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UiUsbDevice.c
资源名称：SDK_M5661.rar　[点击查看]
上传用户：hjhsjcl
上传日期：2020-09-25
资源大小：11378k
文件大小：45k
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压缩解压

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UiUsbDevice.c：源码内容
  1. /*==========================================================================
  2. Copyright (c) 2004 ALi Corporation. All Rights Reserved
  4. File: UiCommon.c
  6. content: user interface for usb module
  8. History: Created by TNE 2004/8/17
  9. ==========================================================================*/
  10. #define _UI_USB_H_
  12. #include <DP8051XP.H>
  13. #include "TypeDef.h"
  14. #include "Const.h"
  15. #include "Reg5661.h"
  16. #include "Common.h"
  17. #include "UiCommon.h"
  18. #include "UiSysStr.h"
  19. #include "Usb.h"
  20. #include "OledString.h"
  22. #if(_PM_MTP_)
  23. #include "FileSystem.h"
  24. #include "Mtp.h" //050418 allen
  25. #include "MtpDataBase.h" //Allen060419#1
  26. #include "Drm.h" //050418 allen
  27. #endif
  29. #include "DDM.h"
  30. #include "NandFlash.h"
  32. #include "OLED.h"
  33. #include "IconDefine.h"
  34. #include "UiUsbDevice.h" //allen051101#4 add
  35. #if(USE_STEP_UP_CONVERTER)
  36. #include "StepUp.h"
  37. #endif
  39. #if(USE_FW_CHARGER) //060918Renshuo //Ted 1013
  40. #include "Charger.h"
  41. #endif
  43. /* //allen050608#1
  44. Note:
  45. 1. Key Hold (Write Protect):
  46. gfWPFlag_Hw: indicate current WP state.
  47. GPIOH[0]=1: No-WriteProtect  (SDK)
  48. GPIOH[0]=0: WriteProtect (SDK)
  50. search "obGPIOHDAT" in this file, and modify the statement.
  51. */
  53. //Walace060620#1 start
  54. //===========================================
  55. #define ST_FORCE_REFRESH 0x01
  56. #define ST_BACKGROUND 0x02
  57. #define ST_BATTERY 0x04
  58. #define ST_RW_STATUS 0x08
  60. #define ST_DISP_CMD 0x70
  61. #define ST_DISP_SUSPEND 0x10
  62. #define ST_DISP_RESUME 0x20
  64. void UiFlashDisk(BYTE bStatus); //allen051101#4
  65. //=============================================
  66. //Walace060620#1 end
  68. void UsbSaveMtpMode(BYTE fMtpMode) large;
  69. extern void SD_POWER_OFF(void);
  70. extern CBYTE cbDeviceDescriptor[];
  71. extern XBYTE gbSecureClockState;
  73. BOOL gfKeyReady;
  75. ////allen051101#3: move from main()
  76. XBYTE xbUiState=UI_USB_IDLE;
  77. XBYTE xbUiCurState=UI_USB_IDLE;
  78. XBYTE gxbUiRwIconStep; //tne 2007/01/04 #2
  79. XBYTE gxbUiRwIconDelay; //tne 2007/01/04 #2
  81. //tne 2005/08/24 //use xbUiBattCounter for temp variable (to get RTC counter)
  82. XBYTE xbUiBattCounter;
  84. WORD ConvertToV(BYTE bSarAdc); // Jeff070411#1 for charge Debug
  85. void ChargerDebug(void) large; // Jeff070411#1 for charge Debug
  88. #if(_PM_MTP_|USE_RTC_COUNTER) //David060412 start, prevent lost RTC interrupt  //Ted 1013
  89. XBYTE gxbTemp;
  90. #endif //David060412 end
  92. #if(!ONE_BATT_MODE)
  93. BYTE bTimeTemp;   //add by Rojam 070202
  94. #endif
  96. #if(COST_DOWN_CIRCUIT)
  97. XBYTE xbUsbFlag=0;
  98. #endif
  101. void UiCheckAlarm(void);  //Walace061019#1
  103. #if(SYS_USE_KEY_HOLD) //modify by Rojam 2007-05-18 17:27
  104. BOOL CheckWPKey(void) //Allen060511#0 new_nf
  105. {
  106. if(gfWPFlag_Sw)
  107. {
  108. return TRUE; // Write-protect
  109. }
  111. if(obGPIOHDAT&0x01)
  112. return FALSE; // non-Write-protect
  113. else
  114. return TRUE; // Write-protect
  115. }
  116. #endif
  118. /*--------------------------------------------------------------------------
  119. Description:
  120. Main program for TARGET UsbFlashDisk
  121. Arguments:
  123. Global arguments:
  125. Returns: 
  127. --------------------------------------------------------------------------*/
  128. #if(DRM_MODE_EN)
  129. BOOL CheckModeKey(void)//David 050518
  130. {
  131. BYTE bKeyRept;
  133. if(!(obUSBMISCCTL & 0x10))//Nick060605#2 add it
  134. return FALSE;
  136. //0001 11xx
  137. bKeyRept=0x10;
  139. while(bKeyRept)
  140. {
  141. if(!(obGPIOBDAT&0x28)) //Gpio 3(ouput low) 6(input) , key released //1001000
  142. {
  143. gfKeyReady=TRUE;
  144. return FALSE;
  145. }
  146. else //key pressed
  147. {
  148. if(gfKeyReady)
  149. {
  150. bKeyRept--;
  151. }
  152. else 
  153. return FALSE;
  154. }
  155. }
  156. return TRUE;
  157. }
  158. #endif
  160. /*--------------------------------------------------------------------------
  161. Desciption:
  162. Handle USB suspend & resume
  163. Arguments:
  165. Returns: 
  166. void
  168. 2004/11/05: use gbBuf as Keep Buffer
  169. 0,1: GPIOB
  170. 2,3: GPIOC
  171. 4,5: GPIOE
  172. 6,7: GPIOH
  173. 8: obMODSEL1
  174. 9: obMODSEL2
  175. --------------------------------------------------------------------------*/
  176. API void USB_Suspend(void) large//allen050610#1
  177. {
  178. //remove !_PM_MTP_ by tne 2006/12/01 #1
  179. #if (!(_PM_MPTEST_|SETTING_FOR_ISP_START))
  180. BYTE gbuf[10];
  182. NandFinishJob();
  184. obUSBDEVEPAFCTR |= EP_INI;
  185. obUSBDEVEPBFCTR |= EP_INI;
  187. /* //Walace060620#1  start
  188.               // WHH #1 060607 (start)
  189. obCLKSRAMCTRL=0xD0;
  190. obCLKSMCTRL=0xD0;
  191. obCLKMCUCTRL=0xD0;
  192.         OledCtrlEn();
  193. OLED_CLEAR_ALL();
  194. OLED_WRITE(OLED_CMD_SET_DISP_OFF) ;
  195.         OledCtrlDis();
  196.         obCLKMCUCTRL=0xA0;
  197. obCLKSRAMCTRL=0xA0;
  198. obCLKSMCTRL=0xA0;
  199.               // WHH #1 060607 (end)
  200. */
  201. UiFlashDisk(ST_DISP_SUSPEND);
  202. //Walace060620#1  end
  204. // obGPIOADAT = 0x00;   //Force GPIOA Howard 050812 del
  205. // obGPIOADIR = 0xFF;
  206. // obGPIOAPUEN =0x00;
  208. //allen041129#2 start
  209. gbuf[0] = obGPIOBDAT; //keep GPIOB data //David , 050517
  210. gbuf[1] = obGPIOBDIR;
  212. POWER_OFF_3V3SD();
  214. obGPIOBDAT = 0x01;
  215. obGPIOBDIR = 0xFF; //GPIOB0 => force HI => powerdown
  216. obGPIOBPUEN =0x00;
  217. //allen041129#2 end
  220. gbuf[2] = obGPIOCDAT; //Record GPIOC
  221. gbuf[3] = obGPIOCDIR;
  222. obGPIOCDAT = 0x00;   //Force GPIOC
  223. obGPIOCDIR = 0xFF;   
  224. obGPIOCPUEN =0x00;
  226. // obGPIODDAT = 0x00; //Force GPIOD allen051111 del
  227. // obGPIODDIR = 0xFF; 
  228. // obGPIODPUEN =0x00;
  230. gbuf[4] = obGPIOEDAT; //Record GPIOE
  231. gbuf[5] = obGPIOEDIR;
  232. #if(COLOR_MODE!=3 ) //modify by Rojam 2007-05-17 15:37
  233. POWER_OFF_3V3_FM(); //Allen060224: use define
  234. #endif
  235. obGPIOEDAT = 0x40/*0x00*/;   //Force GPIOE   //Allen060224: power-down FM in suspend
  236. obGPIOEDIR = 0xFF;  
  237. obGPIOEPUEN =0x00;
  239. obGPIOFDAT = 0x00;   //Force GPIOF
  240. obGPIOFDIR = 0xFF;
  241. obGPIOFPUEN =0x00;
  243. obGPIOGDAT = 0x00;   //Force GPIOG
  244. obGPIOGDIR = 0xFF;  
  245. obGPIOGPUEN =0x00;  
  247. gbuf[6] = obGPIOHDAT; //Record GPIOH
  248. gbuf[7] = obGPIOHDIR;
  249. obGPIOHDAT = 0x00; //Force GPIOH
  250. obGPIOHDIR = 0xFF;       //Howard 1018
  251. obGPIOHPUEN =0x00;
  253. obGPIOIDAT = 0x00;   //Force GPIOI
  254. obGPIOIDIR = 0xFF;  
  255. obGPIOIPUEN =0x00;
  257. obGPIOJDAT = 0x00;  //Force GPIOJ
  258. obGPIOJDIR = 0xFF;
  259. obGPIOJPUEN =0x00;
  261. obGPIOKDAT = 0x00;   //Force GPIOK
  262. obGPIOKDIR = 0xFF;    
  263. obGPIOKPUEN =0x00;
  264.     
  265. obGPIOLDAT = 0x00;   //Force GPIOL
  266. obGPIOLDIR = 0xFF;
  267. obGPIOLPUEN =0x00;
  269. obGPIOMDAT = 0x00;   //Force GPIOM
  270. obGPIOMDIR = 0xFF;
  271. obGPIOMPUEN =0x00;
  273. gbuf[8] = obMODSEL1;
  274. obMODSEL1 = 0x00; //PWD_ALL 1105
  276. gbuf[9] = obMODSEL2;
  277. obMODSEL2 = 0x00; //PWD_ALL 1105
  279. PIN_SD_PDDAT|=SD_PD;  //Force SD_PD PIN ON (POWER OFF), Vicky1005 add
  280. PIN_SD_PDDIR|=SD_PD;  //SD_PD(Output), Vicky1005 add
  283. gfSDinit=FALSE; //Vicky061213#1
  284. #if(_PM_MTP_)
  285. gxbStorAvailable[SD_LUN]=STORAGE_NOT_EXIST;  //Vicky061213#1
  286. #endif
  288. UsbSuspend_DPLL(); //<- code stop here
  290. //
  291. // Restore Gpio State
  292. //
  293. obGPIOBDIR = gbuf[1]; //Restore GPIOB 
  294. #if(USE_STEP_UP_CONVERTER)
  295.  #if(_C_MODE_)
  296. gxbDrawUsbUi|=0x01;
  297.  
  298.                 #else
  299.                  gxbDrawUsbUi|=0x07;
  300.                 #endif
  301. #endif
  302. obGPIOBDAT = gbuf[0];
  304.     obGPIOCDAT = gbuf[2];  //Restore GPIOC 
  305.     obGPIOCDIR = gbuf[3];
  306.    
  307.     obGPIOEDAT = gbuf[4];  //Restore GPIOE
  308.     obGPIOEDIR = gbuf[5];
  310.     obGPIOHDAT = gbuf[6];  //Restore GPIOH 
  311.     obGPIOHDIR = gbuf[7];
  313. obMODSEL1 = gbuf[8];
  314. obMODSEL2 = gbuf[9];
  316. UsbSuspend_WaitCmd(); //050610
  318. UiFlashDisk(ST_DISP_RESUME); //Walace060620#1 
  319. #endif
  320. }
  323. bit GetUsbConfig(void) //Allen060622 new_nf
  324. {
  325. BOOL fAutoRun = FALSE; //Nick060706
  326. //vicky061128#1
  327. #define MTP_PID_0 0x06
  328. #define MTP_PID_1 0x11
  329. //End
  330. bit fRet=FALSE;
  332. #if(NEW_FLASH)
  333. obSYSSOFTRSTCTRL |= USB_RST_DIS;
  334. obUSBOTGCTRL &= 0xFD; //DPLL normal
  335. obMODSEL3 |= MOD_USB_EN; //USB Clock EN
  336. #endif
  339. if(NandReadPhySec(gxwAddrPMI,1,SRAM_USB_DESC_ADDR)) //read PMI
  340. {
  341. *((BYTE *)&gwRomIdx+1) = gxbConfig[PM_CONFIG]; //get config address
  342. *((BYTE *)&gwRomIdx) = gxbConfig[PM_CONFIG+1];
  343. //060426: set clk from config
  344. if(NandReadPhySec(gwRomIdx,1,SRAM_USB_DESC_ADDR)) //read config data
  345. {
  346. #if(USE_FW_CHARGER) //Ted 1013  // Jason 20070119#1  // Jeff070303#1  // Jeff070411#1
  347.   GetChargerStageInf(); 
  348. #endif
  350.         if(gxbConfig[1] == 3) //Nick060706
  351.       fAutoRun = TRUE; //Nick060706
  352. if((gxbConfig[0x0E]==0x61)&&(gxbConfig[0x0F]==0x56))
  353. {
  354. #if(NEW_FLASH)
  355. //SM Clock
  356. obCLKSMDIVF=gxbConfig[17];
  357. obCLKSMCTRL=gxbConfig[16];
  358. //MCU Clock
  359. obCLKMCUCTRL=0xD0; //12MHz
  360. obCLKMCUDIVF=gxbConfig[19];
  361. obCLKMCUCTRL=gxbConfig[18];
  362. //RA Clock
  363. obCLKSRAMDIVF=gxbConfig[21];
  364. obCLKSRAMCTRL=gxbConfig[20];
  365. //SM R/W Cycle
  366. //Walace070205#1 start
  367. #if 1
  368. gxbSmReadCyc=gxbConfig[22];
  369. gxbSmWriteCyc=gxbConfig[23];
  370. obSMREADCYC = gxbSmReadCyc; // SM_READ_CYCLE
  371. obSMWRITECYC = gxbSmWriteCyc; // SM_WRITE_CYCLE
  372. #else
  373. obSMREADCYC=gxbConfig[22];
  374. obSMWRITECYC=gxbConfig[23];
  375. #endif
  377. #if(USE_STEP_UP_CONVERTER)  //Walace070131#1
  378. StepUpConverterDutyCycleSetting(); 
  379. #endif
  381. #endif    
  382.                           //Walace070205#1 end
  383. gwRomIdx++; // 2nd sector is Usb Desc
  385. gxwUsbDescIndex=gwRomIdx; //Allen060529 add
  386. if(NandReadPhySec(gwRomIdx,1,SRAM_USB_DESC_ADDR)) //read config data
  387. {
  388. if((gxbConfig[0]==0x61)&&(gxbConfig[1]==0x56)&&(gxbConfig[2]==0xAA)&&(gxbConfig[3]==0x55)&&(gxbConfig[510]==0x55)&&(gxbConfig[511]==0xAA))
  389. {
  390. *((BYTE *)&gwRomIdx+1) = gxbConfig[INDEX_OF_MODE_SELECT];
  391. *((BYTE *)&gwRomIdx) = gxbConfig[INDEX_OF_MODE_SELECT+1];
  392. gxbMaxLUN = gxbConfig[gwRomIdx+1];
  393.                                 gxbMscMaxLUN = gxbMaxLUN;//Nick060706
  394. gbDescriptorSource =SRAM;
  396. *((BYTE *)&gwRomIdx+1) = gxbConfig[INEDX_OF_DEVICE_DESP];
  397. *((BYTE *)&gwRomIdx) = gxbConfig[INEDX_OF_DEVICE_DESP+1];
  399. //vicky061128#1
  401. /*
  402. #if(_PM_MTP_) //050407 allen: MTP's PID = UMS's PID + 1 //Allen060612
  403. if((gxbConfig[gwRomIdx+11]==0x56)&(gxbConfig[gwRomIdx+10]==0x61))
  404. {
  405. gxbUsbPID[0]=0x06; //allen060529
  406. gxbUsbPID[1]=0x11;
  407. }
  408. else
  409. {
  410. gxbUsbPID[0]=gxbConfig[gwRomIdx+11]; //allen060529
  411. gxbUsbPID[1]=gxbConfig[gwRomIdx+10]+1;
  412. }
  413. #else
  414. gxbUsbPID[0]=gxbConfig[gwRomIdx+11]; //Allen060612
  415. gxbUsbPID[1]=gxbConfig[gwRomIdx+10];
  416. #endif
  417. */
  418. #if(DRM_MODE_EN)
  419. if((gxbConfig[gwRomIdx+11]==0x56)&(gxbConfig[gwRomIdx+10]==0x61))
  420. {
  421. #if (_PM_MTP_)
  422. gxbUsbPID[0]=MTP_PID_0;
  423. gxbUsbPID[1]=MTP_PID_1;
  424. #else // MSC Mode
  425. if(gfHostSupportMTP)
  426. {
  427. gxbUsbPID[0]=gxbConfig[gwRomIdx+11];
  428. gxbUsbPID[1]=gxbConfig[gwRomIdx+10];
  429. }
  430. else
  431. {
  432. gxbUsbPID[0]=MTP_PID_0;
  433. gxbUsbPID[1]=MTP_PID_1;
  434. }
  435. #endif
  436. }
  437. else
  438. {
  439. gxbUsbPID[0]=gxbConfig[gwRomIdx+11];
  440. gxbUsbPID[1]=gxbConfig[gwRomIdx+10];
  442. #if (_PM_MTP_)
  443. gxbUsbPID[1]++;
  444. #else //MSC Mode
  445. if(!gfHostSupportMTP)
  446. {
  447. gxbUsbPID[1]++;
  448. }
  449. #endif
  450. }
  451. #else
  452. gxbUsbPID[0]=gxbConfig[gwRomIdx+11];
  453. gxbUsbPID[1]=gxbConfig[gwRomIdx+10];
  454. #endif
  455. //End
  457. //Nick060706 start
  458. gbLUNType[0] = NAND_LUN;
  459. gbLUNType[2] = 0xFF;//initial value
  460. if(fAutoRun)
  461. {
  462. gxbMscMaxLUN++;//Auto Run LUN
  463. // gxdwDebug = gxbMaxLUN;//for debug
  464. if(gxbMscMaxLUN == 3)
  465. {
  466. gbLUNType[1] = SD_LUN;
  467. gbLUNType[2] = CDROM_LUN;
  468. }
  469. else if(gxbMscMaxLUN == 2)
  470. {
  471. gbLUNType[1] = CDROM_LUN;
  472. }
  473. }
  474. else
  475. gbLUNType[1] = SD_LUN;
  476. //Nick060706 end
  477. fRet=TRUE;
  478. }
  479. }
  480. }
  481. }
  482. }
  484. if(!fRet)
  485. {
  486. #if(NEW_FLASH)
  487. //SM Clock
  488. obCLKSMDIVF=0x00;
  489. obCLKSMCTRL=0xA0;
  490. //MCU Clock
  491. obCLKMCUCTRL=0xD0; //12MHz
  492. obCLKMCUDIVF=0x00;
  493. obCLKMCUCTRL=0xA0;
  494. //RA Clock
  495. obCLKSRAMDIVF=0x00;
  496. obCLKSRAMCTRL=0xA0;
  497. //SM R/W Cycle
  499. //Walace070205#1 start
  500. #if 1
  501. gxbSmReadCyc=0x02;
  502. gxbSmWriteCyc=0x02;
  503. obSMREADCYC = gxbSmReadCyc; // SM_READ_CYCLE
  504. obSMWRITECYC = gxbSmWriteCyc; // SM_WRITE_CYCLE
  505. #else
  506. obSMREADCYC=0x02;
  507. obSMWRITECYC=0x02;
  508. #endif
  511. #if(USE_STEP_UP_CONVERTER)  //Walace070131#1
  512. StepUpConverterDutyCycleSetting(); 
  513. #endif
  514. //Walace070205#1 end
  515. #endif
  517. gxbMaxLUN =1;
  518.         gxbMscMaxLUN = 1;//Nick060706
  519. gbDescriptorSource = ROM; // Initial config Descriptor from ROM
  520. }
  521. #if(NEW_FLASH)
  522. //dsp source from usb
  523. obCLKDSPCTRL=0x20; //USB 48Mhz and Disable
  524. obCLKDSPDIVF=0x00;
  526. obCLKCODECCTRL=0x20; //USB 48Mhz and Disable
  527. obCLKCODECDIVF=0x00;
  529. obDCVARRD=0x04;
  530. obDCVWRDATA=0xf2; //disable dcv clock
  531. obDCVARRD=0x14;
  532. obDCVWRDATA=obDCVRDDATA|0x01; //disable DC-DC
  533. #endif
  534. return fRet;
  535. }
  537. //allen050812
  538. #if(USB_DISP_CHARGING)
  539. void UiShowBattCharging(BYTE bLevel) large //0~7
  540. {
  541. /* BYTE bClkCtrlTmp=obCLKMCUCTRL; allen060223
  543. obCLKMCUCTRL=0xD0; //MCU clock use XTALI 12MHz //v03210#1*/
  544. #if(USB_DISPCOUNTER)
  545. if(gxwDelayTime%4==0)
  546. {
  547. if(gxbBackLightCounter&BACKLIGHT_STS_ON)
  548. gxbBackLightCounter++;
  549. }
  550. #endif
  551. if(gxwDelayTime>=30000)
  552. {
  553. bTimeTemp++;
  554. gxwDelayTime=0;
  555. }
  556. if(bTimeTemp<26)//36)
  557. {
  559. PIN_SD_PDDAT&=~SD_PD;  //Force SD_PD PIN ON (POWER OFF), Vicky1005 add
  560. PIN_SD_PDDIR|=SD_PD;  //SD_PD(Output), Vicky1005 add
  562. #if(COLOR_MODE==3) //modify by Rojam 2007-05-17 16:4
  563. if((obGPIOCDAT&0x02)==0x00)
  564. #else
  565. #if(UI_CHARGE_IC)
  566. obGPIOADIR&=~0X02;
  567. if(obGPIOADAT&0X02) //add by Rojam
  568. #else 
  569. obGPIOADIR&=~0X10;
  570. if(0)//!(obGPIOADAT&0X10)) //add by Rojam 070202
  571. #endif
  572. #endif
  573. {
  574. if(gxbBatterFullCount<BATTERY_CHARGE_FULL_COUNT)
  575. gxbBatterFullCount++;
  576. }
  577. else
  578. {
  579. gxbBatterFullCount=0;
  580. }
  582. if(gxbBatterFullCount>=BATTERY_CHARGE_FULL_COUNT)
  583. bLevel=BATTERY_LV_COUNT-1;  //Walace060803#2 end
  584. }
  585. else
  586. {
  587. bLevel=BATTERY_LV_COUNT-1;  //Walace060803#2 end
  588. }
  590. // ShowIcon(bLevel*154,11,7,85,0);
  591. gxbLastBattSts=bLevel; //050817
  592. UI_SHOW_BATTERY();
  593. // obCLKMCUCTRL=bClkCtrlTmp; allen060223
  594. }
  595. #endif
  597. //tne 2007/01/04 #2 start
  598. void UiShowUsbIconSts(BYTE bState) large
  599. {
  600. NandGpioCtrl(NAND_CS_OFF); //all off Allen051208#1: fix 2 chip nand show icon bug.
  602. // TODO: add display code
  603. //display download or upload icon
  604. /*#if(USE_STEP_UP_CONVERTER) //Walace070205#1
  605. obCLKSRAMCTRL=0xD0;
  606. obCLKSMCTRL=0xD0;
  607. McuClockCtrlAdjust(0xD0);
  608. #endif
  609.         */
  610. switch(bState)
  611. {
  612. case UI_USB_IDLE:
  613. case UI_USB_BUSY:
  614. if(bState!=xbUiCurState)
  615. {
  616. OledShowIconNew(2,IM_USB_NO_DOT,UI_USB_RW_ICON_COLNUM,UI_USB_RW_ICON_ROWNUM);
  617. gxbUiRwIconStep=0;
  618. }
  619. break;
  621. case UI_USB_WAIT:
  622. //OledShowIconNew(2,IM_WAITING,0,0);
  623. break;
  625. case UI_USB_FIRST_READY:
  626. OledShowIconNew(2,IM_USB_BG,0,0);
  627. #if(_PM_MTP_)
  628. OledShowIconNew(2,IM_USB_MTP,UI_USB_MSC_TYPE_ICON_COL,UI_USB_MSC_TYPE_ICON_ROW);
  629. #else
  630. OledShowIconNew(2,IM_USB_MSC,UI_USB_MSC_TYPE_ICON_COL,UI_USB_MSC_TYPE_ICON_ROW);
  631. #endif
  633. case UI_USB_SEARCHING:
  634. //Do nothing now...
  635. break;
  637. //case UI_USB_READ:
  638. //case UI_USB_WRITE:
  639. default:
  640. #if(_PM_MTP_)
  641. for(gxbUiRwIconStep=0;gxbUiRwIconStep<UI_USB_RW_MAX_ICON_STEP;gxbUiRwIconStep++)
  642. {
  643. OledShowIconNew(2,
  644. IM_USB_DOT,
  645. UI_USB_RW_ICON_COLNUM+UI_USB_RW_ICON_INTERVAL*gxbUiRwIconStep,
  646. UI_USB_RW_ICON_ROWNUM);
  647. }
  649. #else
  650. if(gxbUiRwIconDelay>=UI_USB_RW_DELAY_NUM)
  651. {
  652. OledShowIconNew(2,IM_USB_NO_DOT,UI_USB_RW_ICON_COLNUM,UI_USB_RW_ICON_ROWNUM);
  653. OledShowIconNew(2,
  654. IM_USB_DOT,
  655. UI_USB_RW_ICON_COLNUM+UI_USB_RW_ICON_INTERVAL*gxbUiRwIconStep,
  656. UI_USB_RW_ICON_ROWNUM);
  658. gxbUiRwIconStep++;
  659. if(gxbUiRwIconStep>=UI_USB_RW_MAX_ICON_STEP)
  660. gxbUiRwIconStep=0;
  662. gxbUiRwIconDelay=0;
  663. }
  664. else
  665. { gxbUiRwIconDelay++; }
  666. #endif
  668. break;
  670. }
  672. xbUiCurState=xbUiState;
  673. }
  675. #if(_PM_MTP_) //allen051101#4: for MTP sendobject, getobject //modify by tne 2007/01/04 #2
  676. API void UiDispCtrl(BYTE bStatus) large
  677. {
  678. if(bStatus!=xbUiState)
  679. {
  680. UsbSetSysSpeed(USB_CLK_UI); //Walace070205#1
  681. UiShowUsbIconSts(bStatus);
  682.         UsbSetSysSpeed(USB_CLK_UI_CANCEL); //Walace070205#1
  683. }
  685. xbUiState=bStatus;
  687. }
  688. #endif
  693. /*--------------------------------------------------------------------------
  694. Description:
  695. User Interface for TARGET UsbFlashDisk
  696. Arguments:
  698. Global arguments:
  700. IN gxbDrawUsbUi
  701. IN xbUiBattCounter
  703. Returns: 
  705. --------------------------------------------------------------------------*/
  706. #if 1 //allen051101#4 Combine to 1 func
  707. /* //Walace060620#1
  708. #define ST_FORCE_REFRESH 0x01
  709. #define ST_BACKGROUND 0x02
  710. #define ST_BATTERY 0x04
  711. #define ST_RW_STATUS 0x08
  712. */
  713. void UiFlashDisk(BYTE bStatus)
  714. {
  715. //BYTE bClkCtrlTmp=obCLKMCUCTRL; //Walace070205#1
  717. #if(_PM_MTP_)
  718. CBYTE cbIconTemp[]={77,84,80};
  719. #endif
  721. if(gxbDrawUsbUi&0x80) //need to draw
  722. {
  723. // obCLKMCUCTRL=0xD0; //MCU clock use XTALI 12MHz //v03210#1 allen060223
  725. //allen060227(11)
  726.                 //Walace070205#1
  727. /*#if(USE_STEP_UP_CONVERTER)
  728. #else
  729. obCLKSRAMCTRL=0xD0;
  730. obCLKSMCTRL=0xD0;
  731. obCLKMCUCTRL=0xD0; //MCU clock use XTALI 12MHz //v03210#1
  732. #endif
  733. */
  734. //Walace060620#1 start //remove !_PM_MTP_ by tne 2006/12/01 #1
  735. //#if(!_PM_MTP_)
  736. switch(bStatus&ST_DISP_CMD)
  737. {
  738. case ST_DISP_SUSPEND:
  739. //Walace070205#1
  740. /*#if(USE_STEP_UP_CONVERTER)
  741. obCLKSRAMCTRL=0xD0;
  742. obCLKSMCTRL=0xD0;
  743. McuClockCtrlAdjust(0xD0);
  744. #endif
  745. */
  746. UsbSetSysSpeed(USB_CLK_UI); //Walace070205#1
  747. //Display control before enter suspend status
  748. // OLED_CLEAR_ALL(); //Tony070312
  749. LCD_RESET_EN(); //Walace060802#4
  750. UsbSetSysSpeed(USB_CLK_UI_CANCEL); //Walace070205#1
  751. break;
  753. case ST_DISP_RESUME:
  754. /* //Walace070205#1
  755. #if(USE_STEP_UP_CONVERTER)
  756. obCLKSRAMCTRL=0xD0;
  757. obCLKSMCTRL=0xD0;
  758. McuClockCtrlAdjust(0xD0);
  759. #endif
  760. */
  761. UsbSetSysSpeed(USB_CLK_UI); //Walace070205#1
  762. OledInit();
  763. //OledShowIcon(ICON_PC,14,16); //remove by tne 2007/01/04 #2
  764. //OledShowIcon(ICON_USB_STATE_IDLE,52,LINE2); //remove by tne 2007/01/04 #2
  766. #if(!DRM_MODE_EN) //Walace060902#1
  767. OledShowIconNew(2,IM_USB_MSC,0,0); //tne 2007/01/04 #2
  768. #endif
  769. UsbSetSysSpeed(USB_CLK_UI_CANCEL); //Walace070205#1
  770. gxwHostTimeOutCnt &= (~0x8000);
  771. break;
  773. default:
  774. break;
  775. }
  776. //#endif
  777.        //Walace060620#1 end
  779. if(bStatus&ST_FORCE_REFRESH)
  780. {
  781. // force refresh 
  782. #if(_C_MODE_)
  783. gxbDrawUsbUi|=0x01;
  784. #else
  785. gxbDrawUsbUi|=0x07;
  786. #endif
  787. }
  789. if(bStatus&ST_BACKGROUND)
  790. {
  791. if(gxbDrawUsbUi&0x7F)
  792. {
  793. //
  794. // Show "PC & Device"
  795. //
  797. //Walace060620#1 start
  798.                                 /*
  799.  //Walace060501#3 start  
  800. OledInit(); //Walace060607#2
  801. //OledSetBrightness(gxbLcdContrast);
  802. //OLED_SET_CONTRAST_HI();
  803. //Walace060501#3 end
  805. OLED_CLEAR_ALL();
  806. OledShowIcon(ICON_PC,14,16);
  807. OledShowIcon(ICON_USB_STATE_IDLE,52,LINE2);
  809. #if(_PM_MTP_)
  810. OledShowIcon(ICON_USB_MTP,SEG8,LINE2);
  811. #else
  812. OledShowIcon(ICON_USB_MASS,SEG8,LINE2);
  813. #endif
  814.                                 */ //Walace060620#1 end
  815. //
  816. // Show Battery Frame
  817. //
  819. #if(USB_DISP_CHARGING)
  820. //Walace070205#1
  821. /*#if(USE_STEP_UP_CONVERTER)
  822. obCLKSRAMCTRL=0xD0;
  823. obCLKSMCTRL=0xD0;
  824. McuClockCtrlAdjust(0xD0);
  825. #endif
  826. */
  827. UsbSetSysSpeed(USB_CLK_UI);//Walace070205#1
  828. UiShowBattCharging(0); //050812
  829. UsbSetSysSpeed(USB_CLK_UI_CANCEL); //Walace070205#1
  830.        #endif
  832. gxbDrawUsbUi--;
  833. }
  834. }
  836. #if(SHOW_NOW_TIME) //For debug usage
  837. if((gxbShowTimeCounter++)>0xF0)
  838. {
  839. UsbSetSysSpeed(USB_CLK_UI);//Walace070205#1
  840. OledShowNumber((WORD)(gxdwNowTime&0xFFFF),WORD0,LINE0,6);
  841. UsbSetSysSpeed(USB_CLK_UI_CANCEL); //Walace070205#1
  842. gxbShowTimeCounter=0;
  843. }
  844. #endif
  847. if(bStatus&(ST_RW_STATUS|ST_BATTERY)) //Allen051221#2
  848. {
  849. /* Determine ISP Start */
  850. if(gxbAtaAtapiCmd==OP_ISP_START)
  851. {
  852. xbUiState=UI_USB_ISP_START;
  853. // TODO: Display ISP Start
  855. }
  857. if(gxbAtaAtapiCmd==OP_ISP_FINISH)
  858. {
  859. xbUiState=UI_USB_ISP_END;
  860. // TODO: Display ISP Finish
  862. }
  864. /* Determine R/W Status */
  865. if((gxbLcdCounter>80)&&(xbUiState!=UI_USB_ISP_START))
  866. {
  867. gxbLcdCounter=0;
  868. UsbSetSysSpeed(USB_CLK_UI);//Walace070205#1
  869. #if(_PM_USB_MSC_)
  870. if(gxbAtaAtapiCmd==OP_READ10)
  871. xbUiState=UI_USB_READ;
  872. else if(gxbAtaAtapiCmd==OP_WRITE10)
  873. xbUiState=UI_USB_WRITE;
  874. else
  875. xbUiState=UI_USB_IDLE;
  877. gxbAtaAtapiCmd=OP_TEST_UNIT_READY; //allen051028: win98 r/w issue
  878. #else
  879. /* MTP only show BUSY or IDLE */
  880. if(gxbMtpState&MTP_SESSIONOPEN) //Open Session
  881. xbUiState=UI_USB_BUSY;
  882. else //Close Session
  883. xbUiState=UI_USB_IDLE;
  885. #endif
  887. //tne 2007/01/04 #2 start
  888. #if(_PM_USB_MSC_)
  889. if(xbUiCurState!=xbUiState)
  890. gxbUiRwIconDelay=UI_USB_RW_DELAY_NUM; //Update right now
  891. #endif
  893. UiShowUsbIconSts(xbUiState);
  894. //tne 2007/01/04 #2 end
  896. //Allen051221#2
  897. // TODO: display show battery charging
  898. xbUiBattCounter++;
  900. #if(1)//DRM_MODE_EN)//Nick060605#2 // modify by Rojam 2007-04-13 15:17
  901. if(!(obUSBMISCCTL & 0x10))
  902. {
  903. /* //tne 2007/01/04 #2 
  904. NandGpioCtrl(NAND_CS_OFF);//all off Allen051208#1: fix 2 chip nand show icon bug.
  905. #if(USE_STEP_UP_CONVERTER)
  906. obCLKSRAMCTRL=0xD0;
  907. obCLKSMCTRL=0xD0;
  908. McuClockCtrlAdjust(0xD0);
  909. #endif
  910. */
  911. UiShowUsbIconSts(UI_USB_SEARCHING);
  912. }
  913. else if(!(gxwHostTimeOutCnt&0x8000))
  914. {
  915. gxwHostTimeOutCnt |= 0x8000;
  916. gxbHostTimeOutRetry = 0;//reset retry
  918. /* //tne 2007/01/04 #2
  919. #if(USE_STEP_UP_CONVERTER)
  920. obCLKSRAMCTRL=0xD0;
  921. obCLKSMCTRL=0xD0;
  922. McuClockCtrlAdjust(0xD0);
  923. #endif
  924. */
  926. UiShowUsbIconSts(UI_USB_FIRST_READY);
  927. }
  928. #endif
  930. #if(USB_DISP_CHARGING)
  931. NandGpioCtrl(NAND_CS_OFF); //all off Allen051208#1: fix 2 chip nand show icon bug.
  932. //UiShowBattCharging((xbUiBattCounter&0x0007)); //Walace070205#1
  933. /*#if(USE_STEP_UP_CONVERTER)
  934. obCLKSRAMCTRL=0xD0;
  935. obCLKSMCTRL=0xD0;
  936. McuClockCtrlAdjust(0xD0);
  937. #endif
  938. */
  939. UiShowBattCharging(xbUiBattCounter%BATTERY_LV_COUNT); //Walace060803#2
  940. #endif
  941. UsbSetSysSpeed(USB_CLK_UI_CANCEL);//Walace070205#1
  942. //obCLKSMCTRL|=0x80;  Walace debug 
  943. }
  944. }
  946. /* //Walace070205#1 
  947. //#if(USE_STEP_UP_CONVERTER)
  948. McuClockCtrlAdjust(bClkCtrlTmp);// WHH #1 061017
  949. //#else
  950. //obCLKMCUCTRL=bClkCtrlTmp; //MCU clock use XTALI 12MHz //v03210#1
  951. //#endif
  952. obCLKSRAMCTRL=bClkCtrlTmp;
  953. obCLKSMCTRL=bClkCtrlTmp;
  954. */
  955. }
  956. }
  957. #else
  958. void UiFlashDisk(void) //allen041201 add error handle
  959. {
  960. BYTE bClkCtrlTmp=obCLKMCUCTRL;
  961. #if(_PM_MTP_)
  962. CBYTE cbIconTemp[]={77,84,80};
  963. #endif
  965. /* //tne 2005/09/02
  966. if(!NandReadPhySec(gxwAddrPMI,1,SRAM_DATA_ADDR)) //read font index
  967. return;
  969. gxwFontTable[FONT_SYS]=(((WORD)gxbFsData[PM_FONT_SYS+1])<<8)|gxbFsData[PM_FONT_SYS];//keep system font index
  970. */
  971. #if(_PM_MTP_)
  972. if(!NandReadPhySec(gxwAddrPMI,1,SRAM_DATA_ADDR)) //read font index
  973. return;
  974. gxwMtpConstSec=(((WORD)gxbFsData[PM_MTP_CONST+1])<<8)|gxbFsData[PM_MTP_CONST]; //David 050504
  975. #endif
  977. /*
  978. #if(_PM_MTP_)
  979. gxwUniBig5Table=(((WORD)gxbFsData[PM_TABLE_UNI_BIG5+1])<<8)|gxbFsData[PM_TABLE_UNI_BIG5];
  980. #endif
  981. */
  983. obCLKMCUCTRL=0xD0; //MCU clock use XTALI 12MHz //v03210#1
  986. OledInit();
  987. //OLED_CLEAR_ALL(); //Tony070312
  988. OledShowIcon(ICON_PC,14,16);
  989. OledShowIcon(ICON_USB_STATE_IDLE,52,LINE2);
  991. #if(_PM_MTP_)
  992. OledShowIcon(ICON_USB_MTP,SEG8,LINE2);
  993. #else
  994. OledShowIcon(ICON_USB_MASS,SEG8,LINE2);
  995. #endif
  997.        #if(USB_DISP_CHARGING)
  998. UiShowBattCharging(0); //050812
  999.        #endif
  1000.    
  1001. gxbDrawUsbUi--;
  1002. GetUsbConfig();
  1004. obCLKMCUCTRL=bClkCtrlTmp;
  1005. }
  1006. #endif
  1008. #if(!(_PM_MTP_|_PM_USB_))
  1009. void UiShowString(BYTE bState) large
  1010. {
  1011. BYTE bClkCtrlTmp=obCLKMCUCTRL;
  1012. CBYTE cbIconTemp[4][5]={ {'R','D',' ',' ',' '},
  1013. {'W','R',' ',' ',' '},
  1014. {'I','S','P',' ',' '},
  1015. {'E','n','d',' ',' '},};
  1017. // #if(USE_STEP_UP_CONVERTER)
  1018. McuClockCtrlAdjust(0xD0);// WHH #1 061017
  1019. //#else
  1020. // obCLKMCUCTRL=0xD0; //MCU clock use XTALI 12MHz //v03210#1
  1021. //#endif
  1024. //#if(USE_STEP_UP_CONVERTER)
  1025. McuClockCtrlAdjust(bClkCtrlTmp);// WHH #1 061017
  1026. //#else
  1027. // obCLKMCUCTRL=bClkCtrlTmp; //MCU clock use XTALI 12MHz //v03210#1
  1028. //#endif
  1029. }
  1030. #endif
  1031. /*--------------------------------------------------------------------------
  1032. Description:
  1033. Check FW Charger Batt SADC change, when Batt SADC is stable then send Mtp Event to PC
  1034. Arguments:
  1036. Global arguments:
  1037. gxbBatUnChg: Batt SADC
  1038. gxbBattStableValue: Mtp return Value
  1039. Returns: 
  1040. //Chris070521#1 MTP update Batt lv
  1041. --------------------------------------------------------------------------*/
  1042. #if (_PM_MTP_)
  1043. void UpdateBattValue(void)
  1044. {
  1045. BYTE bBattValue;
  1047. #if(ONE_BATT_MODE)
  1048. bBattValue=BattCheck();
  1049. if ((bBattValue > BATTERY_LV_MAX)||(bBattValue < gxbBattMin))
  1050. {
  1051. gxbBattValue = gxbBattMin;
  1052. }
  1053. // Normal Battery Value
  1054. else
  1055. {
  1056. gxbBattValue = bBattValue;
  1057. }
  1059. //Stable Delay, and Update Event send
  1060. if (gxbBattKeep != gxbBattValue)
  1061. {
  1062. gxbBattKeep = gxbBattValue;
  1063. gxwBattStableDelay = (gfBattFirstSet)? FirstDelay: StableDelay;
  1064. }
  1065. else
  1066. {
  1067. gxwBattStableDelay--;
  1068. if (gxwBattStableDelay == 0)
  1069. {
  1070. if ((gxbBattStableValue!=gxbBattKeep))
  1071. {
  1072. #if (MTP_SUPPORT_EVENT)
  1073. if ((gfMtpEventReady) && ((gxbMtpState&MTP_SESSIONOPEN)==MTP_SESSIONOPEN))
  1074. SendEvent(16, PTP_EVENTCODE_DEVICEPROPCHANGED, 0x01500000);
  1075. #endif
  1077. gxbBattStableValue = gxbBattKeep;
  1078. gfBattFirstSet = FALSE;
  1079. }
  1080. gxwBattStableDelay = StableDelay;
  1081. }
  1082. }
  1084. #else // Li-Ion
  1085. if ((gxbChargerState == CHG_STAGE_END) && (gfBattChargerEnd))
  1086. return;
  1088. gfBattChargerEnd = FALSE;
  1090. #if(USE_FW_CHARGER)
  1091. bBattValue=gxbBatUnChg;
  1092. #else
  1093. bBattValue=BattCheck();
  1094. #endif
  1095. // UnNormal Battery Status or No Battery
  1096. if ((bBattValue > BATTERY_LV_MAX)||(bBattValue < gxbBattMin)||(gxbChargerState & 0xF0 == CHG_STAGE_NO_BAT))
  1097. {
  1098. gxbBattValue = gxbBattMin;
  1099. }
  1100. // Costant Voltage Charge
  1101. else if ((bBattValue > gxbBattMax) && (gxbChargerState & 0xF0 != CHG_STAGE_END))   // Jeff070522#1
  1102. {
  1103. gxbBattValue = gxbBattMax-1;
  1104. }
  1105. // Charging Battery Value
  1106. else
  1107. {
  1108. gxbBattValue = bBattValue;
  1109. }
  1111. //Stable Delay, and Update Event send
  1112. if (gxbBattKeep != gxbBattValue)
  1113. {
  1114. gxbBattKeep = gxbBattValue;
  1115. gxwBattStableDelay = (gfBattFirstSet)? FirstDelay: StableDelay;
  1116. }
  1117. else
  1118. {
  1119. gxwBattStableDelay--;
  1120. if (gxwBattStableDelay == 0)
  1121. {
  1122. if ((gxbBattStableValue!=gxbBattKeep) ||(gxbChargerState & 0xF0  == CHG_STAGE_END))
  1123. {
  1124. if (gxbChargerState & 0xF0 == CHG_STAGE_END)
  1125. {
  1126. gfBattChargerEnd = TRUE;
  1128. if (gxbBattKeep != gxbBattMin)
  1129. {
  1130. SramWrite(SRAM_CHARGER_STOP_SADC,&gxbBattKeep);
  1131. gxbBattMax = gxbBattKeep;
  1132. }
  1133. }
  1135. #if (MTP_SUPPORT_EVENT)
  1136. if ((gfMtpEventReady) && ((gxbMtpState&MTP_SESSIONOPEN)==MTP_SESSIONOPEN))
  1137. SendEvent(16, PTP_EVENTCODE_DEVICEPROPCHANGED, 0x01500000);
  1138. #endif
  1140. gxbBattStableValue = gxbBattKeep;
  1141. gfBattFirstSet = FALSE;
  1142. }
  1143. gxwBattStableDelay = StableDelay;
  1144. }
  1145. }
  1146. #endif
  1147. }
  1148. #endif
  1150. /*--------------------------------------------------------------------------
  1151. Description:
  1152. Check Hardware Charger's status as Charging or End
  1153. Arguments:
  1155. Global arguments:
  1156. gxbChargerState: Charge Status
  1157. Returns: 
  1159. --------------------------------------------------------------------------*/
  1160. #if (_PM_USB_&&!USE_FW_CHARGER)
  1161. void CheckHardwareChargerStatus(void) //Jeff070523#1
  1162. {
  1163. obGPIOADIR &= (~0x01);
  1164. if(obGPIOADAT&0x01)
  1165. {
  1166. gxbChargerState = CHG_STAGE_CHARGE;
  1167. }
  1168. else
  1169. {
  1170. if(BattCheck()<BATTERY_LV_LOW)
  1171. gxbChargerState = CHG_STAGE_NO_BAT;
  1172. else
  1173. gxbChargerState = CHG_STAGE_END;
  1174. }
  1175. }
  1176. #endif
  1178. main(void)
  1179. {
  1180. #if(USB_DISPCOUNTER)
  1181. XBYTE bKey ;
  1182. #endif
  1183. #if(!UI_CHARGE_IC)
  1184. XBYTE bChargeCount;
  1185. #endif
  1187. #if(COST_DOWN_CIRCUIT)
  1188. Usb_reset:
  1189. #endif
  1191. #if(_PM_MTP_)   
  1192. gxdwMtpGUIDSN = 0x00000000; //Chris for GUID 060727
  1193. //xbUiBattCounter=obDCV_INT_FLAG; //Ted 1013
  1194. gxbMtpMultiBank=FALSE; //Scott060720
  1195. #endif
  1196. xbUiBattCounter=obDCV_INT_FLAG; //Ted 1013
  1198. xbUiBattCounter = 0x00;
  1199. gxbLcdLimitCol=MAX_COLNUM; //tne lcd scroll2
  1200. gfHaveSaveModifyFlag=FALSE; //tne CDB
  1201. gxbUiRwIconStep=0; //tne 2007/01/04 #2
  1202. gxbUiRwIconDelay=0; //tne 2007/01/04 #2
  1204. //#if(USE_FW_CHARGER) //060918Renshuo //Ted 1013 //WHH070304(mark)
  1205. //ChargerInit();
  1206. //#endif
  1209. #if(SETTING_FOR_ISP_START)
  1210.   CKCON &= 0xF8;
  1211. CKCON |= 0x07; // STRECH = 111
  1212. obREADYENL=SM_EN|USB_EN|SD_EN;
  1213. obREADYENH=(SRAMRA_EN|RA_EN|SYSREG_EN)|0xF0;
  1214. //CKCON &= 0xF9; // STRECH = 001 //David 050406
  1215. CKCON &= 0xF8; // STRECH = 000
  1216. IE = 0;
  1217. EA = 1;
  1218. IP = 0;
  1219. PX0 = 1;
  1220. TMOD = 0x10;
  1221. TCON = 0;
  1222. T2CON= 0;
  1223. TA=0xAA;
  1224. TA=0x55;
  1225. WDCON =0;
  1227. // Context_Switch from BR.
  1228. // 1. MCUCLK from USB, (120/4)
  1229. // 2. SRAMCLK from USB, (120/4)
  1230. // 3. SMCLK Disable, but from DCV
  1231. // 4. DCVCLK disable
  1232. // 5. Do not Reset Pipe
  1234. obCLKLCDCTRL|=0x20; //Div2 Enable
  1235. obDCVARRD = 0x04; //DCV clock
  1236. obDCVWRDATA = 0xe1; //147 MHz
  1238. obCLKSMCTRL=0xA0; //48Mhz
  1239. obCLKSMDIVF=0x00;
  1241. obSMREADCYC = 0x02;
  1242. obSMWRITECYC = 0x02;
  1243. obSMHOLDTIME = 0x00;
  1245. obDCVARRD=0x04;
  1246. obDCVWRDATA=0xf1; //disable dcv clock
  1248. gxbNandInitStage=NDINIT_INIT; //Allen060609 new_nf
  1249. NandGpioInit();
  1250. NandInit(NDINIT_IDENT_DONE);
  1252. gxbMaxLUN =1;
  1253. gbDescriptorSource = ROM; // Initial config Descriptor from ROM 
  1255. UsbDeviceInit();
  1256. gxbDrawUsbUi = 0x00; //ISP don't draw UI
  1258. UiFlashDisk(ST_FORCE_REFRESH|ST_BACKGROUND); //dummy call
  1259. gxbUsbWPStatus=FALSE;
  1260. gxbSWCBW = 0x00;
  1262. #else //SETTING_FOR_ISP_START
  1264. #if(SETTING_FOR_ICE_START)
  1265. SettingForIceStart();
  1266. gxbDeviceMode=DEV_INIT;
  1267.                 //David050627
  1268. #if(_PM_MTP_)
  1269.                     gxbDrmOptionMode|=USB_MTP;
  1270. #else
  1271.                     gxbDrmOptionMode&=~USB_MTP;
  1272. #endif
  1273. //David050705#1
  1274. //SM Clock
  1275. obCLKSMCTRL=0xD0;
  1277. gxbNandInitStage=NDINIT_INIT;
  1278. NandGpioInit();
  1279. NandInit(NDINIT_IDENT_DONE);
  1281. #endif
  1283. #if(_NAND_API_RELOADWLC_) //060718
  1284. NandReloadCnt(); //Allen060624
  1286. #ifdef _WL_DEBUG_
  1287. gxdwDoWlNumber=0;
  1288. gxwWLCReset=0;
  1289. gxwProgramError=0;
  1290. gxwEraseError=0;
  1291. gxbUsbWriteFail=0; //060628
  1292. gxbUsbReadFail=0; //060628
  1293. gxbSaveLutFail=0; //060628
  1294. gxbBadBlockNum=0; //060629
  1295. #endif
  1297. #endif
  1299. IE = 0;
  1300. EA = 1;
  1302. // TODO:  add Variable Initial code here
  1303. //allen051101#2
  1304. #if(SYS_USE_KEY_HOLD) //modify by Rojam 2007-05-18 17:30
  1305. gxbUsbWPStatus=CheckWPKey();
  1306. #else
  1307. gxbUsbWPStatus=FALSE;
  1308. #endif
  1309. OLED_DISP_MASK_INIT();
  1311. //add by tne 2005/05/07
  1312. //device mode itself, it's swaping mode after format
  1313. #if(_PM_MTP_)
  1315. MtpVariableInit();// 060108 //Allen060419#1
  1317. //allen051101#3: Var Init
  1318. // fForwardReadFileSec=FALSE;
  1319. // fOpenWithLongName=FALSE;
  1320. fDeleteContinuous=FALSE; //060721
  1322. #if(SETTING_FOR_ICE_START)
  1323. // fOpenWithLongName=FALSE;
  1324. gxbExtRtc=0;
  1325. gxbStorage=STOR_NAND;
  1326. gxbStorType=STOR_NAND;
  1328. NandInit(); //050517
  1330. if(FsInit())
  1331. {
  1332. INIT_FSFILEInf();
  1333. FsRecInit();
  1334. }
  1335. else
  1336. {
  1337. gbFsUnableUse=TRUE;
  1338. }
  1339. #else
  1340. // INIT_FSFILEInf();
  1341. #endif
  1343. //
  1344. // Get Config & gxbMaxLUN Allen051110#1
  1345. //
  1346. if(GetUsbConfig())
  1347. gxbDrawUsbUi = 0x80;
  1348. else
  1349. gxbDrawUsbUi = 0x00;
  1351. #if(SETTING_FOR_ICE_START) //David050705#1
  1352. gxbStorLun=NAND_LUN;
  1353. gxbMtpInitMode=MTPINIT_NEED_USBINIT;
  1354. gxbStorAvailable[gxbStorLun]=STORAGE_FSINIT_DONE;
  1355. #endif
  1357. MtpDeviceInit(); //allen051101#2 Allen051110#1
  1359. //tne 2005/08/22
  1360. //check secure clock state //David 050425
  1361. if(gxbDrmOptionMode&S_CLOCK_READY_MODE) //if SRAM indicate s-clk ready
  1362. gbSecureClockState = SECURE_CLOCK_NEED_REFRESH;
  1363. else
  1364. gbSecureClockState = SECURE_CLOCK_NOT_SET;
  1366. obDCV_INT_MASK |= RTC_COUNTER_EN;
  1368. if(gxbMtpInitMode&MTPINIT_NEED_USBINIT)
  1369. {
  1370. gxbMtpInitMode&=~MTPINIT_NEED_USBINIT;
  1372. // TODO: every plugin will execute here one time.
  1373. UsbSaveMtpMode(DRM_OPTION_MTP_ON); //tne 2005/08/17
  1375. obUSBOTGSPEED &= USB_OFFJ;
  1376.                 // WalaceMerge060612
  1377. obSYSSOFTRSTCTRL &= 0x7F;   //Usb Reset //Nick060531
  1378. obSYSSOFTRSTCTRL |= 0x80;   //Usb Reset dis //Nick060531
  1379. UsbDeviceInit();
  1381. UiFlashDisk(ST_FORCE_REFRESH|ST_BACKGROUND);
  1382. }
  1384. MTPLicScan(); //Chris 060918 #1
  1386. EnableExtInt0(); //Walace060524#2
  1388. #if ENABLE_SD_FUNCTION
  1389. if(gxbStorAvailable[SD_LUN]==STORAGE_NOT_EXIST) //Chris for SD 061110 #7 //Chris070521#1
  1390. {
  1391. CardDetect(FALSE); //Chris 061222#1
  1392. }
  1393. #endif
  1394. //Chris070111#4 for send finished check
  1395. for (gbVar1 = 0; gbVar1 < MAX_LUN; gbVar1++)
  1396. {
  1397. gbVar2 = 0x56;
  1398. SramWrite(SRAM_MTP_SEND_FINISH - gbVar1, &gbVar2);
  1399. }
  1401. #else
  1402. /*  MSC Start  */
  1403. //Yen_Lung050721
  1404. //obUSBOTGSPEED &= USB_OFFJ; //David 050414
  1405. #if(USE_RTC_COUNTER)     
  1406. obDCV_INT_MASK |= RTC_COUNTER_EN;   //Ted 1013
  1407. #endif
  1409. #if(NEW_FLASH)
  1411. NandInit(NDINIT_IDENT_DONE);
  1413. if(GetUsbConfig())
  1414. gxbDrawUsbUi = 0x80;
  1415. else
  1416. gxbDrawUsbUi = 0x00;
  1418. UsbDeviceInit();
  1419. NandInit(NDINIT_DONE);
  1421. #else
  1423. UsbDeviceInit();
  1424. if(GetUsbConfig())
  1425. gxbDrawUsbUi = 0x80;
  1426. else
  1427. gxbDrawUsbUi = 0x00;
  1429. #endif
  1431. if(gxbSWCBW&0x01)//Yen_Lung050721: Mtp auto-switch to Msc
  1432. {
  1433. CheckReceiveCBW();
  1434. gxbUsbSetupFlag=TRUE; //Walace060527#2
  1435. }
  1437. UiFlashDisk(ST_FORCE_REFRESH|ST_BACKGROUND);
  1439. #endif // (_PM_MTP_)
  1440. #endif //SETTING_FOR_ISP_START
  1442. #if(_PM_USB_MSC_) //allen060528: variable init
  1443. #if(NEW_FLASH)
  1444. gxbMscCachePath[0]=SRAM_CACHE_0_PATH;
  1445. gxbMscCachePath[1]=SRAM_CACHE_1_PATH;
  1446. gxbMscKeptModified[0]=0; //Allen060611 fix
  1447. gxbMscKeptModified[1]=0; //Allen060611 fix
  1448. #endif
  1449. if (gdwCapacity[0]!=0) //Walace060527#1: fixed "Eject" bug
  1450. gfStartStop = 0;
  1451. else
  1452. gfStartStop = 1;
  1453. #endif
  1454. #if(!_PM_MTP_)
  1455. gxbRestoreCMD = FinishAllBlk;//Nick061120 //NandRestore
  1456. NandRestore(); //Scott061114
  1457. #endif
  1459. obUSBOTGSPEED |= USB_ON;
  1461. //Key Init
  1462. obGPIOBDAT = 0xfc;
  1463. obGPIOBDIR |= 0x1C; //set GPIOB_2,3,4 output                                                      //XXX1 1100
  1464. obGPIOBDIR &= 0x1F/*0x1C*/; //set GPIOB_5,6,7 input Allen060224: GPIOB0 Output  //000X XXXX
  1465. obGPIOBDAT &= 0xf7; //let GPIO_B_3 output low
  1467. POWER_ON_3V3SD(); //Allen060224: 
  1469. gfKeyReady=FALSE;
  1470. #if(DRM_MODE_EN)
  1471. gxwHostTimeOutCnt = 0x7FFF;//Nick060605#1
  1472. #endif
  1473. gxbLcdCounter=0; //050811
  1474. #if(USB_DISP_CHARGING)
  1475. gxbBatterFullCount=0; //Walace060803#2
  1476. #endif
  1477. #if(PLAY_IN_ADAPTOR)
  1478. gxwWaitUsbSetupCnt = 0; //Alan060921   // Jason 20070119#1
  1479. #endif
  1480. ET0 = 1; // enable Timer0
  1481. #if(_PM_USB_MSC_)//Nick060706#1 for ansuring auto run function on win2K
  1482.  gxbCdRomSts = 0;//STSMediaNotPresent; 
  1483.  #endif
  1484.  
  1485.  #if((!UI_CHARGE_IC)&&(COLOR_MODE!=3))// modify by Rojam 2007-05-17 16:23
  1486. obGPIOADIR&=~0X10;
  1487. obGPIOADIR |= 0x02;
  1488. obGPIOADAT &= (~0x02);
  1489. #endif
  1491. gxwDelayTime=0; //add by Rojam 070202
  1492. bTimeTemp=0; //add by Rojam 070202
  1494. #if(COLOR_MODE==0)
  1495.  obGPIOCDIR|=0x04;
  1496.  obGPIOCDAT&=~0x04;
  1497. #else 
  1498.  obGPIOADIR|=0x01;
  1499.  obGPIOADAT&=~0x01;
  1500.  obGPIOBDIR|=0x80;
  1501.  obGPIOBDAT&=~0x80;  
  1502. #endif
  1503. #if(COLOR_MODE==3 ) //modify by Rojam 2007-05-17 15:37
  1504. obGPIOADIR|=0x01;
  1505. obGPIOADIR&=~0x02;
  1506. obGPIOADAT|=0x02;
  1507. obGPIOCDIR&=~0x02;
  1508. obGPIOCDAT|=0x02;
  1509. #endif
  1511. #if(USB_DISPCOUNTER)
  1512. gxbBackLightTime=5;
  1513. gxbBackLightCounter=BACKLIGHT_STS_ON;
  1514. #endif
  1516.  
  1517. while(1)
  1518. {
  1519. UiCheckAlarm(); //Walace061019#1
  1521. obDCVARRD=0x14;  //Power Control
  1522. obDCVWRDATA=(obDCVRDDATA|0x01); //VREG_BAT use VDDA
  1523. #if(_PM_MTP_|USE_RTC_COUNTER) //Ted 1013
  1524. gxbTemp=obDCV_INT_FLAG;  
  1525. #endif
  1527. #if(COLOR_MODE==3 ) //modify by Rojam 2007-05-17 15:37
  1528. if(((obGPIOADAT&0x02)==0x00)||(obGPIOCDAT&0x02)==0x00)
  1529. {
  1530. obGPIOADAT&=~0x01;
  1531. }
  1532. else
  1533. obGPIOADAT|=0x01;
  1534. #endif
  1536. #if(!SETTING_FOR_ISP_START) //060718
  1538. #if(USE_FW_CHARGER) //060918Renshuo //Ted 1013
  1539. ChargerSenseVoltage();
  1540. #else
  1541. #if(!ONE_BATT_MODE)
  1542. CheckHardwareChargerStatus(); //Chris070521#1
  1543. #endif   
  1544. #endif
  1546. #if (_PM_MTP_)
  1547. UpdateBattValue(); //Chris070521#1  MTP show Batt lv
  1548. #endif
  1550.                 #if (DRM_MODE_EN)
  1551. //David 050517, MTP/UMS mode changable
  1552. //if(CheckModeKey())//Nick060605#1 mark it
  1553.     //WHH070307#5(start)    
  1554. #if(PLAY_IN_ADAPTOR)
  1555.     if(gfHostSupportMTP && 
  1556.     ((CheckModeKey()&&gxbUsbSetupFlag)|| (gxwHostTimeOutCnt==TimeOutCnt&&gxbHostTimeOutRetry<3)))//Nick060605#1 add it
  1557. #else
  1558.     if(gfHostSupportMTP && 
  1559.     (CheckModeKey() || (gxwHostTimeOutCnt==TimeOutCnt&&gxbHostTimeOutRetry<3)))//Nick060605#1 add it
  1560. #endif
  1561.     //WHH070307#5(end)
  1562. {
  1563. while ((obUSBDEVEPAFCTR & EP_STS_ALLEMP) != EP_STS_ALLEMP) {} //Nick060605#1 add it
  1564. obUSBOTGSPEED &= USB_OFFJ;
  1565. obSYSSOFTRSTCTRL &= 0x7F; //Usb Reset //David060602
  1566. obSYSSOFTRSTCTRL |= ~0x7F; //Usb Normal //David060602
  1567. NandFinishJob();
  1569. #if(USE_FW_CHARGER) //Ted 1013
  1570. CHG_CTRL_DIR |=0x01;
  1571. CHG_CTRL_DAT &=0xFE; //set GPIOA0 to low to active charge
  1572. //gxbChargerFlag = INIT_READY;   //Jason 20070119#1 start    // Jeff070303#1
  1573. #endif
  1575. gbSpecialRW=RW_NORMAL;//Nick060706
  1577. UiShowUsbIconSts(UI_USB_WAIT); //tne 2007/01/04 #2
  1579. if((gxbDrmOptionMode&DRM_OPTION_MTP_MODE)==USB_MASS_STORAGE)
  1580. {
  1581. if(gxwHostTimeOutCnt==TimeOutCnt)//Nick060605#1
  1582. {
  1583. gxbHostTimeOutRetry++;
  1584. LoadProgram(PM_USB,NORMAL_CODE); //load USB program
  1585. }
  1586. gxbDrmOptionMode|=USB_MTP;
  1587. SramWrite(SRAM_DRM_OPTION_MODE,&gxbDrmOptionMode);
  1589. //gxbDeviceMode=DEV_INIT; //050601 //Walace070205#1
  1590. gxbDeviceMode=DEV_USB;//Walace070205#1
  1591. LoadProgram(PM_MTP_INIT,NORMAL_CODE); //load MTP program
  1592. }
  1593. else //if(gxbDrmOptionMode==1)
  1594. {
  1595. if(gxwHostTimeOutCnt==TimeOutCnt)//Nick060605#1
  1596. {
  1597. gxbHostTimeOutRetry++;
  1598. LoadProgram(PM_MTP_INIT,NORMAL_CODE); //load MTP program
  1599. }
  1600. gxbDrmOptionMode&=(~USB_MTP);
  1601. SramWrite(SRAM_DRM_OPTION_MODE,&gxbDrmOptionMode);
  1602. #if(_PM_MTP_)
  1603. UsbSaveMtpMode(DRM_OPTION_MTP_OFF); //tne 2005/08/17
  1604. #endif
  1605. LoadProgram(PM_USB,NORMAL_CODE); //load USB program
  1606. }
  1607. }
  1608.                 #endif
  1610. //if(!VbusCheck())  //if disconnect //Walace060901#2
  1611. if(VbusCheck(CHECK_VBUS_OFF)) //if disconnect //Walace060901#2
  1612. {
  1613. obUSBOTGSPEED &= USB_OFFJ;
  1614. EX0=0;
  1615. #if(COST_DOWN_CIRCUIT)
  1616. xbUsbFlag=1;
  1617. #endif
  1618. /*
  1619. obCLKLCDCTRL|=0x20; //Div2 Enable
  1620. obDCVARRD=0x04; //DCV clock
  1621. obDCVWRDATA=0xe1; //147 MHz
  1622. //Mcu Clock
  1623. obCLKMCUDIVF=0x03;
  1624. obCLKMCUCTRL=0xb8; //73(67)/5=14.6(13.4)
  1625. //Ra Clock
  1626. obCLKSRAMDIVF=0x03;
  1627. obCLKSRAMCTRL=0xb8; //73(67)/5=14.6(13.4)
  1628. //SM Clock
  1629. obCLKSMDIVF=0x03;
  1630. obCLKSMCTRL=0xb8; //73(67)/5=14.6(13.4)
  1632. SD_POWER_OFF();
  1633. obCLKCODECCTRL=0x50;
  1634. obCLKSDCTRL=0x50;
  1635. obUSBOTGCTRL |= 0x02; //DPLL power down
  1636. obMODSEL3 &= 0xBF; //USB  Disable
  1637. obSYSSOFTRSTCTRL &= 0x7F;   //Usb Reset
  1638. obSYSSOFTRSTCTRL=SM_RST_DIS|RA_RST_DIS; //reset all, but not SM, RA
  1639. obSYSSOFTRSTCTRL2=0x00;
  1640. obMODSEL1=0x08;
  1641. obMODSEL3=0x08;
  1643. LoadProgram(PM_INIT,NORMAL_CODE);
  1644. */
  1645. }
  1646. // Jason 20070119#1 start
  1647. //**************For Adapter initialize Use****************//
  1648. #if(PLAY_IN_ADAPTOR)
  1649. if(gxwWaitUsbSetupCnt >= USB_SETUP_TIMEOUT)   // USB_SETUP_TIMEOUT=600
  1650. {
  1651. //if(!gxbUsbSetupFlag)
  1652. if((!gxbUsbSetupFlag)&&(gxbAdaptorPlugIn==ADAPTER_DEFAULT_STATE)) //WHH070307#5
  1653. {
  1655. gxbAdaptorPlugIn = ADAPTER_PLUG_IN; // judge adapter flag //WHH070307#5
  1656. EX0=0;
  1657. obUSBOTGSPEED &= USB_OFFJ; //USB stop
  1658. obDCVARRD=0x04;//DCV clock
  1659. obDCVWRDATA=0xe1;  //147 MHz
  1660. //Mcu Clock
  1661. obCLKMCUDIVF=0x08;
  1662. obCLKMCUCTRL=0xC8; //73(67)/5=14.6(13.4)
  1663. #if(USE_STEP_UP_CONVERTER)  //WHH 070117
  1664. StepUpConverterDutyCycleSetting( );
  1665. #endif
  1666. //Ra Clock
  1667. obCLKSRAMDIVF=0x08;
  1668. obCLKSRAMCTRL=0xC8; //73(67)/5=14.6(13.4)
  1669. //SM Clock
  1670. obCLKSMDIVF=0x08; 
  1671. obCLKSMCTRL=0xC8;  //73(67)/5=14.6(13.4)
  1672. //DSP clock
  1673. obCLKDSPCTRL=0xd0; //12M 
  1675. obCLKCODECCTRL=0x50;   //Codec 12M
  1676. obCLKSDCTRL=0x50;    //SD 12M
  1677. obSYSSOFTRSTCTRL &= 0x7F;   //Usb Reset
  1678. obUSBOTGCTRL |= 0x02; //DPLL power down
  1679. obMODSEL3 &= 0xBF; //USB  Disable
  1681. obSYSSOFTRSTCTRL2=0x00;  //reset
  1682. //obSYSSOFTRSTCTRL=SM_RST_DIS|RA_RST_DIS; //reset all, but not SM, RA
  1683. //GPIOC2_DEBUG(9);
  1684. obMODSEL1=0x08; // 8bit SM
  1685. obMODSEL3=0x08; //internal ROM Disable      
  1686.  //gxbChargerFlag=0;// charging Flag//WHH070309#1
  1687.  //GPIOC2_DEBUG(10);
  1688. LoadProgram(PM_INIT, NORMAL_CODE);
  1689.    
  1690. }
  1691. else
  1692. {
  1693. gxbAdaptorPlugIn=ADAPTER_USB_PLUG_IN;//WHH070307#5
  1694. UiFlashDisk(ST_BACKGROUND|ST_BATTERY|ST_RW_STATUS); //Usb Flash Disk display allen051101#4
  1695. }
  1696. }
  1697. else
  1698. {
  1699. UiFlashDisk(ST_BACKGROUND|ST_BATTERY|ST_RW_STATUS); //Usb Flash Disk display allen051101#4
  1700. }
  1701. #endif
  1702. //***************END***************//
  1703. // Jason 20070119#1 end
  1705. #if(COST_DOWN_CIRCUIT)
  1706. if(VbusCheck(CHECK_VBUS_ON))
  1707. {
  1708. if(xbUsbFlag==1)
  1709. {
  1710. xbUsbFlag=0;
  1711. goto Usb_reset;
  1712. }
  1713. }
  1714. #endif
  1716. UiFlashDisk(ST_BACKGROUND|ST_BATTERY|ST_RW_STATUS); //Usb Flash Disk display allen051101#4
  1718. //tne CDB
  1719. #if(!_PM_MTP_)
  1720. if(!gfHaveSaveModifyFlag)
  1721. {
  1722.                   if( (gxbAtaAtapiCmd==OP_WRITE10) && (gbLUNType[gbCBWLUN]==NAND_LUN) ) //tne CDB for SD //Nick060706
  1723. UsbSaveModifyFlag();
  1724. }
  1725. #endif
  1726. #endif
  1727. UsbDevice();
  1729. #if(_PM_MTP_)
  1730. #if ENABLE_SD_FUNCTION
  1731. //050601: Detect Card Plug-In
  1732. CardDetect(TRUE); //Chris 061222#1 //Chris070521#1
  1733. #endif
  1734. #endif
  1735. #if(USB_DISPCOUNTER)
  1736. obGPIOBDAT |= 0x7c; //Let all key's GPIO pins be high
  1737. obGPIOBDIR &=(~0x60); //GPIOB_5,6,input
  1738. obGPIOBDIR |= 0x1C; //GPIOB_2,3,4,output
  1739. obGPIOBDAT&=~0x1c;
  1740. #if(COLOR_MODE==1)
  1741. /*============Del by Rojam  2007-04-20 15:53===============
  1742. obGPIOBDIR &= (~0x80);
  1743. if((!(obGPIOBDAT&0x80))&((obGPIOBDAT&0x20)==0x20)&((obGPIOBDAT&0x40)==0x40))
  1744. bKey=0x00;
  1745. else
  1746. bKey=0x01;
  1748. obGPIOBDIR|=0x80;
  1749. obGPIOBDAT&=~0x80;
  1750. =========================== end Del ========================*/
  1751. //==================modify by Rojam 070208 =======================
  1752. if(((obGPIOBDAT&0x20)==0x00)||((obGPIOBDAT&0x40)==0x00))
  1753. bKey=0x01;
  1754. else
  1755. bKey=0x00;
  1756. //============================end============================
  1757. #else
  1758. obGPIOADIR &= (~0x04);
  1759. if((!(obGPIOADAT&0x04))&((obGPIOBDAT&0x20)==0x20)&((obGPIOBDAT&0x40)==0x40))
  1760. bKey=0x00;
  1761. else
  1762. bKey=0x01;
  1763. #endif
  1764. if(bKey!=0x00)
  1765. {
  1766. //backlight on
  1767. if(gxbBackLightTime!=LCD_BACKLIGHT_MIN_NUM)
  1768. {
  1769. gxbBackLightCounter=BACKLIGHT_STS_ON; //Set state on and clen counter
  1770. BACKLIGHT_ON();
  1771. }
  1773. }
  1774. else // if(bKey==KEY_INVALID) 
  1775. {
  1776. //backlight off
  1777. if(gxbBackLightTime!=LCD_BACKLIGHT_MAX_NUM)
  1778. {
  1779. if(gxbBackLightCounter&BACKLIGHT_STS_ON)
  1780. {
  1781. if((gxbBackLightCounter&BACKLIGHT_COUNTER_VAL)>=gxbBackLightTime)
  1782. {
  1783. gxbBackLightCounter=BACKLIGHT_STS_OFF; //set state off and cleaner counter
  1784. BACKLIGHT_OFF();
  1785. }
  1786. }
  1787. }
  1788. }
  1789. #endif
  1791. #if((!UI_CHARGE_IC)&&(COLOR_MODE!=3))// modify by Rojam 2007-05-17 16:23
  1792. if(1)//obGPIOADAT&0X10)  //add by Rojam
  1793. {
  1794. if(bChargeCount>6)
  1795. {
  1796. bChargeCount=0;
  1797. obGPIOADIR |= 0x02;
  1798. obGPIOADAT &= (~0x02);
  1799. }
  1800. else
  1801. {
  1802. bChargeCount++;
  1803. obGPIOADIR |= 0x02;
  1804. obGPIOADAT |= (0x02);
  1805. }
  1806. }
  1807. #endif
  1808. #if(SETTING_FOR_ISP_START)
  1809. gxbUsbWPStatus=FALSE;
  1810. #else
  1811. //Allen060511#0: always check WP in super loop new_nf
  1812. #if(SYS_USE_KEY_HOLD) //modify by Rojam 2007-05-18 17:30
  1813. if(CheckWPKey()) //WP
  1814. {
  1815. if(!gxbUsbWPStatus)
  1816. {
  1817. gxbUsbWPStatus=TRUE;
  1818. gbErrorMsg = SENSE_CHANGEMEDIUM_WP;
  1819. }
  1820. }
  1821. else
  1822. {
  1823. if(gxbUsbWPStatus)
  1824. {
  1825. gxbUsbWPStatus=FALSE;
  1826. gbErrorMsg = SENSE_CHANGEMEDIUM_WP;
  1827. }
  1828. }
  1829. #endif
  1830. #endif
  1833. if(gfTimeout)
  1834. {
  1835. gfTimeout=FALSE;//allen060511#4
  1837. #if(_PM_MTP_)
  1838. MtpFinishJob();
  1839. #else
  1840. NandFinishJob();
  1841. #endif
  1842. #if(!_PM_MTP_) //Nick061208 //NandRestore start
  1843. if(gxbRestoreBlkNum) 
  1844. {
  1845. gxbRestoreCMD = FullStep;
  1846. NandRestore();
  1847. }
  1848. #endif //NandRestore end
  1849. }
  1850. }
  1851. }
  1853. //tne 2005/08/17
  1854. #if(_PM_MTP_)
  1855. void UsbSaveMtpMode(BYTE fMtpMode) large
  1856. {
  1857. NandPrivateEn();
  1858. FsRead(SAVE_SETTING_NAND_ADD,1,FS_DATA_0_0);
  1859. SRAM_DAT_ACCESS(SRAM_LAST_DRM_OPTION) = ((gxbDrmOptionMode&(~DRM_OPTION_MTP_MODE)) | fMtpMode);
  1860. FsWrite(SAVE_SETTING_NAND_ADD,1,FS_DATA_0_0);
  1861. NandPrivateDis();
  1862. NandFinishJob();
  1863. }
  1864. #endif
  1867. //Walace061019#1 start
  1868. void UiCheckAlarm(void) 
  1869. {
  1870. if(!gfAlarmTimeUp)
  1871. return; 
  1872. UiSysGetAlarmTime();
  1874. //Disable alarm
  1875. obDCVARRD=0x03;
  1876. obDCVWRDATA=(obDCVRDDATA&RTC_ALARM_DIS);
  1878. //Reset alarm time
  1879. UiSetNewAlarmTime();
  1881. //Eisable alarm
  1882. obDCVARRD=0x03;
  1883. obDCVWRDATA=(obDCVRDDATA|RTC_ALARM_EN);
  1885. gfAlarmTimeUp=FALSE;
  1886. }
  1887. //Walace061019#1 end