/* *	test_lcd.c    --    test lcd application *	 *	Author: 	lumit-admin <admin@lumit.org> *	Date:		2005-1-11 *	Copyright:	http://www.lumit.org *///#include "led.h"//#include "lcd.h"#include <stdio.h>#define SYSCFG		(0x03ff0000)#define UART0_BASE	(SYSCFG + 0xD000)#define UART1_BASE 	(SYSCFG + 0xE000)/* * Serial settings....................... */	#define	ULCON	0x00 #define	UCON	0x04#define	USTAT	0x08#define	UTXBUF	0x0C#define	URXBUF	0x10#define	UBRDIV	0x14/* * Line control register bits............ */ #define	ULCR8bits		(3)#define	ULCRS1StopBit	(0)#define	ULCRNoParity	(0)/* * UART Control Register bits............ */ #define 	UCRRxM	(1)#define 	UCRRxSI	(1 << 2)#define 	UCRTxM	(1 << 3)#define 	UCRLPB	(1 << 7)/* * UART Status Register bits */ #define USROverrun     	(1 << 0)#define	USRParity      	(1 << 1)#define	USRFraming     	(1 << 2)#define	USRBreak       	(1 << 3)#define	USRDTR			(1 << 4)#define	USRRxData      	(1 << 5) #define	USRTxHoldEmpty 	(1 << 6)#define	USRTxEmpty     	(1 << 7)#define GET_STATUS(p)	(*(volatile unsigned  *)((p) + USTAT))#define RX_DATA(s)     	((s) & USRRxData)#define GET_CHAR(p)		(*(volatile unsigned  *)((p) + URXBUF))#define TX_READY(s)    	((s) & USRTxHoldEmpty)#define PUT_CHAR(p,c)  	(*(unsigned  *)((p) + UTXBUF) = (unsigned )(c))void delay(){	int i, j;	for( i=0; i<20; i++ )		for ( j=0; j<65536; j++ )			;}int putchar_uart0(int ch){    /* Place your implementation of fputc here     */    /* e.g. write a character to a UART, or to the */    /* debugger console with SWI WriteC            */   	while ( TX_READY(GET_STATUS(UART0_BASE))==0);	    PUT_CHAR(UART0_BASE, ch);	       return ch;}struct __FILE { int handle;   /* Add whatever you need here */};FILE __stdout;int fputc(int ch, FILE *f){    /* Place your implementation of fputc here     */    /* e.g. write a character to a UART, or to the */    /* debugger console with SWI WriteC            */      putchar_uart0( ch );	       return ch;}int ferror(FILE *f){    /* Your implementation of ferror */    return EOF;}#define LTCOS1	(0x7 << 16) #define LTACS1	(0x6 << 19) #define LTCOH1	(0x2 << 22) #define LTACC1	(0x7 << 25) // Bus Width of External I/O Bank 0//#define DSX0	(0x01 << 20)#define DSX1	(0x01 << 22)#define ASIC_BASE	0x3ff0000/* I/O Port Interface */#define IOPMOD		*(volatile unsigned int *)(ASIC_BASE+0x5000)#define IOPCON  	*(volatile unsigned int *)(ASIC_BASE+0x5004)#define IOPDATA 	*(volatile unsigned int *)(ASIC_BASE+0x5008)void C_Entry( void ){	int count = 0;	IOPMOD=0x3fff;	IOPDATA=0x0;	printf( "lcd new begin \r\n" );		{		printf( "lcd init begin \r\n" );		LCDInit();		printf( "lcd init OK! \r\n" );				LCDTest();		printf( "lcd test OK! \r\n" );	}	 	while(1);	}/**************************************************************** * End of test_lcd.c ****************************************************************/