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ucos ii下液晶菜单的设计

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问答对人有帮助，内容完整，我也想知道答案 0 本帖最后由 zhanddkk 于 2015-9-13 00:47 编辑最近公司里的废弃电路板比较多就是拿回来自己折腾玩了，以前大学的时候用51做过数字万年历，但是51那可怜的资源真是设计起来麻烦的要死，现在在ARM7 上搞，简直很随意了。其实原理也很简单没啥技术含量，纯属娱乐，就当做对ucos ii的学习了。 #include "Menu.h" //Common //extern const stStateInfo NormalClock; const stMenuList pMenuListEntry = NULL; //Home const char clockStr[] = { MENU_ZH_CODE_START, 43, MENU_ZH_CODE_START, 44, }; static const stHomeIcon clockIcon = { BMP_ICON_ID_CLOCK, {clockStr, sizeof(clockStr)}, &NormalClock, 0x00000000, }; const char calendarStr[] = { MENU_ZH_CODE_START, 0, MENU_ZH_CODE_START, 45, }; static const stHomeIcon calendarIcon = { BMP_ICON_ID_CALENDAR, {calendarStr, sizeof(calendarStr)}, &NormalClock, 0x00000000, }; const char gameStr[] = { MENU_ZH_CODE_START, 46, MENU_ZH_CODE_START, 47, }; static const stHomeIcon gameIcon = { BMP_ICON_ID_GAME, {gameStr, sizeof(gameStr)}, &NormalClock, 0x00000000, }; const char settingStr[] = { MENU_ZH_CODE_START, 48, MENU_ZH_CODE_START, 49, }; static const stHomeIcon settingIcon = { BMP_ICON_ID_SETTING, {settingStr, sizeof(settingStr)}, &Menu, (INT32U)&MenuSetList, }; const char systemStr[] = { MENU_ZH_CODE_START, 50, MENU_ZH_CODE_START, 51, }; static const stHomeIcon systemIcon = { BMP_ICON_ID_SYSTEM, {systemStr, sizeof(systemStr)}, &NormalClock, 0x00000000, }; const stHomeIcon HomeIcon[] = { &clockIcon, &calendarIcon, &gameIcon, &settingIcon, &systemIcon, }; const INT8U HomeIconTotalNum = sizeof(HomeIcon) / sizeof(stHomeIcon ); //Set menu static INT8U menuSetInputData[2] = {1, 1}; #define MENU_SET_ITEM_ID 0u #define MENU_SET_TIME_ITEM_ID MENU_SET_ITEM_ID + 0u static const char menuSetTimeStr[] = { MENU_ZH_CODE_START, 43, MENU_ZH_CODE_START, 56, MENU_ZH_CODE_START, 48, MENU_ZH_CODE_START, 49 }; const stMenuItem MenuSetTime = { 0u, MENU_SET_TIME_ITEM_ID, {menuSetTimeStr, sizeof(menuSetTimeStr)}, &NormalClock, }; #define MENU_SET_DATE_ITEM_ID MENU_SET_TIME_ITEM_ID + 1u static const char menuSetDateStr[] = { MENU_ZH_CODE_START, 0, MENU_ZH_CODE_START, 13, MENU_ZH_CODE_START, 48, MENU_ZH_CODE_START, 49 }; const stMenuItem MenuSetDate = { 0u, MENU_SET_DATE_ITEM_ID, {menuSetDateStr, sizeof(menuSetDateStr)}, &SetDate, }; #define MENU_SYSTEM_SET_ITEM_ID MENU_SET_DATE_ITEM_ID + 1u static const char menuSystemSetStr[] = { MENU_ZH_CODE_START, 50, MENU_ZH_CODE_START, 51, MENU_ZH_CODE_START, 48, MENU_ZH_CODE_START, 49 }; const stMenuItem MenuSystemSet = { 3u, MENU_SYSTEM_SET_ITEM_ID, {menuSystemSetStr, sizeof(menuSystemSetStr)}, &MenuSystemSetList, }; const stMenuItem menuSetListGroup[] = { &MenuSetTime, &MenuSetDate, &MenuSystemSet, }; const stMenuList MenuSetList = { sizeof(menuSetListGroup) / sizeof(stMenuItem ), menuSetInputData, &settingIcon.str, NULL, NULL, menuSetListGroup, }; //System set menu static INT8U menuSystemSetInputData[2] = {1, 1}; #define MENU_SET_SYSTEM_ID 0u #define MENU_BACK_LIGHT_TIME_ITEM_ID MENU_SET_SYSTEM_ID + 0u static const char menuBackLightTimeStr[] = { MENU_ZH_CODE_START, 57, MENU_ZH_CODE_START, 58, MENU_ZH_CODE_START, 43, MENU_ZH_CODE_START, 56 }; const stMenuItem MenuBackLightTime = { 0u, MENU_BACK_LIGHT_TIME_ITEM_ID, {menuBackLightTimeStr, sizeof(menuBackLightTimeStr)}, &NormalClock, }; #define MENU_MENU_OVERTIME_ITEM_ID MENU_BACK_LIGHT_TIME_ITEM_ID + 0u static const char menuOvertimeStr[] = { MENU_ZH_CODE_START, 59, MENU_ZH_CODE_START, 60, MENU_ZH_CODE_START, 61, MENU_ZH_CODE_START, 43, MENU_ZH_CODE_START, 43, MENU_ZH_CODE_START, 56 }; const stMenuItem MenuOvertime = { 0u, MENU_MENU_OVERTIME_ITEM_ID, {menuOvertimeStr, sizeof(menuOvertimeStr)}, &NormalClock, }; #define MENU_LCD_CONTRAST_ITEM_ID MENU_MENU_OVERTIME_ITEM_ID + 0u static const char menuLcdContrastStr[] = { 'L', 'C', 'D', MENU_ZH_CODE_START, 64, MENU_ZH_CODE_START, 65, MENU_ZH_CODE_START, 66 }; const stMenuItem MenuLcdContrast = { 0u, MENU_LCD_CONTRAST_ITEM_ID, {menuLcdContrastStr, sizeof(menuLcdContrastStr)}, &NormalClock, }; const stMenuItem menuSystemSetListGroup[] = { &MenuBackLightTime, &MenuOvertime, &MenuLcdContrast, }; const stMenuList MenuSystemSetList = { sizeof(menuSystemSetListGroup) / sizeof(stMenuItem ), menuSystemSetInputData, &MenuSystemSet.itemName, &MenuSystemSet, &MenuSetList, menuSystemSetListGroup, }; 复制代码* #ifndef MENU_H_ #define MENU_H_ #include "Platform.h" #include "ucos_ii.h" #include "State.h" #define MENU_ZH_CODE_START 0xA1 #define HOME_ICON_ID_TYPE INT8U struct ST_MENU_ITEM; struct ST_MENU_ITEM_STR; struct ST_MENU_LIST; typedef struct ST_MENU_ITEM_STR{ const char pstr; INT8U len; }stMenuItemStr; typedef struct ST_MENU_LIST { INT8U itemNum; INT8U pdata; const stMenuItemStr pname; const struct ST_MENU_ITEM pparentItem; const struct ST_MENU_LIST pparentItemList; const struct ST_MENU_ITEM pItem; }stMenuList; typedef struct ST_MENU_ITEM { INT8U subItemNum; INT8U thisItemID; stMenuItemStr itemName; const void pData; }stMenuItem; typedef struct { const HOME_ICON_ID_TYPE iconID; const stMenuItemStr str; const struct ST_STATE_INFO pstate; INT32U data; }stHomeIcon; extern const stMenuList MenuSetList; extern const stMenuList MenuSystemSetList; extern const stMenuList pMenuListEntry; extern const stHomeIcon HomeIcon[]; extern const INT8U HomeIconTotalNum; #endif / MENU_H_ / 复制代码* #include "State.h" #include "CalendarCalculated.h" //NormalClock data void State_NormalClock(void ptr); const stStateInfo NormalClock = { 0x00000000, State_NormalClock, NULL, }; //Home data void State_Home(void ptr); static INT8U homeInputData[2] = {1, 1}; const stStateInfo Home = { 0x00000000, State_Home, homeInputData, }; //Power off data void State_PowerOff(void ptr); static INT32U lastStateAddr = 0; const stStateInfo PowerOff = { 0x00000000, State_PowerOff, &lastStateAddr, }; //Menu data void State_Menu(void ptr); const stStateInfo Menu = { (INT32U)&pMenuListEntry, State_Menu, NULL, }; //Set date void State_SetDate(void ptr); const stStateInfo SetDate = { (INT32U)&pMenuListEntry, State_SetDate, (void )&MenuSetList, }; //Common data const stStateInfo pState = &NormalClock; static void (pTimeAction)(void); OS_EVENT pStateQ; static stStateMsg stateMsg[STATE_MSG_SIZE]; void StateMsg[STATE_MSG_SIZE]; static void __defaultEventProcess(INT8U pexitFlag, stMSG pmsg, void ptr); //NormalClock static void __lunarCalendarDisplay(void) { INT8U x = 48; switch (lunaCalendarData.month) { case 1: LCD_PutZH16x16(x, 4, 17, 1); break; case 2: LCD_PutZH16x16(x, 4, 2, 1); break; case 3: LCD_PutZH16x16(x, 4, 3, 1); break; case 4: LCD_PutZH16x16(x, 4, 4, 1); break; case 5: LCD_PutZH16x16(x, 4, 5, 1); break; case 6: LCD_PutZH16x16(x, 4, 6, 1); break; case 7: LCD_PutZH16x16(x, 4, 7, 1); break; case 8: LCD_PutZH16x16(x, 4, 8, 1); break; case 9: LCD_PutZH16x16(x, 4, 9, 1); break; case 10: LCD_PutZH16x16(x, 4, 10, 1); break; case 11: LCD_PutZH16x16(x, 4, 10, 1); x += 16; LCD_PutZH16x16(x, 4, 1, 1); break; case 12: LCD_PutZH16x16(x, 4, 10, 1); x += 16; LCD_PutZH16x16(x, 4, 2, 1); break; default: break; } x += 16; LCD_PutZH16x16(x, 4, 19, 1); if(lunaCalendarData.day < 11) { //初 x += 16; LCD_PutZH16x16(x, 4, 18, 1); x += 16; LCD_PutZH16x16(x, 4, lunaCalendarData.day, 1); } else if(lunaCalendarData.day < 20) { //十 x += 16; LCD_PutZH16x16(x, 4, 10, 1); x += 16; LCD_PutZH16x16(x, 4, lunaCalendarData.day % 10, 1); } else if(lunaCalendarData.day < 30) { //廿 x += 16; LCD_PutZH16x16(x, 4, 11, 1); x += 16; if(lunaCalendarData.day % 10) LCD_PutZH16x16(x, 4, lunaCalendarData.day % 10, 1); else LCD_PutZH16x16(x, 4, 10, 1); } else { //三十 x += 16; LCD_PutZH16x16(x, 4, 3, 1); x += 16; LCD_PutZH16x16(x, 4, 10, 1); } x += 16; if(x < 128) { LCD_PutMiddleString(x, 4, " ", 1); } x = 64; LCD_PutZH16x16(x, 2, lunaCalendarData.tianGan + 20, 1); x += 16; LCD_PutZH16x16(x, 2, lunaCalendarData.diZhi + 30, 1); } static void __NormalClock_TimeAction(void) { INT8U err, x = 0; INT8U h = 0; INT8U m = 0; INT8U s = 0; INT8U d = 0; INT8U month = 0; INT8U date = 0; INT8U year = 0; stStateMsg pStateMsg; while(1) { pStateMsg = (stStateMsg )OSQPend(pStateQ, 10, &err); switch(err) { case OS_ERR_NONE: switch(pStateMsg->cmd) { case NORMAL_CLOCK_TIMEUPDATE: x = 0; LCD_PutLargeNumber(x, 0, ((h >> 4) & 0x0f), 1); x += 12; LCD_PutLargeNumber(x, 0, (h & 0x0f), 1); x += 12; if(s % 2) LCD_PutLargeNumber(x, 0, 10, 1); else LCD_PutLargeNumber(x, 0, 11, 1); x += 12; LCD_PutLargeNumber(x, 0, ((m >> 4) & 0x0f), 1); x += 12; LCD_PutLargeNumber(x, 0, (m & 0x0f), 1); break; case NORMAL_CLOCK_DATEUPDATE: x = 0; LCD_PutSmallChar(x, 3, '2', 1); x += 6; LCD_PutSmallChar(x, 3, '0', 1); x += 6; LCD_PutSmallChar(x, 3, '0' + ((year >> 4) & 0x0f), 1); x += 6; LCD_PutSmallChar(x, 3, '0' + (year & 0x0f), 1); x += 12; LCD_PutSmallChar(x, 3, '0' + ((month >> 4) & 0x0f), 1); x += 6; LCD_PutSmallChar(x, 3, '0' + (month & 0x0f), 1); x += 12; LCD_PutSmallChar(x, 3, '0' + ((date >> 4) & 0x0f), 1); x += 6; LCD_PutSmallChar(x, 3, '0' + (date & 0x0f), 1); if(d == 7) LCD_PutZH16x16(96, 0, 0, 1); else LCD_PutZH16x16(96, 0, d, 1); solaCalendarToLunarCalendar( ((year >> 4) & 0x0f) 10 + (year & 0x0f) + 2000, ((month >> 4) & 0x0f) * 10 + (month & 0x0f), ((date >> 4) & 0x0f) * 10 + (date & 0x0f) ); __lunarCalendarDisplay(); break; case NORMAL_CLOCK_INIT: LCD_Clear(0); LCD_PutSmallChar(24, 3, '/', 1); LCD_PutSmallChar(42, 3, '/', 1); LCD_PutZH16x16(64, 0, 12, 1); LCD_PutZH16x16(80, 0, 13, 1); LCD_PutZH16x16(96, 2, 20, 1); LCD_PutBmp(48, 6, BMP_BUTTON_ID_HOME, 1); LCD_PutBmp(48, 7, BMP_BUTTON_ID_LAMP, 1); DS1337_Getc(RTC_HOUR, &h); DS1337_Getc(RTC_MIN, &m); DS1337_Getc(RTC_SEC, &s); DS1337_Getc(RTC_MONTH, &month); DS1337_Getc(RTC_DATE, &date); DS1337_Getc(RTC_YEAR, &year); DS1337_Getc(RTC_DAY, &d); if((h < 6) \|\| (h > 18)) { LCD_PutBmp(0, 4, BMP_PIC_ID_NIGHT, 1); } else if((h >= 6) && (h < 10)) { LCD_PutBmp(0, 4, BMP_PIC_ID_MORNING, 1); } else if((h >= 10) && (h < 14)) { LCD_PutBmp(0, 4, BMP_PIC_ID_NOON, 1); } else { LCD_PutBmp(0, 4, BMP_PIC_ID_AFTERNOON, 1); } pStateMsg = &stateMsg[1]; pStateMsg->cmd = NORMAL_CLOCK_TIMEUPDATE; OSQPost(pStateQ, (void )pStateMsg); pStateMsg = &stateMsg[2]; pStateMsg->cmd = NORMAL_CLOCK_DATEUPDATE; OSQPost(pStateQ, (void )pStateMsg); break; case NORMAL_CLOCK_PICUPDATE: LCD_PutBmp(0, 4, (INT8U)(INT32U)pStateMsg->pData, 1); break; case STATE_EXIT: return; default: break; } break; case OS_ERR_TIMEOUT: { INT8U tmpSec = s, tmpDate = date, tmpHour = h; DS1337_Getc(RTC_HOUR, &h); DS1337_Getc(RTC_MIN, &m); DS1337_Getc(RTC_SEC, &s); DS1337_Getc(RTC_MONTH, &month); DS1337_Getc(RTC_DATE, &date); DS1337_Getc(RTC_YEAR, &year); if(s != tmpSec) { pStateMsg = &stateMsg[1]; pStateMsg->cmd = NORMAL_CLOCK_TIMEUPDATE; OSQPost(pStateQ, (void )pStateMsg); } if(date != tmpDate) { pStateMsg = &stateMsg[2]; pStateMsg->cmd = NORMAL_CLOCK_DATEUPDATE; OSQPost(pStateQ, (void )pStateMsg); } if((tmpHour != h) && ((h == 0x06) \|\| (h == 0x10) \|\| (h == 0x14) \|\| (h == 0x18)) ) { pStateMsg = &stateMsg[3]; pStateMsg->cmd = NORMAL_CLOCK_PICUPDATE; switch(h) { case 0x06: pStateMsg->pData = (void )BMP_PIC_ID_MORNING; break; case 0x10: pStateMsg->pData = (void )BMP_PIC_ID_NOON; break; case 0x14: pStateMsg->pData = (void )BMP_PIC_ID_AFTERNOON; break; case 0x18: pStateMsg->pData = (void )BMP_PIC_ID_NIGHT; break; default: pStateMsg->pData = (void )BMP_PIC_ID_MORNING; break; } OSQPost(pStateQ, (void )pStateMsg); } } break; default: OSTimeDly(10); break; } } } static void __NormalClock_EventProcess(void ptr) { INT8U err, exitFlag = 1u; stMSG pmsg; stStateMsg pStateMsg = &stateMsg[0]; while(exitFlag) { pmsg = (stMSG )OSMboxPend(pMsgEvent, 0, &err); switch(pmsg->keyValue) { case KEY_VAL_LEFT: break; case KEY_VAL_RIGHT: break; case KEY_VAL_UP: pState = &Home; ((INT8U )pState->pdata)[0] = 1; ((INT8U )pState->pdata)[1] = 1; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; case KEY_VAL_DOWN \| KEY_VAL_LONG: case KEY_VAL_DOWN: FLASH_POWER? FLASH_POWER_OFF : FLASH_POWER_ON; break; default: __defaultEventProcess(&exitFlag, pmsg, ptr); break; } } } void State_NormalClock(void ptr) { stStateMsg pStateMsg = &stateMsg[0]; pTimeAction = __NormalClock_TimeAction; pStateMsg->cmd = NORMAL_CLOCK_INIT; OSQPost(pStateQ, (void )pStateMsg); __NormalClock_EventProcess(ptr); } //Home static void __Home_TimeAction(void) { INT8U err, x = 0; INT8U h = 0; INT8U m = 0; INT8U s = 0; stStateMsg pStateMsg; INT8U iconIndex, dspIndex; INT8U dspMaxIndex = HomeIconTotalNum > 4 ? 4 : HomeIconTotalNum; while(1) { pStateMsg = (stStateMsg )OSQPend(pStateQ, 10, &err); switch(err) { case OS_ERR_NONE: switch(pStateMsg->cmd) { case HOME_INIT: LCD_Clear(0); LCD_PutBmp(0, 6, BMP_BUTTON_ID_ENTER, 1); LCD_PutBmp(48, 6, BMP_BUTTON_ID_UP, 1); LCD_PutBmp(48, 7, BMP_BUTTON_ID_DOWN, 1); LCD_PutBmp(96, 6, BMP_BUTTON_ID_BACK, 1); DS1337_Getc(RTC_HOUR, &h); DS1337_Getc(RTC_MIN, &m); DS1337_Getc(RTC_SEC, &s); dspIndex = ((INT8U )pStateMsg->pData)[0]; iconIndex = ((INT8U )pStateMsg->pData)[1]; pStateMsg = &stateMsg[1]; pStateMsg->cmd = HOME_ICONUPDATE; pStateMsg->pData = (void )&iconIndex; OSQPost(pStateQ, (void )pStateMsg); pStateMsg = &stateMsg[2]; pStateMsg->cmd = HOME_TIMEUPDATE; OSQPost(pStateQ, (void )pStateMsg); break; case HOME_ICONMOVELEFT: iconIndex = ((INT8U )pStateMsg->pData); if(iconIndex == HomeIconTotalNum) dspIndex = dspMaxIndex; else if(dspIndex > 1) dspIndex--; pStateMsg = &stateMsg[1]; pStateMsg->cmd = HOME_ICONUPDATE; pStateMsg->pData = (void )&iconIndex; OSQPost(pStateQ, (void )pStateMsg); break; case HOME_ICONMOVERIGHT: iconIndex = ((INT8U )pStateMsg->pData); if(iconIndex == 1) dspIndex = 1; else if(dspIndex < dspMaxIndex) dspIndex++; pStateMsg = &stateMsg[1]; pStateMsg->cmd = HOME_ICONUPDATE; pStateMsg->pData = (void )&iconIndex; OSQPost(pStateQ, (void )pStateMsg); break; case HOME_ICONUPDATE: { INT8U i, j; LCD_PutMenuStr(0, 64, 0, &HomeIcon[iconIndex - 1]->str, 1); i = iconIndex - dspIndex; x = 0; for(j = 1; j < dspMaxIndex + 1; j++) { if(j == dspIndex) LCD_PutBmp(x, 2, HomeIcon[i]->iconID, 0); else LCD_PutBmp(x, 2, HomeIcon[i]->iconID, 1); i++; x += 32; } } break; case HOME_TIMEUPDATE: { char strBuf[6], str = strBuf; str = '0' + (h >> 4), str++; str = '0' + (h &0x0f), str++; if(s % 2) str = ':', str++; else str = ' ', str++; str = '0' + (m >> 4), str++; str = '0' + (m & 0x0f), str++; str = 0; LCD_PutMiddleString(88, 0, strBuf, 1); } break; case STATE_EXIT: ((INT8U )Home.pdata)[0] = dspIndex; return; default: break; } case OS_ERR_TIMEOUT: { INT8U tmpSec = s; DS1337_Getc(RTC_HOUR, &h); DS1337_Getc(RTC_MIN, &m); DS1337_Getc(RTC_SEC, &s); if(s != tmpSec) { pStateMsg = &stateMsg[2]; pStateMsg->cmd = HOME_TIMEUPDATE; OSQPost(pStateQ, (void )pStateMsg); } } break; default: OSTimeDly(10); break; } } } static void __Home_EventProcess(void ptr) { INT8U err, exitFlag = 1u; stMSG pmsg; stStateMsg pStateMsg = &stateMsg[0]; INT8U iconIndex; stStateInfo pthisState = (stStateInfo )ptr; pTimeAction = __Home_TimeAction; pStateMsg->cmd = HOME_INIT; pStateMsg->pData = pthisState->pdata; iconIndex = ((INT8U )pthisState->pdata)[1]; OSQPost(pStateQ, (void )pStateMsg); while(exitFlag) { pmsg = (stMSG )OSMboxPend(pMsgEvent, CONFIG_MENU_TIME_OUT 100u, &err); switch(err) { case OS_ERR_NONE: switch(pmsg->keyValue) { case KEY_VAL_LEFT: if(iconIndex) { pState = HomeIcon[iconIndex - 1]->pstate; pStateMsg->cmd = STATE_EXIT; if(pState == &Menu) { pMenuListEntry = (const stMenuList )HomeIcon[iconIndex - 1]->data; ((INT8U )pMenuListEntry->pdata)[0] = 1; ((INT8U )pMenuListEntry->pdata)[1] = 1; } OSQPost(pStateQ, (void )pStateMsg); ((INT8U )Home.pdata)[1] = iconIndex; return; } else break; case KEY_VAL_RIGHT: pState = &NormalClock; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; case KEY_VAL_UP \| KEY_VAL_LONG: case KEY_VAL_UP: if(iconIndex <= 1) iconIndex = HomeIconTotalNum; else iconIndex --; pStateMsg->cmd = HOME_ICONMOVELEFT; pStateMsg->pData = (void )&iconIndex; OSQPost(pStateQ, (void )pStateMsg); break; case KEY_VAL_DOWN \| KEY_VAL_LONG: case KEY_VAL_DOWN: iconIndex++; if(iconIndex > HomeIconTotalNum) iconIndex = 1; pStateMsg->cmd = HOME_ICONMOVERIGHT; pStateMsg->pData = (void )&iconIndex; OSQPost(pStateQ, (void )pStateMsg); break; default: __defaultEventProcess(&exitFlag, pmsg, ptr); break; } break; case OS_ERR_TIMEOUT: pState = &NormalClock; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; default: OSTimeDly(10); break; } } } void State_Home(void ptr) { __Home_EventProcess(ptr); } //Power off static void __PowerOff_TimeAction(void) { INT8U err, x, count, sec; stStateMsg pStateMsg; while(1) { pStateMsg = (stStateMsg )OSQPend(pStateQ, 50, &err); switch(err) { case OS_ERR_NONE: switch(pStateMsg->cmd) { case POWER_OFF_INIT: LCD_Clear(0); LED_ON; x = 32; LCD_PutZH16x16(x, 2, 53, 1), x += 16; LCD_PutZH16x16(x, 2, 54, 1), x += 16; LCD_PutZH16x16(x, 2, 55, 1), x += 16; LCD_PutSmallString(x, 3, "...", 1); sec = CONFIG_POWER_OFF_KEEP_TIME; count = sec << 1; pStateMsg = &stateMsg[1]; pStateMsg->cmd = POWER_OFF_TIMESECUPDATE; OSQPost(pStateQ, (void )pStateMsg); break; case POWER_OFF_TIMESECUPDATE: x = 56; LCD_PutMiddleChar(x, 4, '0' + sec / 10, 0); x += 8; LCD_PutMiddleChar(x, 4, '0' + sec % 10, 0); break; case STATE_EXIT: LED_OFF; return; default: break; } break; case OS_ERR_TIMEOUT: if(count == 1) { DIGITAL_POWER_OFF; while(IO2PIN_bit.P2_25) { OSTimeDly(10); } } else { count--; sec = count >> 1; LED_POWER? LED_OFF : LED_ON; pStateMsg = &stateMsg[2]; pStateMsg->cmd = POWER_OFF_TIMESECUPDATE; OSQPost(pStateQ, (void )pStateMsg); } break; default: OSTimeDly(10); break; } } } static void __PowerOff_EventProcess(void ptr) { INT8U err; stMSG pmsg; stStateMsg pStateMsg = &stateMsg[0]; stStateInfo plastState = (stStateInfo )ptr; plastState = (stStateInfo )((INT32U )plastState->pdata); while(1) { pmsg = (stMSG )OSMboxPend(pMsgEvent, 51, &err); switch(err) { case OS_ERR_NONE: { switch(pmsg->keyValue) { case KEY_VAL_UP \| KEY_VAL_LONG: break; default: goto POWEROFF_EXIT; break; } } break; case OS_ERR_TIMEOUT: { POWEROFF_EXIT: if(plastState) { pState = plastState; } else { pState = &Home;//&NormalClock; } pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; } break; default: OSTimeDly(10); break; } } } void State_PowerOff(void ptr) { stStateMsg pStateMsg = &stateMsg[0]; pTimeAction = __PowerOff_TimeAction; pStateMsg->cmd = POWER_OFF_INIT; OSQPost(pStateQ, (void )pStateMsg); __PowerOff_EventProcess(ptr); } //Menu static void __Menu_TimeAction(void) { INT8U err, y; INT8U h = 0; INT8U m = 0; INT8U s = 0; stStateMsg pStateMsg; const stMenuList pthisMenuList = NULL; const stMenuItem pMenuItem; INT8U itemIndex = 1, dspIndex = 1; INT8U dspMaxIndex; while(1) { pStateMsg = (stStateMsg )OSQPend(pStateQ, 50, &err); switch(err) { case OS_ERR_NONE: switch(pStateMsg->cmd) { case MENU_INIT: LCD_Clear(0); LCD_PutBmp(0, 6, BMP_BUTTON_ID_ENTER, 1); LCD_PutBmp(48, 6, BMP_BUTTON_ID_UP, 1); LCD_PutBmp(48, 7, BMP_BUTTON_ID_DOWN, 1); LCD_PutBmp(96, 6, BMP_BUTTON_ID_BACK, 1); DS1337_Getc(RTC_HOUR, &h); DS1337_Getc(RTC_MIN, &m); DS1337_Getc(RTC_SEC, &s); stateMsg[1].pData = pStateMsg->pData; pStateMsg = &stateMsg[1]; pStateMsg->cmd = MENU_LISTUPDATE; OSQPost(pStateQ, (void )pStateMsg); pStateMsg = &stateMsg[2]; pStateMsg->cmd = MENU_ITEMUPDATE; OSQPost(pStateQ, (void )pStateMsg); pStateMsg = &stateMsg[3]; pStateMsg->cmd = MENU_TIMEUPDATE; OSQPost(pStateQ, (void )pStateMsg); case MENU_TIMEUPDATE: { char strBuf[6], str = strBuf; str = '0' + (h >> 4), str++; str = '0' + (h &0x0f), str++; if(s % 2) str = ':', str++; else str = ' ', str++; str = '0' + (m >> 4), str++; str = '0' + (m & 0x0f), str++; str = 0; LCD_PutMiddleString(88, 0, strBuf, 1); } break; case MENU_ITEMMOVEUP: itemIndex = ((INT8U )pStateMsg->pData); if(itemIndex == pthisMenuList->itemNum) dspIndex = dspMaxIndex; else if(dspIndex > 1) dspIndex--; pStateMsg = &stateMsg[2]; pStateMsg->cmd = MENU_ITEMUPDATE; pStateMsg->pData = (void )&itemIndex; OSQPost(pStateQ, (void )pStateMsg); break; case MENU_ITEMMOVEDOWN: itemIndex = ((INT8U )pStateMsg->pData); if(itemIndex == 1) dspIndex = 1; else if(dspIndex < dspMaxIndex) dspIndex++; pStateMsg = &stateMsg[2]; pStateMsg->cmd = MENU_ITEMUPDATE; pStateMsg->pData = (void )&itemIndex; OSQPost(pStateQ, (void )pStateMsg); break; case MENU_ITEMUPDATE: { INT8U i, j; LCD_PutMenuStr(0, 64, 0, pthisMenuList->pname, 1); i = itemIndex - dspIndex; y = 2; for(j = 1; j < dspMaxIndex + 1; j++) { pMenuItem = pthisMenuList->pItem[i]; if(j == dspIndex) LCD_PutMenuStr(0, 128, y, &pMenuItem->itemName, 0); else LCD_PutMenuStr(0, 128, y, &pMenuItem->itemName, 1); i++; y += 2; } } break; case MENU_LISTUPDATE: if(pthisMenuList) ((INT8U )pthisMenuList->pdata)[0] = dspIndex; pthisMenuList= (const stMenuList )((INT32U )pStateMsg->pData); itemIndex = ((INT8U )pthisMenuList->pdata)[1]; dspMaxIndex = pthisMenuList->itemNum > 2 ? 2 : pthisMenuList->itemNum; dspIndex = ((INT8U )pthisMenuList->pdata)[0]; break; case STATE_EXIT: ((INT8U )pthisMenuList->pdata)[0] = dspIndex; return; default: break; } case OS_ERR_TIMEOUT: { INT8U tmpSec = s; DS1337_Getc(RTC_HOUR, &h); DS1337_Getc(RTC_MIN, &m); DS1337_Getc(RTC_SEC, &s); if(s != tmpSec) { pStateMsg = &stateMsg[3]; pStateMsg->cmd = MENU_TIMEUPDATE; OSQPost(pStateQ, (void )pStateMsg); } } break; default: OSTimeDly(10); break; } } } static void __Menu_EventProcess(void ptr) { INT8U err, exitFlag = 1u; INT8U itemIndex; stMSG pmsg; stStateMsg pStateMsg = &stateMsg[0]; stStateInfo pthisState = (stStateInfo )ptr; const stMenuList pthisMenuList; const stMenuItem pMenuItem; pthisMenuList = (const stMenuList )(((INT32U )pthisState->stateMask)); itemIndex = ((INT8U )pthisMenuList->pdata)[1]; pTimeAction = __Menu_TimeAction; pStateMsg->cmd = MENU_INIT; pStateMsg->pData = (void )&pthisMenuList; OSQPost(pStateQ, (void )pStateMsg); while(exitFlag) { pmsg = (stMSG )OSMboxPend(pMsgEvent, CONFIG_MENU_TIME_OUT * 100u, &err); switch(err) { case OS_ERR_NONE: { switch(pmsg->keyValue) { case KEY_VAL_LEFT: if(pthisMenuList->pItem[itemIndex - 1]->subItemNum) { ((INT8U )pthisMenuList->pdata)[1] = itemIndex; pMenuItem = pthisMenuList->pItem[itemIndex - 1]; pthisMenuList = (const stMenuList )(pMenuItem->pData); itemIndex = 1; ((INT8U )pthisMenuList->pdata)[0] = 1; ((INT8U )pthisMenuList->pdata)[1] = 1; pStateMsg = &stateMsg[0]; pStateMsg->cmd = MENU_LISTUPDATE; pStateMsg->pData = (void )&pthisMenuList; OSQPost(pStateQ, (void )pStateMsg); pStateMsg = &stateMsg[2]; pStateMsg->cmd = MENU_ITEMUPDATE; OSQPost(pStateQ, (void )pStateMsg); break; } else { pMenuItem = pthisMenuList->pItem[itemIndex - 1]; pState = (const stStateInfo )(pMenuItem->pData); pStateMsg = &stateMsg[0]; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); ((INT8U )pthisMenuList->pdata)[1] = itemIndex; return; } case KEY_VAL_RIGHT: if(pthisMenuList->pparentItemList) { itemIndex = pthisMenuList->pparentItem->thisItemID + 1; pthisMenuList = pthisMenuList->pparentItemList; pStateMsg = &stateMsg[0]; pStateMsg->cmd = MENU_LISTUPDATE; pStateMsg->pData = (void )&pthisMenuList; OSQPost(pStateQ, (void )pStateMsg); pStateMsg = &stateMsg[2]; pStateMsg->cmd = MENU_ITEMUPDATE; OSQPost(pStateQ, (void )pStateMsg); break; } else { pState = &Home; ((INT8U )pthisMenuList->pdata)[0] = 1; ((INT8U )pthisMenuList->pdata)[1] = 1; pStateMsg = &stateMsg[0]; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; } case KEY_VAL_UP \| KEY_VAL_LONG: case KEY_VAL_UP: if(itemIndex <= 1) itemIndex = pthisMenuList->itemNum; else itemIndex--; pStateMsg = &stateMsg[0]; pStateMsg->cmd = MENU_ITEMMOVEUP; pStateMsg->pData = (void )&itemIndex; OSQPost(pStateQ, (void )pStateMsg); break; case KEY_VAL_DOWN \| KEY_VAL_LONG: case KEY_VAL_DOWN: itemIndex++; if(itemIndex > pthisMenuList->itemNum) itemIndex = 1; pStateMsg = &stateMsg[0]; pStateMsg->cmd = MENU_ITEMMOVEDOWN; pStateMsg->pData = (void )&itemIndex; OSQPost(pStateQ, (void )pStateMsg); break; default: __defaultEventProcess(&exitFlag, pmsg, ptr); break; } } break; case OS_ERR_TIMEOUT: pState = &NormalClock; pStateMsg = &stateMsg[0]; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; default: OSTimeDly(10); break; } } } void State_Menu(void ptr) { __Menu_EventProcess(ptr); } //Set date static void __SetDate_TimeAction(void) { INT8U err; stStateMsg pStateMsg; while(1) { pStateMsg = (stStateMsg )OSQPend(pStateQ, 0, &err); switch(err) { case OS_ERR_NONE: switch(pStateMsg->cmd) { case SETDATE_INIT: LCD_Clear(0); LCD_PutBmp(0, 6, BMP_BUTTON_ID_ENTER, 1); LCD_PutBmp(48, 6, BMP_BUTTON_ID_UP, 1); LCD_PutBmp(48, 7, BMP_BUTTON_ID_DOWN, 1); LCD_PutBmp(96, 6, BMP_BUTTON_ID_BACK, 1); break; case STATE_EXIT: return; default: break; } break; case OS_ERR_TIMEOUT: default: OSTimeDly(10); break; } } } static void __SetDate_EventProcess(void ptr) { INT8U err, exitFlag = 1u; stMSG pmsg; stStateMsg pStateMsg = &stateMsg[0]; while(exitFlag) { pmsg = (stMSG )OSMboxPend(pMsgEvent, CONFIG_MENU_TIME_OUT * 100u, &err); switch(err) { case OS_ERR_NONE: { switch(pmsg->keyValue) { case KEY_VAL_LEFT: break; case KEY_VAL_RIGHT: (INT32U )pState->stateMask = (INT32U)pState->pdata; pState = &Menu; pStateMsg = &stateMsg[0]; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; case KEY_VAL_UP \| KEY_VAL_LONG: case KEY_VAL_UP: break; case KEY_VAL_DOWN \| KEY_VAL_LONG: case KEY_VAL_DOWN: break; default: __defaultEventProcess(&exitFlag, pmsg, ptr); break; } } break; case OS_ERR_TIMEOUT: pState = &NormalClock; pStateMsg = &stateMsg[0]; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); return; default: OSTimeDly(10); break; } } } void State_SetDate(void ptr) { stStateMsg pStateMsg = &stateMsg[0]; pTimeAction = __SetDate_TimeAction; pStateMsg->cmd = SETDATE_INIT; OSQPost(pStateQ, (void )pStateMsg); __SetDate_EventProcess(ptr); } //Common function static void __defaultEventProcess(INT8U pexitFlag, stMSG pmsg, void ptr) { stStateMsg pStateMsg = &stateMsg[0]; switch(pmsg->keyValue) { case KEY_VAL_UP \| KEY_VAL_LONG: pexitFlag = 0; (INT32U )PowerOff.pdata = (INT32U)ptr; pState = &PowerOff; pStateMsg->cmd = STATE_EXIT; OSQPost(pStateQ, (void )pStateMsg); break; } } void State_RunMachine(void) { pState->pfun((void )pState); } void State_TimeAction(void) { pTimeAction(); } 复制代码 #ifndef STATE_H_ #define STATE_H_ #include "Interrupt.h" #include "ucos_ii.h" #include "Task.h" #include "Config.h" #include "Menu.h" struct ST_STATE_INFO; #define NORMAL_CLOCK_INIT 0u #define NORMAL_CLOCK_TIMEUPDATE 1u #define NORMAL_CLOCK_DATEUPDATE 2u #define NORMAL_CLOCK_PICUPDATE 3u #define HOME_INIT 0u #define HOME_ICONUPDATE 1u #define HOME_ICONMOVELEFT 2u #define HOME_ICONMOVERIGHT 3u #define HOME_TIMEUPDATE 4u #define POWER_OFF_INIT 0u #define POWER_OFF_TIMESECUPDATE 1u #define MENU_INIT 0u #define MENU_ITEMUPDATE 1u #define MENU_ITEMMOVEUP 2u #define MENU_ITEMMOVEDOWN 3u #define MENU_TIMEUPDATE 4u #define MENU_LISTUPDATE 5u #define SETDATE_INIT 0u #define STATE_EXIT 10u #define STATE_MSG_SIZE 5u typedef void (* tStateFun)(void ptr); #define STATE_FUN tStateFun typedef struct { INT8U cmd; void pData; }stStateMsg; typedef struct ST_STATE_INFO{ INT32U stateMask; STATE_FUN pfun; void pdata; }stStateInfo; extern OS_EVENT pStateQ; extern void StateMsg[STATE_MSG_SIZE]; extern const stStateInfo pState; extern const stStateInfo NormalClock; extern const stStateInfo Home; extern const stStateInfo PowerOff; extern const stStateInfo Menu; extern const stStateInfo SetDate; extern void State_RunMachine(void); extern void State_TimeAction(void); #endif /* STATE_H_ / 复制代码* 1 IMG_20150913_001345.jpg (696.49 KB, 下载次数: 31) IMG_20150913_001404.jpg (630.4 KB, 下载次数: 28) IMG_20150913_001427.jpg (526.81 KB, 下载次数: 25) 已退回1积分
2015-9-13 00:41:54　　评论淘帖0 邀请回答您可以邀请以下用户，快速回答问题 × 深圳深联电路该类别下有 30 个回答。邀请回答 songfengdianqi 该类别下有 9 个回答。邀请回答 haohaoren 该类别下有 6 个回答。邀请回答宋林该类别下有 4 个回答。邀请回答短短该类别下有 4 个回答，其中被选为最佳答案 1 次。邀请回答 lookforxjw 该类别下有 3 个回答。邀请回答 Quanhong 该类别下有 3 个回答。邀请回答 SCDWUHAN 该类别下有 2 个回答。邀请回答我是用户名该类别下有 2 个回答。邀请回答咖啡加盐该类别下有 2 个回答。邀请回答 xtdonghan 该类别下有 2 个回答。邀请回答阿狸2015 该类别下有 2 个回答。邀请回答 superhardware 该类别下有 2 个回答。邀请回答 root12138 该类别下有 2 个回答。邀请回答 jf_73861762 该类别下有 2 个回答。邀请回答吴工该类别下有 2 个回答。邀请回答 kaka914266604 该类别下有 2 个回答。邀请回答淡粉浅紫该类别下有 2 个回答。邀请回答继续奔跑该类别下有 2 个回答。邀请回答 h1654155911.6734 该类别下有 2 个回答。邀请回答举报詹磊相关推荐 • uCOS II的特点 901 • uCOS-II的常用函数查询 761 • 周立功uCOS-II教程有哪些 1887 • 学uCOS —II 的建议 4350 • 如何学习UCOS-II？ 1549 • uCOS II在单片机使用中的特点 894 • 请问ucos ii怎么移植到FPGA niosii？ 1785 • 请问有人用51移植过uCOS_II吗？ 1748 • 怎么验证uCOS-II 代码的是否在运行？ 966 • 如何在STM32F767上移植uCOS- II？ 1033 4个回答

答案对人有帮助，有参考价值 0 学习了，感觉现在从ARM7开始学起比较的好一点

2015-9-13 13:00:01 评论举报 yuelongfeis

答案对人有帮助，有参考价值 0 学习了以后这样的程序可以压缩打包这样看有点长支持你的分享

2015-9-14 09:52:58 评论举报 sunliang

答案对人有帮助，有参考价值 0 请问楼主主控是STM32？

2015-10-11 22:57:24 评论举报成就与价值

答案对人有帮助，有参考价值 0 成就与价值发表于 2015-10-11 22:57 请问楼主主控是STM32？不是STM32是NXP 的LPC2214

2015-12-4 10:32:22 评论举报詹磊

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