//RTC初始化
//返回值:0,初始化成功;
// 1,LSE开启失败;
// 2,进入初始化模式失败;
u8 RTC_Init(void)
{
u16 retry=0X1FFF;
RCC->APB1ENR|=1<<28; //使能电源接口时钟
PWR->CR|=1<<8; //后备区域访问使能(RTC+SRAM)
if(RTC_Read_BKR(0)!=0X5050) //是否第一次配置?
{
RCC->BDCR|=1<<0; //LSE 开启
while(retry&&((RCC->BDCR&0X02)==0))//等待LSE准备好
{
retry--;
delay_ms(5);
}
if(retry==0)return 1; //LSE 开启失败.
RCC->BDCR|=1<<8; //选择LSE,作为RTC的时钟
RCC->BDCR|=1<<15; //使能RTC时钟
//关闭RTC寄存器写保护
RTC->WPR=0xCA;
RTC->WPR=0x53;
if(RTC_Init_Mode())return 2;//进入RTC初始化模式
RTC->PRER=0XFF; //RTC同步分频系数(0~7FFF),必须先设置同步分频,再设置异步分频,Frtc=Fclks/((Sprec+1)*(Asprec+1))
RTC->PRER|=0X7F<<16; //RTC异步分频系数(1~0X7F)
RTC->CR&=~(1<<6); //RTC设置为,24小时格式
RTC->ISR&=~(1<<7); //退出RTC初始化模式
RTC->WPR=0xFF; //使能RTC寄存器写保护
RTC_Set_Time(23,59,56,0); //设置时间
RTC_Set_Date(14,5,5,1); //设置日期
//RTC_Set_AlarmA(7,0,0,10); //设置闹钟时间
RTC_Write_BKR(0,0X5050); //标记已经初始化过了
}
//RTC_Set_WakeUp(4,0); //配置WAKE UP中断,1秒钟中断一次
return 0;
}
/***********************************************************************
module : [机器设置操作]
function : [设置时间]
return : [0:成功
其它:失败]
comment : [全局普通函数]
machine : [EH-0818]
language : [CHN]
keyword : [MAC_SET]
date : [11/07/20]
author : [chen-zhengkai]
************************************************************************/
int setTime()
{
typ_TIME ttime;
char dBuf[40] = {0};
const char returnStr[] = "按任意键返回";
const char cueStr[] = "请输入时间:";
int ret = 0;
int hour = 0;
int minute = 0;
int second = 0;
char str1[20] = {0};
char str2[20] = {0};
char str3[20] = {0};
RTC_Get_Time(&ttime);
hour = ttime.hour;
minute = ttime.min;
second = ttime.sec;
strcpy(str1,"时:");
strcpy(str2,"分:");
strcpy(str3,"秒:");
while (1) {
// sprintf(dBuf,"%02d:%02d:%02d",ttime.hour,ttime.min,ttime.sec);
// DispStr_CE(0,0,dBuf,DISP_CENTER|DISP_CLRSCR);
DispStr_CE(0,0,cueStr,DISP_CENTER|DISP_CLRSCR);
DispStr_CE(0,4,str1,DISP_POSITION);
DispStr_CE(0,8,str2,DISP_POSITION);
DispStr_CE(0,12,str3,DISP_POSITION);
ret = input_date_time(4,2,1,0,23,str1,&hour);
if (ret == -1) {
return ret;
}
ret = input_date_time(8,2,1,0,59,str2,&minute);
if (ret == -1) {
continue;
}
ret = input_date_time(12,2,1,0,59,str3,&second);
if (ret != -1) {
ttime.hour = hour;
ttime.min = minute;
ttime.sec = second;
RTC_Set_Time(&ttime);
sprintf(dBuf,"%02d:%02d:%02d",hour,minute,second);
DispStr_CE(0,6,dBuf,DISP_CENTER|DISP_CLRSCR);
DispStr_CE(0,10,returnStr,DISP_CENTER);
delay_and_wait_key( 3, EXIT_KEY_ALL, 0 );
return 0;
}
}
}
Status_t Menu_Set_Time(struct Menu_State_s *Menu_State_p, const uint32 Key, void *Ptr)
{
FuncIN(MENU_SET_TIME);
Status_t Status = GENERAL_ERROR;
RtcTime_t Time_s;
static uint32 EnterFlag = 0;
if(EnterFlag == 0)
{
RTC_Get_Time(&Time_s);
Hour = Time_s.Hour;
Minute = Time_s.Minute;
Second = Time_s.Second;
}
clrd();
printd(1, "Set Time");
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
Menu_Time_Update_Disp_Ptr_Pos();
printc("(%s): Enter! Key = 0x%08X\n", __func__, Key);
switch(Key)
{
case ENTER_KEY_EVENT:
// First enter in this state
if(EnterFlag == 0)
{
EnterFlag = 1;
break;
}
Time_s.Hour = Hour;
Time_s.Minute = Minute;
Time_s.Second = Second;
Status = RTC_Set_Time(&Time_s);
VERIFY(Status, Status);
if(Status == SUCCESS)
printd(2, "%02u:%02u:%02u Time Set!", Hour, Minute, Second);
else
printd(2, "%02u:%02u:%02u ERROR!!!", Hour, Minute, Second);
break;
case CANCEL_KEY_EVENT:
clrd();
Hour = 0;
Minute = 0;
Second = 0;
PointerPosition = 1;
EnterFlag = 0;
EXIT_SUCCESS_FUNC(MENU_SET_TIME);
case UP_KEY_EVENT:
Menu_Time_Increment_Ptr_Pos_Number();
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case DOWN_KEY_EVENT:
Menu_Time_Decrement_Ptr_Pos_Number();
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case LEFT_KEY_EVENT:
if(PointerPosition > 1)
{
PointerPosition--;
Menu_Time_Update_Disp_Ptr_Pos();
}
break;
case RIGHT_KEY_EVENT:
if(PointerPosition < 6)
{
PointerPosition++;
Menu_Time_Update_Disp_Ptr_Pos();
}
break;
case EXIT_KEY_EVENT:
clrd();
Hour = 0;
Minute = 0;
Second = 0;
PointerPosition = 1;
EnterFlag = 0;
EXIT_SUCCESS_FUNC(MENU_SET_TIME);
case MENU_KEY_EVENT:
clrd();
Hour = 0;
Minute = 0;
Second = 0;
PointerPosition = 1;
EnterFlag = 0;
EXIT_SUCCESS_FUNC(MENU_SET_TIME);
case NUM1_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(1);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM2_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(2);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM3_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(3);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM4_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(4);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM5_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(5);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM6_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(6);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM7_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(7);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM8_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(8);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM9_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(9);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
case NUM0_KEY_EVENT:
Menu_Time_Set_Ptr_Pos_Number(0);
printd(2, "%02u:%02u:%02u", Hour, Minute, Second);
break;
default:
Fatal_Abort(-INVALID_INPUT_PARAMETER);
} // switch(Key)
syncd();
EXIT_SUCCESS_FUNC(MENU_SET_TIME);
}
void cgi_process_data (U8 code, U8 *dat, U16 len) {
/* This function is called by HTTP server to process the returned Data */
/* for the CGI Form POST method. It is called on SUBMIT from the browser. */
/* Parameters: */
/* code - callback context code */
/* 0 = www-url-encoded form data */
/* 1 = filename for file upload (0-terminated string) */
/* 2 = file upload raw data */
/* 3 = end of file upload (file close requested) */
/* 4 = any xml encoded POST data (single or last stream) */
/* 5 = the same as 4, but with more xml data to follow */
/* Use http_get_content_type() to check the content type */
/* dat - pointer to POST received data */
/* len - received data length */
static FILE *f = NULL;
U32 n;
U8 *var,*p;
BOOL format_flash = FALSE;
BOOL settings_save = FALSE;
BOOL sntp_time_configurations_load = FALSE;
RTC_Time rtc_time;
BOOL rtc_save = FALSE;
BOOL add_admin = FALSE, add_user = FALSE;
BOOL save_user = FALSE, delete_user = FALSE, delete_users = FALSE;
BOOL save_admin = FALSE, delete_admin = FALSE;
int admin_number = 0;
int user_number = 0;
USER *user = malloc(sizeof(USER));
ADMIN *admin = malloc(sizeof(ADMIN));
static FINFO file_info;
//ADMIN *admin = malloc(sizeof(ADMIN));
//USER *user = malloc(sizeof(USER));
switch (code) {
case 0:
/* Url encoded form data received. */
break;
case 1:
/* Filename for file upload received as encoded by the browser. */
/* It might contain an absolute path to a file from the sending */
/* host. Open a file for writing. */
var = dat;
/* Remove path info from filename, keep only the name. */
for (p = dat; *p; p++) {
if (*p == '\\') var = p + 1;
}
if (*var == 0) {
/* Send was clicked but a filename was not selected. */
return;
}
/* Filename is OK, initialize the card. */
if (finit(NULL) != 0) {
f = NULL;
return;
}
/* Files will be stored to the root directory of SD card. */
f = fopen ((const char *)var,"w");
return;
case 2:
/* File content data received. Write data to a file. */
/* This function will be called several times with */
/* code 2 when a big file is being uploaded. */
if (f != NULL) {
/* Write in 512 byte blocks. This is the optimal way for */
/* the FAT FS with caching enabled. For cache buffer */
/* size of 4KB the file write speed is 1.2 MByte/sec. */
while ((n = len) > 0) {
if (n > 512) n = 512;
fwrite (dat,1,n,f);
dat += n;
len -= n;
}
}
return;
case 3:
/* File upload finished. Close a file. */
if (f != NULL) {
fclose (f);
}
return;
default:
/* Ignore all other codes. */
return;
}
if (len == 0) {
/* No data or all items (radio, checkbox) are off. */
return;
}
var = (U8 *)alloc_mem (40);
do {
/* Parse all returned parameters. */
dat = http_get_var (dat, var, 40);
if (var[0] != 0) {
if (str_scomp(var, (const U8*)"file_delete=") == TRUE) { // FILE DELETE
fdelete((const char *)var+12);
} else if (str_scomp(var, (const U8*)"format_flash=yes") == TRUE) { // FORMAT FLASH
format_flash = TRUE;
} else if (str_scomp(var, (const U8*)"ani_file_delete=") == TRUE) { // ANIMATION FILE DELETE
if (fdelete((const char *)var+16) == 0) {
if (ANIMATION_PLAY && strcmp(AnimationFileName, (const char *)var+16) == 0) {
Animation_Stop();
}
}
} else if (str_scomp(var, (const U8*)"delete_all_ani=yes") == TRUE) {
while (ffind("*.ani", &file_info) == 0) {
fdelete((const char*)file_info.name);
}
}
// USERS & ADMINS COMMANDS
if(str_scomp(var, (const U8*)"delete_user="******"%d", &user_number);
delete_user = TRUE;
} else if(str_scomp(var, (const U8*)"delete_users=") == TRUE) {
delete_users = TRUE;
} else if(str_scomp(var, (const U8*)"save_user="******"%d", &user_number);
save_user = TRUE;
} else if (str_scomp(var, (const U8*)"add_user=yes") == TRUE) {
add_user = TRUE;
}
if(str_scomp(var, (const U8*)"delete_admin=") == TRUE) {
sscanf((const char *)var+12, "%d", &admin_number);
delete_admin = TRUE;
} else if(str_scomp(var, (const U8*)"save_admin=") == TRUE) {
sscanf((const char *)var+10, "%d", &admin_number);
save_admin = TRUE;
} else if (str_scomp(var, (const U8*)"add_admin=yes") == TRUE) {
add_admin = TRUE;
}
if(str_scomp(var, (const U8*)"username="******"password="******"first_name=") == TRUE) {
strcpy(user->First_Name, (const char *)var+11);
} else if(str_scomp(var, (const U8*)"last_name=") == TRUE) {
strcpy(user->Last_Name, (const char *)var+10);
} else if(str_scomp(var, (const U8*)"email=") == TRUE) {
strcpy(user->Email, (const char *)var+6);
strcpy(admin->Email, (const char *)var+6);
}
// SNTP TIME COMMANDS
if(str_scomp(var, (const U8*)"sntp_time_load=yes") == TRUE) {
sntp_time_configurations_load = TRUE;
settings_save = TRUE;
} else if(str_scomp(var, (const U8*)"sntp_ip_1_0=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_1[0]);
} else if(str_scomp(var, (const U8*)"sntp_ip_1_1=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_1[1]);
} else if(str_scomp(var, (const U8*)"sntp_ip_1_2=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_1[2]);
} else if(str_scomp(var, (const U8*)"sntp_ip_1_3=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_1[3]);
} else if(str_scomp(var, (const U8*)"sntp_ip_2_0=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_2[0]);
} else if(str_scomp(var, (const U8*)"sntp_ip_2_1=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_2[1]);
} else if(str_scomp(var, (const U8*)"sntp_ip_2_2=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_2[2]);
} else if(str_scomp(var, (const U8*)"sntp_ip_2_3=") == TRUE) {
sscanf((const char *)var+12, "%d", (int*)&SNTP_Server_IP_2[3]);
}
// TIME COMMANDS
if(str_scomp(var, (const U8*)"time_format=") == TRUE) {
strcpy(SETTINGS_DATA[TIME_FORMAT], (const char *)var+12);
settings_save = TRUE;
} else if(str_scomp(var, (const U8*)"date_format=") == TRUE) {
strcpy(SETTINGS_DATA[DATE_FORMAT], (const char *)var+12);
settings_save = TRUE;
} else if(str_scomp(var, (const U8*)"timezone_offset_select=") == TRUE) {
TIME_ZONE_OFFSET_SELECTED_VALUE = atoi((const char *)var+23);
settings_save = TRUE;
}
// MANUAL TIME COMMANDS
if(str_scomp(var, (const U8*)"manual_time=") == TRUE) {
sscanf((const char *)var+12, "%d:%d", (int*)&rtc_time.Hour, (int*)&rtc_time.Min);
rtc_save = TRUE;
settings_save = TRUE;
} else if(str_scomp(var, (const U8*)"manual_date=") == TRUE) {
sscanf((const char *)var+12, "%d-%d-%d", (int*)&rtc_time.Year, (int*)&rtc_time.Mon, (int*)&rtc_time.Mday);
rtc_save = TRUE;
settings_save = TRUE;
}
// ANIMATION
if(str_scomp(var, (const U8*)"animation_start=") == TRUE) {
AnimationFileName = (char *)malloc(strlen((const char *)var)-15);
strcpy(AnimationFileName, (const char *)var+16);
Animation_Start();
} else if(str_scomp(var, (const U8*)"animation_stop=yes") == TRUE) {
Animation_Stop();
}
}
} while (dat);
free_mem ((OS_FRAME *)var);
if (format_flash == TRUE) {
SPI_FLASH_Delete_All_Files();
} else if (sntp_time_configurations_load == TRUE) {
SNTP_Load_Time();
} else if (rtc_save == TRUE) {
TIME_ZONE_OFFSET_SELECTED_VALUE = 0;
RTC_Set_Time(rtc_time);
} else if(save_user == TRUE) {
if(USERS_Check_User(user) == USER_Warning_OK) {
strcpy((&Users[user_number])->Username, user->Username);
strcpy((&Users[user_number])->Password, user->Password);
strcpy((&Users[user_number])->First_Name, user->First_Name);
strcpy((&Users[user_number])->Last_Name, user->Last_Name);
strcpy((&Users[user_number])->Email, user->Email);
USERS_Save();
}
} else if(save_admin == TRUE) {
if(ADMINS_Check_Admin(admin) == ADMIN_Warning_OK) {
strcpy((&Admins[admin_number])->Username, admin->Username);
strcpy((&Admins[admin_number])->Password, admin->Password);
strcpy((&Admins[admin_number])->Email, admin->Email);
ADMINS_Save();
}
} else if(delete_user == TRUE) {
USERS_Remove_User_By_Index(user_number);
} else if(delete_admin == TRUE) {
ADMINS_Remove_Admin_By_Index(admin_number);
} else if (add_admin == TRUE) {
ADMINS_Add_Admin(admin);
} else if (add_user == TRUE) {
USERS_Add_User(user);
} else if(delete_users == TRUE) {
USERS_Remove_All();
}
if (settings_save == TRUE) {
SETTINGS_Save();
}
free(user);
free(admin);
}
