secgateway/Product/user/user_manager/usermanager-test/test_usermanager.c

#include <stdio.h>
#include <time.h>
#include <stdlib.h>
#include <unistd.h>
#include <cjson/cJSON.h>
#include "common_user.h"
#include "array_index.h"
#include "user_group.h"
#include "user.h"
#include "user_account_config.h"
#include "user_group_config.h"




extern USERGROUP g_group_table[GROUP_INDEX_MAX];
extern USERACCOUNT g_user_table[USER_INDEX_MAX];

int main1(void)
{
	printf("初始化用户组：%d\n", init_group());

	printf("增加一个用户组：%d\n", add_group("aaa04", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa07", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa08", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa09", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa10", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa11", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa12", "描述04"));
	char *testgroupin = "{\"type\": 0,\"data\": {\"gname\": \"aaa21\",\"gdescription\": \"xxx\"}}";
	char *testgroupin01 = "{\"type\": 0,\"data\": {\"gname\": \"aaa22\",\"gdescription\": \"xxx\"}}";
	char * outputgroup;
	char * outputgroup01;
	outputgroup = malloc(130);
	outputgroup01 = malloc(130);
	if (NULL == outputgroup || NULL == outputgroup01)
	{
		printf("ulist fail");
	}
	int *olenth = 1;
	ret_code ret_add_group = usergroup_config_proc(1,1,testgroupin,1,outputgroup,olenth);
	printf("测试对外接口-增加一个用户组：%d\n", ret_add_group);
	printf("%s \n", outputgroup);

	ret_code ret_add_group01 = usergroup_config_proc(1,1,testgroupin01,1,outputgroup01,olenth);
	printf("测试对外接口-增加一个用户组：%d\n", ret_add_group01);
	printf("%s \n", outputgroup01);




	printf("初始化用户：%d\n", init_user());

	USERADD* addUserResullt;
	addUserResullt = (USERADD*)malloc(sizeof(USERADD));
	if (NULL == addUserResullt)
	{
		printf("shibaile");
	}

	usermanager_add_user("用户01", "aaa08", addUserResullt);
	printf("%d,用户id：%d\n", addUserResullt->result, addUserResullt->userID);
	usermanager_add_user("用户02", "aaa04", addUserResullt);
	printf("%d,用户id：%d\n", addUserResullt->result, addUserResullt->userID);
	usermanager_add_user("用户03", "aaa04", addUserResullt);
	printf("%d,用户id：%d\n", addUserResullt->result, addUserResullt->userID);
	usermanager_add_user("用户04", "aaa04", addUserResullt);
	printf("%d,用户id：%d\n", addUserResullt->result, addUserResullt->userID);
	usermanager_add_user("用户05", "aaa04", addUserResullt);
	printf("%d,用户id：%d\n", addUserResullt->result, addUserResullt->userID);

	char * output1;
	output1 = malloc(50);
	if (NULL == output1)
	{
		printf("ulist fail");
	}
	
	char *testin = "{\"type\": 0,\"data\": {\"uname\": \"小明\",\"gname\": \"aaa08\"}}";
	int *a = 1;
	ret_code c = user_config_proc(1, 1, testin, 1, output1, a);

	printf("*******************************************************************************\n");
	printf("这里是个测试第一次结果,新增用户：%d\n", c);
	printf("%s\n", output1);
	printf("*******************************************************************************\n");


	char *testmodweb = "{\"type\":2, \"data\":{\"ID\": 2,\"GID\" : 4,\"uname\" : \"用户05\",\"gname\" : \"xxx\",\"passwd\" : \"zhelishimima123\" , \
		\"udescription\" : \"修改用\",\"multi\" : 1,\"valid\" : 1,\"valid_begin_time\" : \"2013-07-04 15:04:23\",\"valid_end_time\" : \"2019-07-04 15:04:23\"}}";

	char * output2;
	output2 = malloc(50);
	if (NULL == output2)
	{
		printf("ulist fail");
	}
	ret_code cc = user_config_proc(1, 1, testmodweb, 1, output2, a);
	printf("*******************************************************************************\n");
	printf("这里是个测试第二次结果，修改用户web：%d\n", cc);
	printf("%s\n", output2);
	printf("*******************************************************************************\n");
	UCHAR_FREE(output2);

	char *testmodline = "{\"type\":5, \"data\":{\"uname\": \"用户05\",\"attr_type\" : 6,\"attr_data\" : \"2018-03-03 15:04:23\"}}";
	char * output3;
	output3 = malloc(50);
	if (NULL == output3)
	{
		printf("ulist fail");
	}
	ret_code ccc = user_config_proc(1, 1, testmodline, 1, output3, a);
	printf("*******************************************************************************\n");
	printf("这里是个测试第三次结果，修改用户-line：%d\n", ccc);
	printf("%s\n", output3);
	printf("*******************************************************************************\n");
	UCHAR_FREE(output3);



	return 0;
}


int main(void)
{

	printf("初始化用户组：%d\n", init_group());

	printf("增加一个用户组：%d\n", add_group("", ""));
	printf("增加一个用户组：%d\n", add_group("aaa01", "描述02"));
	printf("增加一个用户组：%d\n", add_group("aaa03", "描述03"));
	printf("增加一个用户组：%d\n", add_group("aaa,", "描述04"));
	printf("增加一个用户组：%d\n", add_group("", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa04", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa07", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa08", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa09", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa10", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa11", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa12", "描述04"));

	//USERGROUP U[22] = { 0 };
	int gsize = get_group_count();

	USERGROUP* U;
	U = (USERGROUP*)malloc(sizeof(USERGROUP) * gsize);
	if (NULL == U)
	{
		printf("shibaile");
	}

	show_group_list(U);
	for (int i = 0; i < gsize; i++)
	{
		printf("第 %d 用户组 ID : %d, NAME: %s, 描述：%s \n", i, U[i].ID, U[i].gname, U[i].gdescription);
	}

	char* name1 = { "aaa18" };
	printf("删除一个组：%s, %d\n", name1, del_group_by_name(name1));
	printf("删除一个组：%s, %d\n", "aaa03", del_group_by_name("aaa03"));
	printf("删除一个组：%s, %d\n", "aaaa03", del_group_by_name("aaaa03"));

	printf("增加一个用户组：%d\n", add_group("aaa30", "就爱看九分阿道夫就卡了阿道夫阿道夫就"));
	printf("增加一个用户组：%d\n", add_group("aaa31", "描述31"));
	printf("增加一个用户组：%d\n", add_group("aaa32", "描述31"));
	printf("增加一个用户组：%d\n", add_group("aaa13", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa14", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa15", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa16", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa17", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa18", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa18", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa20", "描述04"));
	//printf("增加一个用户组：%d\n", add_group("aaa21", "描述04"));

	char *testgroupin = "{\"type\": 0,\"data\": {\"gname\": \"aaa21\",\"gdescription\": \"xxx\"}}";
	char * outputgroup;
	outputgroup = malloc(130);
	if (NULL == outputgroup)
	{
		printf("ulist fail");
	}
	int *olenth = 1;
	ret_code ret_add_group = usergroup_config_proc(1,1,testgroupin,1,outputgroup,olenth);
	printf("测试对外接口-增加一个用户组：%d\n", ret_add_group);
	printf("%s \n", outputgroup);
	UCHAR_FREE(outputgroup);

	printf("增加一个用户组：%d\n", add_group("aaa22", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa23", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa20", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa20", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa24", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa25", "描述04"));
	printf("增加一个用户组：%d\n", add_group("aaa26", "描述04"));


	gsize = get_group_count();

	USERGROUP* U1;
	U1 = (USERGROUP*)malloc(sizeof(USERGROUP) * gsize);
	if (NULL == U1)
	{
		printf("shibaile");
	}

	show_group_list(U1);
	for (int i = 0; i < gsize; i++)
	{
		printf("第 %d 用户组 ID : %d, NAME: %s, 描述：%s \n", i, U1[i].ID, U1[i].gname, U1[i].gdescription);
	}




	char* name2 = { "aaa10" };
	USERGROUP* U2;
	U2 = (USERGROUP*)malloc(sizeof(USERGROUP));
	if (NULL == U2)
	{
		printf("shibaile");
	}
	find_group_by_name(name2, U2);
	if (NULL != U2)
	{
		printf("%s, %d, %s, %s \n", name2, U2->ID, U2->gname, U2->gdescription);
	}

	printf("*************************************\n");


	printf("初始化用户：%d\n", init_user());
	for (int i = 0; i < 10; i++)
	{
		printf("初始化后的第 %d 个用户,ID:%d, PWD:%s \n", i, g_user_table[i].ID, g_user_table[i].passwd);
	}

	USERADD* addUserResullt;
	addUserResullt = (USERADD*)malloc(sizeof(USERADD));
	//printf("sizeof(USERADD): %d\n",sizeof(USERADD));
	if (NULL == addUserResullt)
	{
		printf("shibaile");
	}

	usermanager_add_user("用户01", "aaa04", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	//addUserResullt = AddUser("用户02", "aaa04", NULL);
	//printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user(NULL, "aaa04", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("", "aaa04", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户04,", "aaa04", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户05", "aCaa04", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户01", "aaa04", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户04", "aaa07", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户05", "aaa07", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户06", "aaa07", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户07", "aaa07", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户08", "aaa07", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);
	 usermanager_add_user("用户09", "aaa07", addUserResullt);
	printf("%d,%d\n", addUserResullt->result, addUserResullt->userID);



	char * output1;
	output1 = malloc(40);
	if (NULL == output1)
	{
		printf("ulist fail");
	}
	
	char *testin = "{\"type\": 0,\"data\": {\"uname\": \"小明\",\"gname\": \"aaa14\"}}";
	int *a = 1;
	ret_code c = user_config_proc(1, 1, testin, 1, output1, a);

	printf("*******************************************************************************\n");
	printf("这里是个测试第一次结果,新增用户：%d\n", c);
	printf("%s\n", output1);
	printf("*******************************************************************************\n");
	UCHAR_FREE(output1);

	for (int i = 0; i < USER_INDEX_MAX; i++)
	{
		if (g_user_table[i].ID != 0)
		{
			printf("tianjia后的第 %d 个用户, ID:%d, GID:%d, 用户名：%s, PWD:%s \n", i, g_user_table[i].ID, g_user_table[i].GID, g_user_table[i].uname, g_user_table[i].passwd);
		}
	}

	printf("*****************************************************\n");

	USERLIST* ulist;
	ulist = (USERLIST*)malloc(sizeof(USERLIST));
	if (NULL == ulist)
	{
		printf("ulist fail");
	}

	unsigned short id1 = 2;
	get_user_by_id(id1, ulist);
	printf("查找id为:%d, 用户名:%s, 用户组ID:%d，用户组名：%s,描述：%s", id1, ulist->uname, ulist->GID, ulist->gname, ulist->udescription);
	printf(" ,多用户登陆:%d, 永久性:%d, 开始时间：%s, 结束时间：%s", ulist->multi, ulist->valid, ulist->valid_begin_time, ulist->valid_end_time);
	printf("密码：%s\n", ulist->passwd);

	// USERLIST* ulist2;
	// ulist2 = (USERLIST*)malloc(sizeof(USERLIST));
	// if (NULL == ulist2)
	// {
	// 	printf("ulist fail");
	// }

	// ulist2->ID = 2;
	// ulist2->GID = 4;
	// strcpy(ulist2->udescription, "修改用");
	// strcpy(ulist2->passwd, "zhelishimima123");
	// ulist2->multi = 1;
	// ulist2->valid = 1;
	// strcpy(ulist2->valid_begin_time, "2013-07-04 15:04:23");
	// strcpy(ulist2->valid_end_time, "2019-07-04 15:04:23");


	// printf("%d\n", mod_user_web(ulist2));

	char *testmodweb = "{\"type\":2, \"data\":{\"ID\": 2,\"GID\" : 4,\"uname\" : \"用户05\",\"gname\" : \"xxx\",\"passwd\" : \"zhelishimima123\" , \
		\"udescription\" : \"修改用\",\"multi\" : 1,\"valid\" : 1,\"valid_begin_time\" : \"2013-07-04 15:04:23\",\"valid_end_time\" : \"2019-07-04 15:04:23\"}}";

	char * output2;
	output2 = malloc(50);
	if (NULL == output2)
	{
		printf("ulist fail");
	}
	ret_code cc = user_config_proc(1, 1, testmodweb, 1, output2, a);
	printf("*******************************************************************************\n");
	printf("这里是个测试第二次结果，修改用户web：%d\n", cc);
	printf("%s\n", output2);
	printf("*******************************************************************************\n");
	UCHAR_FREE(output2);

	USERLIST* ulist22;
	ulist22 = (USERLIST*)malloc(sizeof(USERLIST));
	if (NULL == ulist22)
	{
		printf("ulist fail");
	}
	get_user_by_id(id1, ulist22);
	printf("查找id为:%d, 用户名:%s, 用户组ID:%d，用户组名：%s,描述：%s", id1, ulist22->uname, ulist22->GID, ulist22->gname, ulist22->udescription);
	printf(" ,多用户登陆:%d, 永久性:%d, 开始时间：%s, 结束时间：%s", ulist22->multi, ulist22->valid, ulist22->valid_begin_time, ulist22->valid_end_time);
	printf("密码：%s\n", ulist22->passwd);

	//printf("内存表中的时间：%lld,%lld, mul_avil:%d", g_user_table[2].valid_begin_time, g_user_table[2].valid_end_time, g_user_table[2].multi_valid);


	mod_user_line("用户05", 0, "zhelishimiaoshu");
	mod_user_line("用户05", 1, "aaa12");
	mod_user_line("用户05", 2, "zhelishidenglumima");
	//mod_user_line("用户05", 3, "1");
	mod_user_line("用户05", 4, "1");
	mod_user_line("用户05", 5, "2013-03-03 15:04:23");
	//mod_user_line("用户05", 6, "2018-03-03 15:04:23");
	//mod_user_line("用户05", 7, "2020-03-03 15:04:23");
	char *testmodline = "{\"type\":5, \"data\":{\"uname\": \"用户05\",\"attr_type\" : 6,\"attr_data\" : \"2018-03-03 15:04:23\"}}";

	char * output3;
	output3 = malloc(50);
	if (NULL == output3)
	{
		printf("ulist fail");
	}
	ret_code ccc = user_config_proc(1, 1, testmodline, 1, output3, a);
	printf("*******************************************************************************\n");
	printf("这里是个测试第三次结果，修改用户-line：%d\n", ccc);
	printf("%s\n", output3);
	printf("*******************************************************************************\n");
	UCHAR_FREE(output3);

	unsigned short id2 = 3;
	get_user_by_id(id2, ulist22);
	printf("查找id为:%d, 用户名:%s, 用户组ID:%d，用户组名：%s,描述：%s", id2, ulist22->uname, ulist22->GID, ulist22->gname, ulist22->udescription);
	printf(" ,多用户登陆:%d, 永久性:%d, 开始时间：%s, 结束时间：%s", ulist22->multi, ulist22->valid, ulist22->valid_begin_time, ulist22->valid_end_time);
	printf("密码：%s\n", ulist22->passwd);

	printf("*********************************************************************************\n");



	// USER_AUTH_RET* aret;
	// aret = (USER_AUTH_RET*)malloc(sizeof(USER_AUTH_RET));
	// if (NULL == aret)
	// {
	// 	printf("111111111111");
	// }
	// time_t t1 = time(NULL);

	// aret = user_auth("用户05", "zhelishidenglumima", t1, aret);
	// printf("%d,%d,%d\n", aret->ret, aret->user_id, aret->group_id);

	// Sleep(1000);
	// t1 = time(NULL);
	// aret = user_auth("用户05", "zhelishidenglumima", t1, aret);
	// printf("%d,%d,%d\n", aret->ret, aret->user_id, aret->group_id);

	// Sleep(1000);
	// t1 = time(NULL);
	// aret = user_auth("用户05", "zhelishidenglumima", t1, aret);
	// printf("%d,%d,%d\n",aret->ret,aret->user_id,aret->group_id);

	// Sleep(1000);
	// t1 = time(NULL);
	// aret = user_auth("用户05", "zhelishidenglumima", t1, aret);
	// printf("%d,%d,%d\n", aret->ret, aret->user_id, aret->group_id);

	// Sleep(1000);
	// t1 = time(NULL);
	// aret = user_auth("用户05", "zhelishidenglumima", t1, aret);
	// printf("%d,%d,%d\n", aret->ret, aret->user_id, aret->group_id);

	// Sleep(1000);
	// t1 = time(NULL);
	// aret = user_auth("用户05", "zhelishidenglumima", t1, aret);
	// printf("%d,%d,%d\n", aret->ret, aret->user_id, aret->group_id);

	// mod_user_line("用户05", 6, "2020-03-03 15:04:23");
	// Sleep(4000);
	// t1 = time(NULL);
	// aret = user_auth("用户05", "zhelishidenglumima", t1, aret);
	// printf("%d,%d,%d\n", aret->ret, aret->user_id, aret->group_id);


	///extern USER_AUTH_LIST g_user_auth_ret_table[USER_INDEX_MAX];

	//printf("%lld,%lld,%lld",g_user_auth_ret_table[3].fail_time[0], g_user_auth_ret_table[3].fail_time[1], g_user_auth_ret_table[3].fail_time[2]);



	return 0;
}