?? ude506.c
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/***************************************************************************
* *
* UDE506.C -- S1D13506 16 bpp WindML display driver. *
* Copyright (c) 2000, 2001 Epson Research and Development, Inc. *
* All Rights Reserved *
* *
* THIS SOURCE CODE IS FOR TEST ONLY. *
* *
***************************************************************************/
/* includes */
#include "udepson.h"
/*
* uglEpson16BitDevCreate
*/
UGL_UGI_DRIVER * uglEpson16BitDevCreate
(
UGL_ORD instance,
UGL_UINT32 notUsed0, /* intLevel */
UGL_UINT32 notUsed1 /* intVector */
)
{
UGL_EPSON_DRIVER * pEpsonDriver;
UGL_GENERIC_DRIVER * pGenDriver;
UGL_UGI_DRIVER * pDriver = UGL_NULL;
UGL_STATUS status = UGL_STATUS_ERROR;
UGL_UINT16 pciBus;
UGL_UINT16 pciDevice;
UGL_UINT16 pciFunc;
pEpsonDriver = (UGL_EPSON_DRIVER *)UGL_CALLOC(1, sizeof(UGL_EPSON_DRIVER ));
if (UGL_NULL != pEpsonDriver)
{
/* Determine if chip is supported and present */
if ( pciFindDevice ( UGL_EPSON_PCI_VENDOR_ID, UGL_EPSON_PCI_DEV_ID,
instance, &pciBus, &pciDevice, &pciFunc) == OK
)
{
pEpsonDriver->chipType = UGL_EPSON_PCI_DEV_ID;
pEpsonDriver->pciBus = pciBus;
pEpsonDriver->pciDevice = pciDevice;
pEpsonDriver->pciFunc = pciFunc;
pEpsonDriver->busType = UGL_EPSON_PCI;
status = UGL_STATUS_OK;
}
else
{
status = UGL_STATUS_ERROR;
}
if ( status == UGL_STATUS_ERROR )
{
UGL_FREE( pEpsonDriver );
return( UGL_NULL );
}
pGenDriver = (UGL_GENERIC_DRIVER *) pEpsonDriver;
pDriver = (UGL_UGI_DRIVER *) pGenDriver;
/* Initialize the driver (mandatory) */
uglUgiDevInit(pDriver);
uglEpson16BitModeSet( pDriver, pDevModes );
/* Set Standard Driver API Functions */
pDriver->bitmapCreate = uglGeneric16BitBitmapCreate;
pDriver->modeSet = uglEpson16BitModeSet;
pDriver->info = uglEpson16BitInfo;
pDriver->modeAvailGet = uglEpson16BitModeAvailGet;
pDriver->destroy = uglEpson16BitDevDestroy;
pDriver->cursorShow = uglEpsonCursorShow;
pDriver->cursorHide = uglEpsonCursorHide;
pDriver->cursorMove = uglEpsonCursorMove;
if ( ((UGL_UINT32)pEpsonModeTable->Flags) & mfHWBLT )
pDriver->bitmapBlt = uglEpson16BitBitmapBlt;
else
pDriver->bitmapBlt = uglGeneric16BitBitmapBlt;
pDriver->bitmapDestroy = uglGeneric16BitBitmapDestroy;
pDriver->bitmapRead = uglGeneric16BitBitmapRead;
pDriver->bitmapWrite = uglGeneric16BitBitmapWrite;
pDriver->bitmapStretchBlt = uglGeneric16BitBitmapStretchBlt;
pDriver->monoBitmapBlt = uglGeneric16BitMonoBitmapBlt;
pDriver->monoBitmapCreate = uglGeneric16BitMonoBitmapCreate;
pDriver->monoBitmapDestroy = uglGeneric16BitMonoBitmapDestroy;
pDriver->monoBitmapRead = uglGeneric16BitMonoBitmapRead;
pDriver->monoBitmapWrite = uglGeneric16BitMonoBitmapWrite;
pDriver->monoBitmapStretchBlt = uglGeneric16BitMonoBitmapStretchBlt;
pDriver->transBitmapBlt = uglGeneric16BitTransBitmapBlt;
pDriver->transBitmapCreate = uglGenericTransBitmapCreate;
pDriver->transBitmapDestroy = uglGenericTransBitmapDestroy;
pDriver->transBitmapRead = uglGenericTransBitmapRead;
pDriver->transBitmapWrite = uglGenericTransBitmapWrite;
pDriver->transBitmapStretchBlt = uglGenericTransBitmapStretchBlt;
pDriver->transBitmapCreateFromDdb = uglGenericTransBitmapCreateFromDdb;
pDriver->colorAlloc = uglGenericColorAllocDirect;
pDriver->colorFree = UGL_NULL;
pDriver->clutSet = UGL_NULL;
pDriver->clutGet = UGL_NULL;
pDriver->colorConvert = uglGeneric16BitColorConvert;
pDriver->cursorBitmapCreate = uglGenericCursorBitmapCreate;
pDriver->cursorBitmapDestroy = uglGenericCursorBitmapDestroy;
pDriver->cursorInit = uglGenericCursorInit;
pDriver->cursorDeinit = uglGenericCursorDeinit;
pDriver->cursorImageGet = uglGenericCursorImageGet;
pDriver->cursorImageSet = uglGenericCursorImageSet;
pDriver->cursorPositionGet = uglGenericCursorPositionGet;
pDriver->cursorOff = uglGenericCursorOff;
pDriver->cursorOn = uglGenericCursorOn;
pDriver->ellipse = uglGenericEllipse;
pDriver->gcCopy = uglGenericGcCopy;
pDriver->gcCreate = uglGenericGcCreate;
pDriver->gcDestroy = uglGenericGcDestroy;
pDriver->gcSet = uglGenericGcSet;
pDriver->line = uglGenericLine;
pDriver->pixelGet = uglGeneric16BitPixelGet;
pDriver->pixelSet = uglGeneric16BitPixelSet;
pDriver->polygon = uglGenericPolygon;
pDriver->rectangle = uglGenericRectangle;
pDriver->memPoolCreate = uglGenericMemPoolCreate;
pDriver->memPoolDestroy = uglGenericMemPoolDestroy;
#ifdef INCLUDE_UGL_DOUBLE_BUFFERING
pDriver->pageCopy = uglGenericPageCopy;
pDriver->pageCreate = uglGenericPageCreate;
pDriver->pageDestroy = uglGenericPageDestroy;
pDriver->pageDrawGet = uglGenericPageDrawGet;
pDriver->pageDrawSet = uglEpsonPageDrawSet;
pDriver->pageVisibleGet = uglGenericPageVisibleGet;
pDriver->pageVisibleSet = uglGenericPageVisibleSet;
#endif /* INCLUDE_UGL_DOUBLE_BUFFERING */
/* Set Generic Driver Functions */
pGenDriver->bresenhamLine = uglGeneric16BitBresenhamLine;
pGenDriver->fbPixelGet = uglGeneric16BitFbPixelGet;
pGenDriver->fbPixelSet = uglGeneric16BitFbPixelSet;
pGenDriver->fill = uglGenericFill;
pGenDriver->hLine = uglGeneric16BitHLine;
pGenDriver->rectFill = uglGenericRectFill;
pGenDriver->vLine = uglGeneric16BitVLine;
pGenDriver->gpWait = uglEpsonGpWait;
}
uglEpsonDisplayBuildNum(szVersion);
return (pDriver);
}
/*
* uglEpsonDisplayBuildNum - show build number
*/
UGL_LOCAL void uglEpsonDisplayBuildNum ( const char * szVersion )
{
UGL_EPSON_BUILD epsonBuild;
char * version;
char temp[5];
epsonBuild.first_num = 1;
strncpy ( temp, szVersion+11, 5);
if ( ( version = (char *) strrchr(temp, '$')) != NULL )
{
version[0] = 0;
strncpy ( epsonBuild.second_num, temp, 5);
}
printf( "\nEPSON S1D13506 16BPP WindML 2.0 Display Driver: Build %d.%d%s \n",epsonBuild.first_num,
buildNum, epsonBuild.second_num);
}
/*
* uglEpson16BitDevDestroy - Destroy instances of display drivers.
*/
UGL_STATUS uglEpson16BitDevDestroy
(
UGL_UGI_DRIVER * pDriver
)
{
UGL_GENERIC_DRIVER * pGenDriver = (UGL_GENERIC_DRIVER *)pDriver;
if ( pDriver )
{
/* Clear the screen */
memset( pGenDriver->fbAddress, 0x0, pDriver->pMode->width *
pDriver->pMode->height * (pDriver->pMode->colorDepth / 8) );
/* Delete any extensions */
uglGenExtAllDelete( pDriver );
/* Deinitialize the driver (mandatory) */
uglUgiDevDeinit(pDriver);
UGL_FREE(pDriver->pPageZero->pDdb);
UGL_FREE(pDriver->pPageZero);
/* Free the driver */
UGL_FREE(pDriver);
return (UGL_STATUS_OK);
}
return ( UGL_STATUS_ERROR );
}
/*
* uglEpson16BitInfo - Retrieve information about the graphics stack and drivers.
*/
UGL_STATUS uglEpson16BitInfo
(
UGL_UGI_DRIVER * pDriver,
UGL_INFO_REQ infoRequest,
void * info
)
{
UGL_GENERIC_DRIVER *pGenDriver = (UGL_GENERIC_DRIVER *) pDriver;
if ( pDriver->pMode == UGL_NULL ) return( UGL_STATUS_ERROR );
switch (infoRequest)
{
case UGL_FB_INFO_REQ:
{
UGL_FB_INFO *fbInfo = (UGL_FB_INFO *)info;
fbInfo->width = pEpsonModeTable->Width;
fbInfo->height = pEpsonModeTable->Height;
fbInfo->fbAddrs = pGenDriver->fbAddress;
fbInfo->dsMemAmount = 0;
fbInfo->flags = UGL_FB_PAGING_ENABLED;
}
break;
case UGL_COLOR_INFO_REQ:
{
UGL_COLOR_INFO *colorInfo = (UGL_COLOR_INFO *)info;
colorInfo->cmodel = UGL_CMODEL_DIRECT;
colorInfo->cspace = UGL_CSPACE_RGB;
colorInfo->depth = pEpsonModeTable->Bpp;
colorInfo->clutSize = 0;
colorInfo->flags = 0;
}
break;
case UGL_MODE_INFO_REQ:
{
UGL_MODE_INFO * modeInfo = (UGL_MODE_INFO *)info;
modeInfo->width = pEpsonModeTable->Width;
modeInfo->height = pEpsonModeTable->Height;
modeInfo->colorDepth = pEpsonModeTable->Bpp;
modeInfo->clutSize = 0;
modeInfo->colorModel = UGL_DIRECT;
modeInfo->colorFormat = UGL_RGB565;
modeInfo->fbAddress = pGenDriver->fbAddress;
modeInfo->displayMemAvail = 0;
modeInfo->flags = UGL_MODE_PAGING_ENABLED;
}
break;
case UGL_EXT_INFO_REQ:
{
#ifdef INCLUDE_UGL_JPEG
UGL_EXT_INFO * extInfo = (UGL_EXT_INFO *)info;
int version;
if (strcmp(extInfo->name, UGL_EXT_JPEG_NAME) == 0)
{
extInfo->pExt = (void *)uglGenJpegInit (
pDriver, &version);
extInfo->version = version;
}
else
#endif /* INCLUDE_UGL_JPEG */
return (UGL_STATUS_ERROR);
}
break;
default:
return( UGL_STATUS_ERROR );
}
return( UGL_STATUS_OK );
}
/*
* uglEpsonGpWait - Wait for BitBLT to complete.
*/
UGL_STATUS uglEpsonGpWait
(
UGL_GENERIC_DRIVER * pDriver
)
{
UGL_UINT8 regData = 0;
while (1)
{
regData = *(volatile unsigned short *) ( BITBLT_CTRL0 + pciBaseAddress );
if ( 0 == (regData & 0x80) )
break;
}
pDriver->gpBusy = UGL_FALSE;
return( UGL_STATUS_OK );
}
/*
* uglEpson16BitFrameToFrameBitBlit - Both source and destination are in video memory.
*/
UGL_LOCAL void uglEpson16BitFrameToFrameBitBlit
(
UGL_UGI_DRIVER * pDriver,
UGL_UINT16 * pSourceData,
UGL_RECT * pSourceRect,
UGL_ORD sourceStride,
UGL_UINT16 * pDestData,
UGL_RECT * pDestRect,
UGL_ORD destStride
)
{
UGL_GENERIC_DRIVER * pGenDriver = (UGL_GENERIC_DRIVER *)pDriver;
UGL_RASTER_OP rasterOp = pGenDriver->gc->rasterOp;
UGL_UINT16 overLapType = 0;
UGL_UINT16 width;
UGL_UINT16 height;
UGL_UINT16 phase=0;
UGL_UINT16 screenStride = pDriver->pMode->width * BYTES_PER_PIXEL;
volatile UGL_UINT16 * bltAddress = (UGL_UINT16 *) (pciBaseAddress + 0x100000);
UGL_UINT16 * sourceAddr = (UGL_UINT16 *) pSourceData;
UGL_UINT16 * destAddr = (UGL_UINT16 *) pDestData;
/* program the Source Address Register */
phase = (UGL_UINT32)sourceAddr & 1;
uglWriteByte( ( BITBLT_SRCE_ADDRESS_REG0 + pciBaseAddress ), phase );
uglWriteByte( ( BITBLT_SRCE_ADDRESS_REG1 + pciBaseAddress ), 0 );
uglWriteByte( ( BITBLT_SRCE_ADDRESS_REG2 + pciBaseAddress ), 0 );
/* program the Destination Address Register */
uglWriteByte( ( BITBLT_DEST_ADDRESS_REG0 + pciBaseAddress ), ( UGL_UINT32)destAddr );
uglWriteByte( ( BITBLT_DEST_ADDRESS_REG1 + pciBaseAddress ), ( (UGL_UINT32)destAddr) >> 8 );
uglWriteByte( ( BITBLT_DEST_ADDRESS_REG2 + pciBaseAddress ), ( (UGL_UINT32)destAddr) >> 16 );
/* program the Width and Height Register */
height = UGL_RECT_HEIGHT(*pSourceRect);
width = UGL_RECT_WIDTH(*pSourceRect);
uglWriteByte( ( BITBLT_WIDTH_REG0 + pciBaseAddress ), width - 1 );
uglWriteByte( ( BITBLT_WIDTH_REG1 + pciBaseAddress ), (width - 1)>>8 );
uglWriteByte( ( BITBLT_HEIGHT_REG0 + pciBaseAddress ), height - 1 );
uglWriteByte( ( BITBLT_HEIGHT_REG1 + pciBaseAddress ), (height - 1)>>8 );
/* program the Memory Address Offset Register */
uglWriteByte( ( BITBLT_MEM_OFF0 + pciBaseAddress ), screenStride/2);
uglWriteByte( ( BITBLT_MEM_OFF1 + pciBaseAddress ), (screenStride/2)>>8);
/* color depth select */
uglWriteByte( ( BITBLT_CTRL1 + pciBaseAddress ), 0x01); //16bpp
/* move BitBLT */
if (overLapType==0x2 || overLapType==0x3)
uglWriteByte( ( BITBLT_OP + pciBaseAddress ), 0x03); //negative direction
else
uglWriteByte( ( BITBLT_OP + pciBaseAddress ), 0x02); //positive direction
uglWriteByte( ( BITBLT_ROP + pciBaseAddress ), 0x0C ); //ROP
// Wait for blt engine ready
uglEpsonGpWait(pGenDriver);
/* Engage the blt engine */
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