
141		temp.otchestvo = M3NAME[num];
142		temp.sex = "Мужской";
143		if (uchet == 0) {
144			temp.voenkom = "Не служил";
145		}
146		if (uchet == 1) {
147			temp.voenkom = "Служил";
148		}
149	}
150	if (sex1 == 1) {
151		temp.name = FNAME[num];
152		temp.familiya = F2NAME[num];
153		temp.otchestvo = F3NAME[num];
154		temp.sex = "Женский";
155		temp.voenkom = "-";
156	}
157	random_device rand;
158	uniform_int_distribution<> d1(01, 28);
159	uniform_int_distribution<> d2(01, 12);
160	uniform_int_distribution<> d3(1965, 1995);
161	temp.birth = ""+d1(rand)+d2(rand)+d3(rand);
162	temp.country = "РФ";
163
164	uniform_int_distribution<long long int> inngen(10000000000, 99999999999);
165	temp.inn = inngen(rand);
166
167
168	uniform_int_distribution<long long int>passportgen(1000000000, 9999999999);
169	temp.passport = passportgen(rand);
170
171
172	temp.adress = "" + street[streetnum];
173	temp.adress += house;
174	temp.adress += flat;
175
176
177
178	temp.email = mailgen + mailgroup[mailgroupnum];
179
180	temp.judge = "Судимостей нет";
181
182	temp.profession = professionmass[num];
183
184	if (studyrand == 0) {
185		temp.study = "Высшее";
186	}
187	else if (studyrand == 1) {
188		temp.study = "Среднее специальное";
189	}
190
191	uniform_int_distribution<long long int>snilsgen(1000000000, 99999999999);
192	temp.snils = snilsgen(rand);
193
194	uniform_int_distribution<long long int> telephone2(1000000, 9999999);
195	temp.telephone = "+7" + 900 + telephone2(rand);
196
197
198
199
200
201	tableTemp.push_back(temp);
202	return (true);
203}
204
205
206int main(int argc, char* argv[]) {
207	SetConsoleCP(1251);
208	SetConsoleOutputCP(1251);
209	std::vector<MyLine> table;
210	MyLine Person;
211	setlocale(LC_ALL, "rus");
212	ofstream fout("table.txt");
213	for (int i = 0; i < 501; i++) {
214		inputLine(table);
215	}
216
217	printTable(table);
218	system("pause");
219	return 0;
220}