dm9000网卡驱动 for 2410

/******************************************************************************** * * Project Name : S3C6410 Validation * * Copyright 2006 by Samsung Electronics, Inc. * All rights reserved. * * Project Description : * This software is only for verifying functions of the S3C6410. * Anybody can use this software without our permission. * *-------------------------------------------------------------------------------- * * File Name : lcd.c * * File Description : * * Author : Yoh-Han Lee * Dept. : AP Development Team * Created Date : 2006/12/27 * Version : 0.2 * * History * - Created (Y.H.Lee, 2006/12/27) * - Release Ver 0.1 (Y.H.Lee, 2007/03/29) * - Release Ver 0.2 (Y.H.Lee, 2007/06/07) ********************************************************************************/ #include <config.h> #include <common.h> #include "lcd.h" #include "s3c6410.h" #include "intc.h" LCDC oLcdc; u8 bIsRev = 0; u8 bIsAllWin =0; LCD_WINDOW eBgWin, eFgWin; CSPACE eBgBpp; CSPACE eFgBpp, eFgArgbBpp; u32 uFrameCount; u32 uCount; u32 uLcdFbAddr = LCD_FRAMEBUFFER_ST; // ITUIFCON0 #define EQUAL_HSYNC (0<<24) #define DELAYED_VSYNC (1<<24) #define CYCLE_DELAY_VSYNC(n) (((n)&0xFF)<<16) #define I656CLK_NORMAL (0<<8) #define I656CLK_INVERT (1<<8) #define I601HREF_NORMAL (0<<6) #define I601HREF_INVERT (1<<6) #define I601VSYNC_NORMAL (0<<5) #define I601VSYNC_INVERT (1<<5) #define I601HSYNC_NORMAL (0<<4) #define I601HSYNC_INVERT (1<<4) #define I601FIELD_NORMAL (0<<3) #define I601FIELD_INVERT (1<<3) #define I601CLK_NORMAL (0<<2) #define I601CLK_INVERT (1<<2) /////////////////////////////////////////////////////////////////// void LCD_SimpleBasicDisp(void) { u32 uHSz, uVSz; uHSz=480; uVSz=272; LCD_SetPort(); LCD_InitLDI((CPUIF_LDI)LCD_CPUIF_CS); LCD_InitBase2((CLK_SRC)SRC_DOUT_MPLL, PNR_Parallel_RGB, CPU_16BIT); LCD_InitWin(RGB16, uHSz, uVSz, 0, 0, uHSz, uVSz, 0, 0, LCD_FRAMEBUFFER_ST, WIN0, false); LCD_SetWinOnOff(1, WIN0); LCD_GetFrmSz(&uHSz, &uVSz, WIN0); //load_image 16bpp_565.bin LCD_FRAMEBUFFER_ST //LCD_InitFB(LCD_FRAMEBUFFER_ST, uHSz, uVSz, RGB16); LCD_Start(); printf("\nIf you want to stop display, press any key\n"); getc(); LCD_SetAllWinOnOff(0); LCD_Stop(); } //----------------------------------------------------------- // Function Name : LCD_SetPort // // Function Desctiption : // // Input : // // Output : // // Version : //------------------------------------------------------------ void LCD_SetPort (void) { unsigned int value; /////////////////////////////////////////////////////////////////////////////// MOFPCON_REG=0; //Must be '0' for Normal-path instead of By-pass /////////////////////////////////////////////////////////////////////////////// //SPCON,RGBIF value = (*(volatile unsigned *)SPCON); value &= ~0x3; value |= 1; (*(volatile unsigned *)SPCON)=value; //LCD Port GPICON_REG=0xaaaaaaaa; GPJCON_REG=0xaaaaaaaa; //Back-light value = GPFCON_REG; value &= ~(0x3<<28); value |= 1<<28; GPFCON_REG=value; GPFDAT_REG|=1<<14; value = GPECON_REG; value &= ~0x3; value |= 1; GPECON_REG=value; GPEDAT_REG |=1; #if 0 //use lcd control backlight? value = GPFCON_REG; value &= ~(0x3<<30); value |= 1<<30; GPFCON_REG=value; GPFDAT_REG|=1<<15; #endif //Need reset ldi? value = GPNCON_REG; value &= ~(0x3<<10); value |= 1<<10; GPNCON_REG=value; GPNDAT_REG&=~(1<<5); GPNDAT_REG|=1<<5; } //------------------------------------------------------------ void LCD_InitLDI(CPUIF_LDI eLdiMode) { LCD_InitLTP700WV_RGB(); } void LCD_InitDISPC(CSPACE eBpp, u32 uFbAddr, LCD_WINDOW eWin, u8 bIsDoubleBuf) { LCD_InitBase(); LCD_InitWin(eBpp, oLcdc.m_uLcdHSz, oLcdc.m_uLcdVSz, 0, 0, oLcdc.m_uLcdHSz, oLcdc.m_uLcdVSz, 0, 0, uFbAddr, eWin, bIsDoubleBuf); } void LCD_InitDISPC1(u32 uHSize, u32 uVSize, CSPACE eBpp, u32 uFbAddr, LCD_WINDOW eWin, u8 bIsDoubleBuf) { LCD_InitBase1(uHSize, uVSize); LCD_InitWin(eBpp, oLcdc.m_uLcdHSz, oLcdc.m_uLcdVSz, 0, 0, oLcdc.m_uLcdHSz, oLcdc.m_uLcdVSz, 0, 0, uFbAddr, eWin, bIsDoubleBuf); } //------------------------------------------------------------ void LCD_GetFrmSz(u32* uFrmHSz, u32* uFrmVSz, LCD_WINDOW eWin) { *uFrmHSz = oLcdc.m_uFrmHSz[eWin]; *uFrmVSz = oLcdc.m_uFrmVSz[eWin]; } //------------------------------------------------------------ void LCD_Start(void) { u32 uLcdCon; uLcdCon=Inp32(LCD_BASE+rVIDCON0); uLcdCon |= 0x3<<0; LcdcOutp32(rVIDCON0, uLcdCon); } //----------------------------------------------------------- void LCD_Stop(void) { u32 uLcdCon; uLcdCon=Inp32(LCD_BASE+rVIDCON0); uLcdCon &= ~(0x3<<0); LcdcOutp32(rVIDCON0, uLcdCon); } void LCD_PerFrameOff(void) { u32 uLcdCon; uLcdCon=Inp32(LCD_BASE+rVIDCON0); uLcdCon &= ~(0x1<<0); LcdcOutp32(rVIDCON0, uLcdCon); } //------------------------------------------------------------ void LCD_InitBase(void) { u32 uLcdCon; u32 uILcdIntCon; u32 uClkVal, uClkDir; u32 uVidconReg; u32 i; LCD_WINDOW eWin; CLK_SRC eVClkSrc; oLcdc.m_bIsAutoBuf = false; oLcdc.m_uScanMode = 0; // progressive mode oLcdc.m_bIsLocalCalled[0] = false; oLcdc.m_bIsLocalCalled[1] = false; oLcdc.m_bIsLocalCalled[2] = false; #if (LCD_CLOCK_SOURCE == LCLK_HCLK) printf("LCD Clock Source: HCLK\n"); oLcdc.m_uVideoClockSource = CLKSEL_F_HCLK; eVClkSrc = SRC_HCLK; #elif (LCD_CLOCK_SOURCE == LCLK_MOUT_EPLL) printf("LCD Clock Source: EPLL OUT\n"); oLcdc.m_uVideoClockSource = CLKSEL_F_SYSCON; eVClkSrc = SRC_MOUT_EPLL; #elif (LCD_CLOCK_SOURCE == LCLK_DOUT_MPLL) printf("LCD Clock Source: MPLL OUT\n"); oLcdc.m_uVideoClockSource = CLKSEL_F_SYSCON; eVClkSrc = SRC_DOUT_MPLL; #elif (LCD_CLOCK_SOURCE == LCLK_FIN_EPLL) printf("LCD Clock Source: FIN\n"); oLcdc.m_uVideoClockSource = CLKSEL_F_SYSCON; eVClkSrc = SRC_FIN_EPLL; #elif (LCD_CLOCK_SOURCE == LCLK_27M) printf("LCD Clock Source: 27M\n"); oLcdc.m_uVideoClockSource = CLKSEL_F_EXTCLK; eVClkSrc = SRC_27M; #endif #if (LCD_MODULE_TYPE ==LTE480WV_RGB) oLcdc.m_uLcdHSz = 480; oLcdc.m_uLcdVSz = 272; oLcdc.m_uVidOutFormat = VIDOUT_RGBIF; oLcdc.m_uDitherMode = RDITHPOS_8BIT|GDITHPOS_8BIT|BDITHPOS_8BIT; oLcdc.m_uDitherMode &= ~DITHERING_ENABLE; LcdcOutp32(rVIDCON1, IHSYNC_INVERT | IVSYNC_INVERT |IVDEN_NORMAL); LcdcOutp32(rVIDTCON0, VBPDE(VBPD_LTP700WV) | VBPD(VBPD_LTP700WV) | VFPD(VFPD_LTP700WV) | VSPW(VSPW_LTP700WV)); LcdcOutp32(rVIDTCON1, VFPDE(VFPD_LTP700WV) | HBPD(HBPD_LTP700WV) | HFPD(HFPD_LTP700WV) | HSPW(HSPW_LTP700WV)); LcdcOutp32(rVIDTCON2, LINEVAL(oLcdc.m_uLcdVSz-1) | HOZVAL(oLcdc.m_uLcdHSz-1)); LcdcOutp32(rDITHMODE, oLcdc.m_uDitherMode); // Fixed Dithering Matrix #else printf("LCD_MODULE_TYPE ERROR\n"); Assert(0); // Not yet implemented. #endif LCD_Stop(); //Check up LCD to turn off while (1) { uLcdCon=Inp32(LCD_BASE+rVIDCON0); if( (uLcdCon&0x03) == 0 ) // checking whether disable the video output and the Display control signal or not. break; } LCD_GetClkValAndClkDir(oLcdc.m_uLcdHSz, oLcdc.m_uLcdVSz, &uClkVal, &uClkDir, eVClkSrc); uVidconReg = PROGRESSIVE | oLcdc.m_uVidOutFormat | SUB_16_MODE | MAIN_16_MODE | PNRMODE_RGB_P | CLKVALUP_ALWAYS | CLKVAL_F(uClkVal) | VCLKEN_DISABLE | CLKDIR_F(uClkDir) | oLcdc.m_uVideoClockSource| ENVID_DISABLE | ENVID_F_DISABLE; LcdcOutp32(rVIDCON0, uVidconReg); uILcdIntCon =Inp32(LCD_BASE+rVIDINTCON0); LcdcOutp32(rVIDINTCON0, uILcdIntCon | FRAMESEL0_BACK | FRAMESEL1_NONE | INTFRMEN_DISABLE | FIFOSEL_WIN0 | FIFOLEVEL_25 | INTFIFOEN_DISABLE | INTEN_DISABLE); LCD_SetAllWinOnOff(0); // Turn all windows off LCD_SetAllWinColorMapOnOff(0); // Turn all windows color map off LCD_SetAllWinColorKeyOnO