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UiMpTest.c：源码内容
							/*==========================================================================
Copyright (c) 2004 ALi Corporation. All Rights Reserved
File: UiCommon.c
content: user interface for usb module
History: Created by TNE	2004/8/17
==========================================================================*/
#define _UI_USB_H_
#include <DP8051XP.H>
#include "TypeDef.h"
#include "Const.h"
#include "Reg5661.h"
#include "Common.h"
#include "UiCommon.h"
#include "UiSysStr.h"
#include "Usb.h"
#include "OledString.h"
#include "DDM.h"
#include "NandFlash.h"
#include "TestFunc.h"
//#include "FmChip.h" //Walace060126#2
#include "FmChipDrv.h" //Walace060126#2
//#include "OLED.h"050923 del
void UiFlashDisk(void);
bit GetUsbConfig(void);		//041208
extern void SD_POWER_OFF(void);
/*--------------------------------------------------------------------------
Description:
	Main program for TARGET UsbFlashDisk
Arguments:
Global arguments:
Returns: 
--------------------------------------------------------------------------*/
main(void)
{
#if(SETTING_FOR_ISP_START)
 	CKCON &= 0xF8;
	CKCON |= 0x07;		// STRECH = 111
	obREADYENL=SM_EN|USB_EN|SD_EN;	
	obREADYENH=(SRAMRA_EN|RA_EN|SYSREG_EN)|0xF0;
	//CKCON &= 0xF9;		// STRECH = 001		//David 050406
	CKCON &= 0xF8;		// STRECH = 000
	IE = 0;		
	EA = 1;		
	IP = 0;		
	PX0 = 1;	
	TMOD = 0x10;
	TCON = 0;	
	T2CON= 0;	
	TA=0xAA;	
	TA=0x55;	
	WDCON =0;
	//	Context_Switch from BR.
	//	1.	MCUCLK from USB,	(120/4)
	//	2.	SRAMCLK from USB,	(120/4)	
	//	3.	SMCLK Disable, but from DCV
	//	4.	DCVCLK disable
	//	5.	Do not Reset Pipe
	obCLKLCDCTRL|=0x20;		//Div2 Enable
	obDCVARRD = 0x04;		//DCV clock
	obDCVWRDATA = 0xe1;		//147 MHz
	obCLKSMCTRL=0xA0;		//48Mhz
	obCLKSMDIVF=0x00;
	obSMREADCYC = 0x02;
	obSMWRITECYC = 0x02;
	obSMHOLDTIME = 0x00;
	obDCVARRD=0x04;		
	obDCVWRDATA=0xf1;		//disable dcv clock
	//gfExtendPowerOn=TRUE;
	gfNandInit=FALSE;
	NandGpioInit();
	NandInit();
	gxbMaxLUN =1;
	gbDescriptorSource = ROM; // Initial config Descriptor from ROM 
	UsbDeviceInit();	//041208
	gxbDrawUsbUi = 0x00;	//041213
#else
	#if(SETTING_FOR_ICE_START)
		SettingForIceStart();
	#endif
	//obDCVARRD=0x0C;			//DCV Addr 0x0C		
	//obDCVWRDATA=0x46;		//PWM Duty Cycle limited for un-know issue					
	SetDCVPWMCycle(PWM_USB_CYCLE); //Walace060607#4
	obDCVARRD=0x0D;			//DCV Addr 0x0d
	obDCVWRDATA=0xf9;		//Set 0xf9
	IE = 0;
	EA = 1;
	//041216 start
	//SM Clock
	obCLKSMCTRL=0xD0;
	gfNandInit=FALSE;
/*	obCLKSMDIVF=0x03;		
	obCLKSMCTRL=0xb8;		//73(67)/5=14.6(13.4)*/
	//041216 end
	UsbDeviceInit();
	if(GetUsbConfig())		//041208						//v03210#1 make function
		gxbDrawUsbUi = 0x80;
	else
		gxbDrawUsbUi = 0x00;
	ClkSmDis();
#endif
//	OledDispMaskInitial();050923 del
#if(_PM_MPTEST_)
				obSYSSOFTRSTCTRL|=DSP_RST_DIS;//DSP RST DIS
				obPMSIZE|=0x04;//MCU USE ALL
				obDMXSIZE&=0xF8;
				obDMYSIZE&=0xF8;
			
				obGPIOBDIR |= 0x01;
				obGPIOBDAT&=~0x01; //clear on-board power down function
				
				obGPIOEDAT &= ~0x40;
				obGPIOEDIR |=0x40;	//clear FM power down
					
				gxwFmFreq = 1007;
				FmInit();
	/*			{
					obGPIOCDIR |= 0x01;
					for(gxwFmFreq=0xffff;gxwFmFreq>0;gxwFmFreq--)
					{
						obGPIOCDAT |= 0x01;
					}
					obGPIOCDIR &= ~0x01;	
				}
			
				FmPLLRegTest(&MpCmdOld, &MpRet);
	*/
				gxbLcdContrast=LCD_DEFAULT_CONTRAST;
				MpCmdOld.PENDING = 0;
				MpRet.STATUS = 0;
				MpRet.RESULT_1 = 0;
#endif
	obUSBOTGSPEED |= USB_ON;
	while(1)
	{
	//041214: set bit 0
//		obDCVARRD=0x14; 			//Power Control
//		obDCVWRDATA=(obDCVRDDATA&0xFD);	//VREG_BAT use VDDA
		obDCVARRD=0x14; 			//Power Control
		obDCVWRDATA=(obDCVRDDATA|0x01);	//VREG_BAT use VDDA
	//041214
		//if(!VbusCheck())//if disconnect //Walace060901#2
		if(VbusCheck(CHECK_VBUS_OFF))	//if disconnect //Walace060901#2
		{
			obUSBOTGSPEED &= USB_OFFJ;
			EX0=0;
			/*
			obCLKLCDCTRL|=0x20;		//Div2 Enable
			obDCVARRD=0x04;			//DCV clock
			obDCVWRDATA=0xe1;		//147 MHz
			//Mcu Clock
			obCLKMCUDIVF=0x03;			
			obCLKMCUCTRL=0xb8;		//73(67)/5=14.6(13.4)
			//Ra Clock
			obCLKSRAMDIVF=0x03;		
			obCLKSRAMCTRL=0xb8;		//73(67)/5=14.6(13.4)
			//SM Clock
			obCLKSMDIVF=0x03;		
			obCLKSMCTRL=0xb8;		//73(67)/5=14.6(13.4)
			SD_POWER_OFF();
			obCLKCODECCTRL=0x50;
			obCLKSDCTRL=0x50;
			obUSBOTGCTRL |= 0x02;	//DPLL power down
			obMODSEL3 &= 0xBF;		//USB  Disable
			obSYSSOFTRSTCTRL &= 0x7F;   //Usb Reset	
			obSYSSOFTRSTCTRL=SM_RST_DIS|RA_RST_DIS;	//reset all, but not SM, RA
			obSYSSOFTRSTCTRL2=0x00;
			obMODSEL1=0x08;
			obMODSEL3=0x08;
			LoadProgram(PM_INIT,NORMAL_CODE);
			*/
		}
		UsbDevice();
	}
}
bit GetUsbConfig(void)		//041208	050822
{
	if(NandReadPhySec(gxwAddrPMI,1,SRAM_USB_DESC_ADDR))	//read PMI
	{
		*((BYTE *)&gwRomIdx+1) = gxbConfig[PM_CONFIG];	//get config address
		*((BYTE *)&gwRomIdx) = gxbConfig[PM_CONFIG+1];
		gwRomIdx++; //Allen050308
		gxwUsbDescIndex=gwRomIdx;
		if(NandReadPhySec(gwRomIdx,1,SRAM_USB_DESC_ADDR))	//read config data
		{
			if((gxbConfig[0]==0x61)&&(gxbConfig[1]==0x56)&&(gxbConfig[2]==0xAA)&&(gxbConfig[3]==0x55)&&(gxbConfig[510]==0x55)&&(gxbConfig[511]==0xAA))
			{
				*((BYTE *)&gwRomIdx+1) = gxbConfig[INDEX_OF_MODE_SELECT];
				*((BYTE *)&gwRomIdx) = gxbConfig[INDEX_OF_MODE_SELECT+1];
				gxbMaxLUN = gxbConfig[gwRomIdx+1];
				gbDescriptorSource =SRAM;
				return TRUE;
			}
		}
	}
	gxbMaxLUN =1;
	gbDescriptorSource = ROM; // Initial config Descriptor from ROM
	return FALSE;
}
//vicky050624
/*--------------------------------------------------------------------------
Desciption:
	Handle USB suspend & resume
Arguments:
	
Returns: 
	void	
--------------------------------------------------------------------------*/
API void USB_Suspend(void) large
{
}

						