X2-LS-GWSD/X2_LS_GWSD.si4project/Backup/gui(5461).c

#include "gui.h"
#include "lcdDrv.h"
#include "lsapi_fs.h"
#include "log.h"
#include "fonts.h"
#include "board.h"
#include "uiEntry.h"
#include "app.h"
#define COLOR_BACKGROUND	COLOR_WHITE
#define COLOR_FOREGROUND	COLOR_BLUE
unsigned char g_aucLcdBufF[GLCD_HEIGHT/8][GLCD_WIDTH];
unsigned int g_backColor;
unsigned int g_foreColor;
unsigned int guiGetBackColor(void){return g_backColor;}
unsigned int guiGetForeColor(void){return g_foreColor;}

void LcdSetAddr(unsigned char x, unsigned char Page)
{
	LCD_CtrlWrite_ST7735(0xB0+Page);
	LCD_CtrlWrite_ST7735(0x10+((x>>4)&0x0f));
	LCD_CtrlWrite_ST7735(x&0x0f);
}

void LCDFlashPain(void){
	unsigned char i,j;
	for(i=0;i<GLCD_HEIGHT/8;i++){
		for(j=0;j<GLCD_WIDTH;j++){
			LcdSetAddr(j,i);//coum,page
			LCD_DataWrite_ST7735(g_aucLcdBufF[i][j]);
		}
	}
}
void newGuiClearBar(void){
	newGuiClearPage(0, ROW_ONE);
	DrawLineV(0,8,GLCD_WIDTH);
}
void newGuiClearPage(unsigned char x,ROW_ENUM row){
	int i,j;
	if(row>ROW_FOUR) return;
	j=2*row;
	for(i=x;i<GLCD_WIDTH;i++){
		g_aucLcdBufF[j][i]=0;
		g_aucLcdBufF[j+1][i]=0;
	}
}
void newGuiClearMainPage(void){
	newGuiClearPage(0, ROW_TWO);
	newGuiClearPage(0, ROW_THREE);
	newGuiClearPage(0, ROW_FOUR);
}
void LCDFlashPainPage(unsigned char x ,unsigned char y){
	unsigned char i,j;
	for(i=y/8;i<GLCD_HEIGHT/8;i++){
		for(j=x;j<GLCD_WIDTH;j++){
			LcdSetAddr(j,i);//coum,page
			LCD_DataWrite_ST7735(g_aucLcdBufF[i][j]);
		}
	}
}
void LcdStatusBarFlash(void){
	unsigned char i,j;
	for(i=0;i<2;i++){
		for(j=0;j<GLCD_WIDTH;j++){
			LcdSetAddr(j,i);//coum,page
			LCD_DataWrite_ST7735(g_aucLcdBufF[i][j]);
		}
	}
}
static unsigned short RGB888_2_RGB565(unsigned int rgb888){
	unsigned short r,g,b,rgb565;
	
	b=(rgb888 >> (16+3))&0x1F;
	g=(rgb888 >> (8+2))&0x3f;
	r=(rgb888 >> (0+3))&0x1f;
	
	rgb565=((r<<11) + (g<<5) + (b<<0));
	return rgb565;
}

static void guiDrawDot(unsigned short colorData){
	LCD_DataWrite_ST7735(colorData >> 8);
	LCD_DataWrite_ST7735(colorData & 0xff);
}

static void guiBlockSet(unsigned short sx, unsigned short ex, unsigned short sy, unsigned short ey){
	LCD_CtrlWrite_ST7735(0x2a);
	guiDrawDot(sx);
	guiDrawDot(sy);
	
	LCD_CtrlWrite_ST7735(0x2B);
	guiDrawDot(ex);
	guiDrawDot(ey);

	LCD_CtrlWrite_ST7735(0x2C);
}

#define KEEP_HZK_OPENED  //ê?·?±￡3????t3￡?a
static int guiGetHzk(unsigned char hiByte, unsigned char loByte, unsigned char *pHzk, FONT_MODEENUM fontMode){
	unsigned char Q,W;
	unsigned int offset;
	const char hzk_12x12[]="HZK12";
	const char hzk_16x16[]="HZK16";
	char *hzk_ptr=NULL;
	static int fd_12=NULL,fd_16=NULL;
	int *fd_ptr=NULL;
	int fsize;

	if(hiByte<0xa0 || loByte<0xa0) return -1;
	Q=hiByte-0xa0;
	W=loByte-0xa0;
	if(FONT_MODE_12X12==fontMode){
		fsize = 24;
		hzk_ptr=(char *)hzk_12x12;
		fd_ptr=&fd_12;
	}else if(FONT_MODE_16X16==fontMode){
		fsize = 32;
		hzk_ptr=(char *)hzk_16x16;
		fd_ptr=&fd_16;
	}else return -2;
	offset=(94 * (Q-1) + (W-1))* fsize;
	//′ò?a???t
	if(*fd_ptr==NULL){
		int fd=LSAPI_FS_Open(hzk_ptr, LSAPI_FS_O_RDONLY, 0);
		if(fd==NULL){
			MSG_ERR(1, "%s open failed", hzk_ptr);
			return -3;
		}
		*fd_ptr=fd;
	}
	//?áè??úèY
	LSAPI_FS_Seek(*fd_ptr, offset, LSAPI_FS_SEEK_SET);
	offset=LSAPI_FS_Read(*fd_ptr, pHzk,fsize);
#ifndef KEEP_HZK_OPENED
	LSAPI_FS_Close(*fd_ptr);
	*fd_ptr=NULL;
#endif 
	return offset;
}

static int fd_12_ext=NULL,fd_16_ext=NULL;
static int extFileSize_1212=-1;
static int extFileSize_1616=-1;
bool fontExtLock=false;
void extFontFileCtl(unsigned char fontType,bool ctl){
	int *fd_ext;
	if(ctl==true) fontExtLock=false;
	else{
		fontExtLock=true;
		if(fontType==12) fd_ext=&fd_12_ext;
		else if(fontType==16) fd_ext=&fd_16_ext;
		else{
			fontExtLock=false;
			return;
		}
		if(*fd_ext != NULL){
			LSAPI_FS_Close(*fd_ext);
			*fd_ext=NULL;
		}
	}
}
static int guiGetExtHzk(unsigned char hiByte, unsigned char loByte, unsigned char *pHzk, FONT_MODEENUM fontMode){
	unsigned char Q,W;
	int offset,i;
	char *hzk_ptr=NULL;
	int *fd_ptr=NULL;
	int *fsize,rsize;
	LSAPI_FS_Stat_info_t pBuf;
	unsigned char tmp[2+32];
	if(fontExtLock==true) return -1;
	if(FONT_MODE_12X12==fontMode){
		rsize = 24+2;
		hzk_ptr=HZK_12_NEW_FILE;
		fd_ptr=&fd_12_ext;
		fsize=&extFileSize_1212;
	}else if(FONT_MODE_16X16==fontMode){
		rsize = 32+2;
		hzk_ptr=HZK_16_NEW_FILE;
		fd_ptr=&fd_16_ext;
		fsize=&extFileSize_1616;
	}else return -2;
	//′ò?a???t
	if(*fd_ptr==NULL){
		int fd=LSAPI_FS_Open(hzk_ptr, LSAPI_FS_O_RDONLY, 0);
		if(fd==NULL){
			MSG_ERR(1, "%s open failed", hzk_ptr);
			return -3;
		}
		*fd_ptr=fd;
	}
	//get file size
	if(*fsize<1){
		memset(&pBuf,0,sizeof(pBuf));
		LSAPI_FS_Fstat(*fd_ptr,&pBuf);
		*fsize=pBuf.st_size;
		if(*fsize<0){
			offset=-4;
			goto F_END;
		}
	}
	LSAPI_FS_Seek(*fd_ptr, 0, LSAPI_FS_SEEK_SET);
	//check size
	if(1!=LSAPI_FS_Read(*fd_ptr, tmp,1)){
		offset=-5;
		goto F_END;
	}
	if(FONT_MODE_12X12==fontMode && tmp[0]!=12){
		offset=-6;
		goto F_END;
	}else if(FONT_MODE_16X16==fontMode && tmp[0]!=16){
		offset=-7;
		goto F_END;
	}
	for(;;){
		offset=LSAPI_FS_Read(*fd_ptr, tmp,rsize);
		if(offset != rsize){
			offset=-8;
			goto F_END;
		}
		if(tmp[0]==hiByte && tmp[1]==loByte){
			offset=rsize-2;
			memcpy(pHzk, tmp+2, offset);
			goto F_END;
		}
	}
	offset=-9;
	F_END:
#ifndef KEEP_HZK_OPENED
	LSAPI_FS_Close(*fd_ptr);
	*fd_ptr=NULL;
#endif 
	return offset;
}
static void guiShowChars(unsigned short x,unsigned short y,unsigned char hiByte, unsigned char loByte, 
	FONT_MODEENUM fontMode,
	unsigned int frontColorID,//????
	unsigned int backColorID,//????
	REV_ENUM rev){//??
	unsigned short i,j,k,m,n,fcolor,bcolor;
	unsigned short width,height;
	unsigned char ByteWidth,data;
	const unsigned char *l_pucFont,*l_pucLetter;
	unsigned char *p;
	unsigned char sucHzk16[32];
	unsigned char sucHzk12[24];
	int ret;
	//===?¨¨?¨′?Y?á??¤?¨|¨¨????¨o?|ì??¨a??é????é|ì??¨?¨oy?Y????|쨨===
	x++;y++;
	k = 0;
	if(hiByte==0){//english
		if(fontMode==FONT_MODE_12X12){//8* 12 
			width=8;//8
			height = 12; //12
			ByteWidth = 1;
			l_pucFont = g_apucFonts12;
			l_pucLetter = g_apucLetter12;
		}else{							//8*16
			width=8;
			height = 16;
			ByteWidth = 1;
			l_pucFont = g_apucFonts16;
			l_pucLetter = g_apucLetter16;
		}
		while(*l_pucLetter){
			if(loByte == *l_pucLetter)break;
			l_pucLetter ++;
			k ++;
		}
		//2¨|?¨°|ì??á??a|ì??a¨o?????
		l_pucFont += k * ByteWidth * height;		
	}else{//chinese
		if(fontMode==FONT_MODE_12X12){//12*16
			width=16;
			height = 12;
			ByteWidth = 2;
			l_pucFont = sucHzk12;
			l_pucLetter = 0;
			k=0;
			ret=guiGetHzk(hiByte,loByte,sucHzk12,fontMode);
			if(sizeof(sucHzk12)!=ret) ret=guiGetExtHzk(hiByte, loByte, sucHzk12,fontMode);
			if(sizeof(sucHzk12)!=ret){//??¨?sFlash|ì?HZK???t?D?¨￠¨¨??á??a¨oy?Y
				//?¨°2?|ì??á??a?ê???¨o?"?¨2"
				l_pucFont=g_apucCLetter16;
				MSG_ERR(1, "guiGetHzk12Err:%02x,%02x,%d",hiByte,loByte,ret);
			}
		}else{//16*16
			width=16;
			height = 16;
			ByteWidth = 2;
			l_pucFont = sucHzk16;
			l_pucLetter = 0;
			k=0;
			ret=guiGetHzk(hiByte,loByte,sucHzk16,fontMode);
			if(sizeof(sucHzk16)!=ret) ret=guiGetExtHzk(hiByte, loByte, sucHzk16,fontMode);
			if(sizeof(sucHzk16)!=ret){//??¨?sFlash|ì?HZK16???t?D?¨￠¨¨??á??a¨oy?Y
				//?¨°2?|ì??á??a?ê???¨o?"?¨2"
				l_pucFont=g_apucCLetter16;
				MSG_ERR(1, "guiGetHzk16Err:%02x,%02x,%d",hiByte,loByte,ret);
			}
		}
	}
	//====================?¨′??|¨¤¨a|ì??¨?¨oy?Y==========
	if(y+height>GLCD_HEIGHT)return;
	if(x+width>GLCD_WIDTH)return;
	guiBlockSet(x,y,x+width-1,y+height-1);//8,12
	fcolor=RGB888_2_RGB565(frontColorID);
	bcolor=RGB888_2_RGB565(backColorID);
	//¨°?????à?¨???|ì??¨???é|ì?LCD?ê?2?¨?????????ê¨??¨?¨22a¨o??ê??á?騰a|ì??¨??2?¨°a|ì??¨??PaintBufToLcd?ê??¤??¨°¨°2??é?¨￠¨￠?
	//?¨′?Y?á???ê?¨2??????D?-|ì?
	for(j=0;j<height;j++){
		m=y+j;
		for(i=0;i<ByteWidth;i++){
			n=x+i*8;
			data=*l_pucFont++;
			for(k=0;k<8;k++){
				if(data & (0x80>>k)){//??,??frontColorID
					if(REVERSED_NO==rev) guiDrawDot(fcolor);
					else guiDrawDot(bcolor);
				}else{//??,??backColorID
					if(REVERSED_NO==rev) guiDrawDot(bcolor);
					else guiDrawDot(fcolor);
				}
			}
		}
	}
}

short guiGetStrXLen(char *str, FONT_MODEENUM fontMode){
	unsigned char ch;
	unsigned short len=0;
	unsigned char bsize;
	
	if(FONT_MODE_12X12==fontMode) bsize=6;
	else if(FONT_MODE_16X16==fontMode) bsize=8;
	else return 0;
	while ((ch=*str++)){
		if(ch=='M')len+=12;
		else if(ch>='A'&&ch<='Z')len+=8;  
		else if(ch>='a'&&ch<='z')len+=8;
		else if(ch>='0'&&ch<='9')len+=8;
		else if(ch>=0x20&& ch<=0x60)len+=8; //¨??¨oa?á??¤?
		else len+=bsize;
	}
	return len;
}
//ò????ó?ú??ía?a·?
void guiShowStr(unsigned short x, unsigned short y,const char *string, FONT_MODEENUM fontMode, 
	REV_ENUM rev, //????
	unsigned int frontColorID,//???
	unsigned int backColorID){//???
	unsigned char width1,width2,heigh;
	unsigned char *p;
	unsigned short i;
	
	if(fontMode == FONT_MODE_12X12){
		width1 = 12;
		width2 = 1;
		heigh=12;
	}else if(fontMode == FONT_MODE_16X16){
		width1 = 16;
		width2 = 1;
		heigh=16;
	}else return;

	p = (unsigned char *)string;
	i = 0;
	
	while(*p){
		if (*p > 0x80){//chinese letter
			guiShowChars(x+i,y,*p, *(p+1),fontMode,frontColorID,backColorID,rev);
			i += width1 ;
			p += 2;
		}else{//english letter
			guiShowChars(x + i,y,0,*p,fontMode,frontColorID,backColorID,rev);
			if(fontMode==0) i += width2 * 8;
			else i += width2 * 8;
			p ++;
		}
	}
}

void guiShowButton(unsigned short x, unsigned short y,const char *str, FONT_MODEENUM fontMode,unsigned int buttonColorID, unsigned int strColorID){
	int heigh,len;
	
	if(FONT_MODE_12X12==fontMode) heigh=12+4;
	else if(FONT_MODE_16X16==fontMode) heigh=16+4;
	else return;
	len=guiGetStrXLen((char *)str, fontMode);
	guiFillRect(x,y,x+len+8,y+heigh,buttonColorID);
	guiShowStr(x+4, y+1, str, fontMode,REVERSED_NO,strColorID,buttonColorID);
}

void guiFillRect(unsigned short x1, unsigned short y1, unsigned short x2, unsigned short y2,unsigned int colorData){
	x1++;x2++;y1++;y2++;
	unsigned short x=x2,y=y2,w,h,i,m,k,j,data;
	if(x1>x2 || y1>y2) return;
	if(x1>=GLCD_WIDTH || y1>=GLCD_HEIGHT) return;
	if(x>GLCD_WIDTH) x=GLCD_WIDTH;
	if(y>GLCD_HEIGHT) y=GLCD_HEIGHT;
	w=x-x1+1;
	h=y-y1+1;
	data=RGB888_2_RGB565(colorData);
	guiBlockSet(x1,y1,x,y);
	for(i=0;i<h;i++){
		m=y1+i;
		for(j=0;j<w;j++){
			k=x1+j;
			guiDrawDot(data);
		}
	}
}
void guiClearRect(unsigned short x1, unsigned short y1, unsigned short x2, unsigned short y2, unsigned int colorData){
	guiFillRect(x1,y1,x2,y2,colorData);
}
//??????
void guiDrawHLine(unsigned short x1, unsigned short x2, unsigned short y, unsigned short ysize, unsigned int colorID){
	if(ysize==0) return;
	if(x2<x1) return;
	guiFillRect(x1,y,x2,y+ysize-1,colorID);
}

//′1?±??
void guiDrawVLine(unsigned short y1, unsigned short y2, unsigned short x, unsigned short xsize, unsigned int colorID){
	if(xsize==0) return;
	if(y2<y1) return;
	guiFillRect(x,y1,x+xsize-1,y2,colorID);
}

void guiDrawRect(unsigned short x1, unsigned short y1, unsigned short x2, unsigned short y2,unsigned char width, unsigned int colorID){
	if(x1>x2||y1>y2) return;
	guiDrawHLine(x1,x2,y1,width,colorID);
	guiDrawHLine(x1,x2,y2,width,colorID);
	guiDrawVLine(y1,y2,x1,width,colorID);
	guiDrawVLine(y1,y2+width-1,x2,width,colorID);
}

//óé·??ò?aμ?(x,y)?aê??-
void guiDrawArrow(unsigned short x, unsigned short y,unsigned short len, ARROW_ENUM direction, unsigned int colorID){
	unsigned short i;
	switch(direction){
		case ARROW_LEFT:
			for(i=0;i<len;i++) guiDrawRect(x+i,y-i,x+i,y+i,1,colorID);
			break;
		case ARROW_RIGHT:
			for(i=0;i<len;i++) guiDrawRect(x-i,y-i,x-i,y+i,1,colorID);
			break;
		case ARROW_UP:
			for(i=0;i<len;i++) guiDrawRect(x-i,y+i,x+i,y+i,1,colorID);
			break;
		case ARROW_DOWN:
			for(i=0;i<len;i++) guiDrawRect(x-i,y-i,x+i,y-i,1,colorID);
			break;
	}
}

static void guiFillBmpBuf(unsigned short x, unsigned short y, unsigned short width, unsigned short height, unsigned char *bmpBuf){
	int i,j,k,t;
	unsigned short RGB565,r,g,b;
	unsigned char R,G,B;

	for(j=0;j<height;j++){
		t=y+j;
		k=j*width;
		for(i=0;i<width;i++){
			R=bmpBuf[3*i];
			G=bmpBuf[3*i+1];
			B=bmpBuf[3*i+2];
			r=R>>3;
			g=G>>2;
			b=B>>3;
			RGB565=((r<<11)+(g<<5)+(b<<0));
			guiDrawDot(RGB565);
		}
	}
}

int WidthBytes( int nBits, int nWidth ){
	int nWidthBytes;

	nWidthBytes = nWidth;
	if( nBits == 1 ) nWidthBytes = ( nWidth + 7 ) / 8;
	else if( nBits == 4 ) nWidthBytes = ( nWidth + 1 ) / 2;
	else if( nBits == 16 ) nWidthBytes = nWidth * 2;
	else if( nBits == 24 ) nWidthBytes = nWidth * 3;
	else if( nBits == 32 ) nWidthBytes = nWidth * 4;
		
	while( ( nWidthBytes & 3 ) != 0 ) nWidthBytes++;
		
	return( nWidthBytes );
}
void guiShowBmp(unsigned short x, unsigned short y, char *bmp){
}
#define IMAGE_MAX_SIZE 322
void guiShowBinMap(unsigned short x, unsigned short y, char *bmp){
	int fd,filelen;
	unsigned char temp[IMAGE_MAX_SIZE],round;
	LSAPI_FS_Stat_info_t pBuf;
	unsigned short w,h,i,j,page,l,totalPage,leftbits,k,n,d,f,startY,moveBits,totalHDots,index1,index2;
	
	fd=LSAPI_FS_Open(bmp, LSAPI_FS_O_RDONLY,0);
	if(fd<0){
		MSG_ERR(1, "%s open failed", bmp);
		return;
	}
	//check file length
	memset(&pBuf,0,sizeof(pBuf));
	LSAPI_FS_Fstat(fd,&pBuf);
	filelen=pBuf.st_size;
	if(filelen>IMAGE_MAX_SIZE){
		MSG_INFO(1, "%s image too large %d>%d",bmp,filelen,IMAGE_MAX_SIZE);
		goto BMP_END;
	}
	
	LSAPI_FS_Read(fd, temp, filelen);
	w=temp[0];//width
	h=temp[1];//heigh
	page=y/8;//start page
	startY=y%8;//draw from startY dot
	
	for(i=0;i<w;i++)
	{
		totalHDots=h;//total moving row dots
		index1=0; //page++;
		index2=1;
		totalPage = h/8; //total pages
		round=0;
	
		while(totalPage)
		{
			//write the first time
			moveBits=8-startY;//pages need to be move in this page
			for(n=0;n<moveBits;n++)
			{
				if(temp[2+(index1*w)+i] & 1) g_aucLcdBufF[page+(index1)][x+i] |= (1<<(startY+n));
				else g_aucLcdBufF[page+(index1)][x+i] &= ~(1<<(startY+n));
				//move bits
				temp[2+(index1*w)+i] >>= 1;
			}
			
			totalHDots -= moveBits;
			if(totalHDots <=0) break;
			
			//write the second time
			if(moveBits==8){//é?ò?ò3ê?°′??ì?8dotD′μ?
				//′?ò3ò2°′??ò3D′
				if(totalHDots >= 8) moveBits=8;
				else moveBits=totalHDots;
				
				startY=0;
				for(n=0;n<moveBits;n++)
				{
					if(temp[2+(index2*w)+i] & 1) g_aucLcdBufF[page+index2][x+i] |= (1<<(startY+n));
					else g_aucLcdBufF[page+index2][x+i] &= ~(1<<(startY+n));
					//???ùóDBits?òμíò?ò???
					temp[2+(index2*w)+i] >>= 1;
				}
			}
			else{
				moveBits = startY;  //5
				for(n=0;n<moveBits;n++)
				{
					if(temp[2+(index1*w)+i] & 1) g_aucLcdBufF[page+index2][x+i] |= (1<<(n));
					else g_aucLcdBufF[page+index2][x+i] &= ~(1<<(n));
					//???ùóDBits?òμíò?ò???
					temp[2+(index1*w)+i] >>= 1;
				}
			}
			totalHDots -= moveBits;
			if(totalHDots <=0) break;
			index1++;
			index2++;
			totalPage--;
		}
	}
	//LCDFlashPain();
	LCDFlashPainPage(x,y);
	BMP_END:
		if(fd>0) LSAPI_FS_Close(fd);
}

/*?ó?D??ê?*/
void guiShowCaption(unsigned short xType, const char *str, unsigned short y, unsigned int frontColorID, unsigned int backColorID, FONT_MODEENUM fontMode){
	int len,sy;
	unsigned short x;

	len=guiGetStrXLen((char *)str,fontMode);
	if(xType==0) x=(GLCD_WIDTH-len)/2;
	else x=xType;
	guiShowStr(x, y, str, fontMode, REVERSED_NO, frontColorID, backColorID);
}
void guiClearArea(unsigned short x, unsigned short y, unsigned short width, unsigned short height,unsigned int colorID){
	guiFillRect(x,y,x+width,y+height,colorID);
}
void newGuiNoteBoot(char type){
	const char *p1="正在开机";
	const char *p2="请等待";
	const char *p3="欢迎使用";
	const char *p4="公网集群对讲机";
	char *ptr1,*ptr2;
	if(type==0){
		ptr1=p1;
		ptr2=p2;
	}else{
		ptr1=p3;
		ptr2=p4;
	}
	newGuiClearMainPage();
	DrawLineV(0, 8, GLCD_WIDTH);
	newGuiShowMessageBox(ptr1,ROW_TWO);
	newGuiShowMessageBox(ptr2,ROW_THREE);
}
void guiInit(void){
	memset(g_aucLcdBufF, 0x00, GLCD_HEIGHT/8*GLCD_WIDTH);
	
//	SetMessageConfi();
	//if(sutApp.account.tnet==5) guiShowBmp(0,0,"welcome5.bin");//开机图片
	//else guiShowBmp(0,0,"welcome.bin");//开机图片
	newGuiNoteBoot(0);
	LCDFlashPain();//刷屏缓存
	lcdBackLightApi(1);//清屏后打开，否则会看到关机前的画面
}

void guiClearAll(unsigned int colorID){//只清第二，三区
	guiFillRect(0, UI_STATUS_ITEM_Y, GLCD_WIDTH-1, UI_CONTENT_SHOW_Y-1, guiGetForeColor());//清除第二区
	guiFillRect(0,UI_CONTENT_SHOW_Y,GLCD_WIDTH-1,GLCD_HEIGHT-1,colorID);
}

void guiShowMessageBox(char *msg){
	char buf[70];
	short len,x,y;
	y=GLCD_HEIGHT/2;
	guiClearRect(0,y-20,GLCD_WIDTH-1,y+20,guiGetBackColor());
	guiDrawRect(2,y-18,GLCD_WIDTH-3,y+18,1,COLOR_BLACK);
	StrIntercept(buf,msg,18);
#ifdef USE_12X12_FONT_ONLY
	len=guiGetStrXLen(buf,FONT_MODE_12X12);
	x=(GLCD_WIDTH-len)/2;
	guiShowStr(x,y-6,buf,FONT_MODE_12X12,REVERSED_NO,COLOR_BLACK,guiGetBackColor());
#else
	len=guiGetStrXLen(buf,FONT_MODE_16X16);
	x=(GLCD_WIDTH-len)/2;
	guiShowStr(x,y-8,buf,FONT_MODE_16X16,REVERSED_NO,COLOR_BLACK,guiGetBackColor());
#endif
}

//画一条线，线粗为1点
//x,y为纵横坐标
//len为长度
void DrawLineV(unsigned char x, unsigned char y,unsigned char len)
{
	//x 0 - 127
	//y 0 - 63
	unsigned char i,j,page,l,length;
	
	if(len<=1) return;
	if(x > GLCD_WIDTH) return;
	if(y > GLCD_HEIGHT) return;
	page = y/8;
	l=y%8;
	length=len;
	if(length+x > GLCD_WIDTH) length = GLCD_WIDTH-x;
	for(i=0;i<length;i++){
	//	g_aucLcdBufF[page][x+i] |= (1<<l);
		g_aucLcdBufF[page][x+i] |= (1<<2);
		g_aucLcdBufF[page][x+i] |= (1<<3);//
	}
		
	//	LCDFlashPain();	
		LCDFlashPainPage(x,y);
}

//画一条线，线粗为1点
//x,y为纵横坐标
//height为高度
void DrawLineH(unsigned char x, unsigned char y, unsigned char height)
{
	//x 0 - 127
	//y 0 - 63
	unsigned char i,j,page,l,k,hei,totalPage,leftbits;
	
	if(height<=1) return;
	if(x > GLCD_WIDTH) return;
	if(y > GLCD_HEIGHT) return;
	
	
	page = y/8; //第几页
	l=y%8;   //第几个
	
	totalPage = (height-(8-l))/8;  //共几页
		
	if(height > (8-l))
	  leftbits = (height-(8-l))%8; //尾部位置
	else
		leftbits = 0;
	
	hei=height;
	
	if(hei+x > GLCD_WIDTH) hei = GLCD_WIDTH-x; //

	if(height < 8) k = 8-height;
	else k=l;
	
	//printf("page:%d,l:%d,totalPage:%d,leftbits:%d,hei:%d,k:%d\r\n", page,l,totalPage,leftbits,hei,k);
	for(i=0;i<(8-k);i++)
		g_aucLcdBufF[page][x] |= (1<<(l+i));

	for(i=0;i<totalPage;i++)
	{
		g_aucLcdBufF[page+i+1][x] |= 0xff;
	}
	if(leftbits)
	{
		for(i=0;i<leftbits;i++)
			g_aucLcdBufF[page+totalPage+1][x] |= (1<<i);
	}
	LCDFlashPainPage(x,y);
}

void newGuiShowMessageBox(char *msg, ROW_ENUM row){
	int len=guiGetStrXLen(msg, FONT_MODE_16X16);
	int y;
	if(row==ROW_TWO) y=16;
	else if(row==ROW_THREE) y=32;
	newGuiShowStr((GLCD_WIDTH-len)/2, y, msg,REVERSED_NO,FONT_MODE_16X16);
}

/*****************************************
从字库文件HZK16中提取某汉子的字库数据
输入：hiByte--汉字的高字节  loByte--汉字的低字节
		字库文件存储在sFlash中，字库文件名为HZK16
输出：pHzk--提取到的字库数据，需要预留足够空间存储。如果是16*16 则应该是16*16/8=32Byte
返回：失败返回0  成功返回长度
******************************************/
int GetHzk(unsigned char hiByte,unsigned char loByte,unsigned char *pHzk,FONT_MODEENUM font)
{
	int fd;
	unsigned char Q,W;
	unsigned int offset;
	const char *HZK12="HZK12";
	const char *HZK16="HZK16";
	char *hzk;
	int readlen;
	
	if(hiByte<0xa0 || loByte<0xa0)return 0;
	Q=hiByte-0xa0;
	W=loByte-0xa0;
	if(font==FONT_MODE_16X16){
		hzk=HZK16;
		readlen=32;
	}else{
		hzk=HZK12;
		readlen=24;
	}
	offset=(94 * (Q-1) + (W-1))* readlen;
	fd=LSAPI_FS_Open(hzk, LSAPI_FS_O_RDONLY,0);
	
	if(fd<0){
		MSG_ERR(1, "%s open failed", hzk);
		return 0;
	}
	LSAPI_FS_Seek(fd, offset,LSAPI_FS_SEEK_SET);
	readlen=LSAPI_FS_Read(fd, pHzk, readlen);
	LSAPI_FS_Close(fd);
	return readlen;
}

void Rota90Degreed12(unsigned char *source)
{
	unsigned char temp[24];
  
	unsigned char i,j,h,k;
	memset(temp,0,24);
	//左上角部分
	for(j=0;j<8;j++)
	{
		for(i=0;i<8;i++)
			if(source[2*i] & (1<<(7-j))) temp[j] |= (1<<i);
  }
	//右上角部分
	for(j=0;j<4;j++)
	{
		for(i=0;i<8;i++)
			if(source[2*i+1] & (1<<(7-j))) temp[1*8+j] |= (1<<i);
  }
	
	//左下角部分
	for(j=0;j<8;j++)
	{
		for(i=0;i<4;i++)
			if(source[1*16+2*i] & (1<<(7-j))) temp[1*12+j] |= (1<<i);
  }
	//右下角部分
	for(j=0;j<4;j++)
	{
		for(i=0;i<4;i++)
			if(source[1*16+2*i+1] & (1<<(7-j))) temp[1*20+j] |= (1<<i);
  }
	memcpy(source, temp,24);
}


void Rota90Degreed16(unsigned char *source)// 旋转90度
{
	unsigned char temp[32];
  
	unsigned char i,j,h,k;
	memset(temp,0,32);
	//左上角部分
	for(j=0;j<8;j++)
	{
		for(i=0;i<8;i++)
			if(source[2*i] & (1<<(7-j))) temp[j] |= (1<<i);
  }
	//右上角部分
	for(j=0;j<8;j++)
	{
		for(i=0;i<8;i++)
			if(source[2*i+1] & (1<<(7-j))) temp[1*8+j] |= (1<<i);
  }
	
	//左下角部分
	for(j=0;j<8;j++)
	{
		for(i=0;i<8;i++)
			if(source[1*16+2*i] & (1<<(7-j))) temp[1*16+j] |= (1<<i);
  }
	//右下角部分
	for(j=0;j<8;j++)
	{
		for(i=0;i<8;i++)
			if(source[1*16+2*i+1] & (1<<(7-j))) temp[1*24+j] |= (1<<i);
  }
	memcpy(source, temp,32);
}

//rev 0 正常显示 否则反显
void newGuiShowStr(unsigned char X, unsigned char y, const char *str,unsigned char rev,FONT_MODEENUM font)
{
	//12*12中文
 //8*12 英文
	unsigned char *p;
  unsigned char i,j;
	unsigned char charNum,tempData;
	unsigned char sucHzk12[24+2];//12*12字体间会很窄，加第13列为0，这样好看
	unsigned char tempBack[12];
	unsigned char sucHzk16[32];
	unsigned char h,k1,k2,k3,pa;
	unsigned short temp;
	int ret;
	charNum=0;
	p=(unsigned char *)str;
	while(*p != 0)
	{
		if(*p > 0x80)//chinese
		{//填充2*8=16个点数据
			
			if(font==FONT_MODE_12X12){
				ret=GetHzk(*p,*(p+1),sucHzk12,font);
				if(ret != 24) ret=guiGetExtHzk(*p,*(p+1),sucHzk12,font);
					if(24!=ret){
				//找不到字库，显示"口"
					memcpy(sucHzk12, g_apucCFonts16, sizeof(sucHzk12));
				}
				Rota90Degreed12(sucHzk12);
				memcpy(tempBack, &sucHzk12[12],12);
				memcpy(&sucHzk12[13],tempBack, 12);
				sucHzk12[12]=0;
				sucHzk12[25]=0;
				
						////////////////////////////////////
					h = y % 8;//新page中的第几行
					pa = y / 8;//座落于第几page
					k1 = 8-h;//开始page中有多少位是要被处理的，且处理是高位先
					k2 = 12-k1;//下一个page中要显示多少位
					
					if(k2>8) //k3,再下一个page中要显示多少位，对于12高度来说，最多跨三个page
					{
						k3=k2-8;
						k2 = 8;
					}
					else k3=0;
					
					for(i=0;i<13;i++)
					{
						temp = (((unsigned short)sucHzk12[i+13])<<8) & 0xff00;
						temp |= ((unsigned short)sucHzk12[i])&0xff;
						for(j=0;j<k1;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa][charNum+X+i] |= (1<<(h+j));
							else
								g_aucLcdBufF[pa][charNum+X+i] &= ~(1<<(h+j));
							temp >>= 1;
						}
						for(j=0;j<k2;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa+1][charNum+X+i] |= (1<<(j));
							else
								g_aucLcdBufF[pa+1][charNum+X+i] &= ~(1<<(j));
							temp >>= 1;
						}
						for(j=0;j<k3;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa+2][charNum+X+i] |= (1<<(j));
							else
								g_aucLcdBufF[pa+2][charNum+X+i] &= ~(1<<(j));
							temp >>= 1;
						}
					}
					p+=2;
					charNum += 12+1;//加1是让两个字体间有间隔12*12本身是基本会用完宽度的

			}else{
				ret=GetHzk(*p,*(p+1),sucHzk16,font);
				if(ret != 32) ret=guiGetExtHzk(*p,*(p+1),sucHzk16,font);
				if(32!=ret){
				//找不到字库，显示"口"
					memcpy(sucHzk16, g_apucCFonts16, sizeof(sucHzk16));
				}
				
				Rota90Degreed16(sucHzk16);
				
					////////////////////////////////////
					h = y % 8;//新page中的第几行
					pa = y / 8;//座落于第几page
					k1 = 8-h;//开始page中有多少位是要被处理的，且处理是高位先
					k2 = 16-k1;//下一个page中要显示多少位
					
					if(k2>8) //k3,再下一个page中要显示多少位
					{
						k3=k2-8;
						k2 = 8;
					}
					else k3=0;
					
					for(i=0;i<16;i++)
					{
						temp = (((unsigned short)sucHzk16[i+16])<<8) & 0xff00;
						temp |= ((unsigned short)sucHzk16[i])&0xff;
						for(j=0;j<k1;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa][charNum+X+i] |= (1<<(h+j));
							else
								g_aucLcdBufF[pa][charNum+X+i] &= ~(1<<(h+j));
							temp >>= 1;
						}
						for(j=0;j<k2;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa+1][charNum+X+i] |= (1<<(j));
							else
								g_aucLcdBufF[pa+1][charNum+X+i] &= ~(1<<(j));
							temp >>= 1;
						}
						for(j=0;j<k3;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa+2][charNum+X+i] |= (1<<(j));
							else
								g_aucLcdBufF[pa+2][charNum+X+i] &= ~(1<<(j));
							temp >>= 1;
						}
					}
					p+=2;
					charNum += 16;//加1是让两个字体间有间隔12*12本身是基本会用完宽度的

			}	
		}else//english
		{//填充1*8=8 个点数据
			if(font==0){
					if(*p < 0x30)
						tempData = *p-0x20;
					else if(*p <= '9')
						tempData = *p-0x30+16;
					else if(*p <= '@')
						tempData = *p-0x3a+26;
					else if(*p <= 'Z')
						tempData = *p-0x41+33;
					else if(*p <= 'z')
						tempData = *p-0x61+59;
					else if(*p <= '~')
						tempData = *p-0x7b+85;
					///////////////////////////
					////////////////////////////////////
					h = y % 8;//新page中的第几行
					pa = y / 8;//座落于第几page
					k1 = 8-h;//开始page中有多少位是要被处理的，且处理是高位先
					k2 = 8-k1;//下一个page中要显示多少位
					if(k2>8) //k3,再下一个page中要显示多少位，对于12高度来说，最多跨三个page
					{
						k3=k2-8;
						k2 = 8;
					}
					else k3=0;
					for(i=0;i<8;i++)
					{
						temp = (((unsigned short)g_english88[tempData][i+8])<<8) & 0xff00;
						temp |= ((unsigned short)g_english88[tempData][i])&0xff;
						for(j=0;j<k1;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa][charNum+X+i] |= (1<<(h+j));
							else
								g_aucLcdBufF[pa][charNum+X+i] &= ~(1<<(h+j));
							temp >>= 1;
						}
						for(j=0;j<k2;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa+1][charNum+X+i] |= (1<<(j));
							else
								g_aucLcdBufF[pa+1][charNum+X+i] &= ~(1<<(j));
							temp >>= 1;
						}
						for(j=0;j<k3;j++)
						{
							if(temp & 0x01)
								g_aucLcdBufF[pa+2][charNum+X+i] |= (1<<(j));
							else
								g_aucLcdBufF[pa+2][charNum+X+i] &= ~(1<<(j));
							temp >>= 1;
						}
					}
					p++;
					charNum += 8;		
			}else {
						if(*p < 0x30)
							tempData = *p-0x20;
						else if(*p <= '9')
							tempData = *p-0x30+16;
						else if(*p <= '@')
							tempData = *p-0x3a+26;
						else if(*p <= 'Z')
							tempData = *p-0x41+33;
						else if(*p <= 'z')
							tempData = *p-0x61+59;
						else if(*p <= '~')
							tempData = *p-0x7b+85;
						///////////////////////////
						////////////////////////////////////
						h = y % 8;//新page中的第几行
						pa = y / 8;//座落于第几page
						k1 = 8-h;//开始page中有多少位是要被处理的，且处理是高位先
						k2 = 12-k1;//下一个page中要显示多少位
						if(k2>8) //k3,再下一个page中要显示多少位，对于12高度来说，最多跨三个page
						{
							k3=k2-8;
							k2 = 8;
						}
						else k3=0;
						for(i=0;i<8;i++)
						{
							temp = (((unsigned short)g_english812[tempData][i+8])<<8) & 0xff00;
							temp |= ((unsigned short)g_english812[tempData][i])&0xff;
							for(j=0;j<k1;j++)
							{
								if(temp & 0x01)
									g_aucLcdBufF[pa][charNum+X+i] |= (1<<(h+j));
								else
									g_aucLcdBufF[pa][charNum+X+i] &= ~(1<<(h+j));
								temp >>= 1;
							}
							for(j=0;j<k2;j++)
							{
								if(temp & 0x01)
									g_aucLcdBufF[pa+1][charNum+X+i] |= (1<<(j));
								else
									g_aucLcdBufF[pa+1][charNum+X+i] &= ~(1<<(j));
								temp >>= 1;
							}
							for(j=0;j<k3;j++)
							{
								if(temp & 0x01)
									g_aucLcdBufF[pa+2][charNum+X+i] |= (1<<(j));
								else
									g_aucLcdBufF[pa+2][charNum+X+i] &= ~(1<<(j));
								temp >>= 1;
							}
						}
						p++;
						charNum += 8;
			}
			
		}
	}
//	LCDFlashPain();
	LCDFlashPainPage(X,y);
}

void NewDrawVLine(unsigned short x, unsigned short y, unsigned short Vlen)
{
	unsigned short i,j,k;
	unsigned short drawVdots;//需要画紧方向的总dot数
	unsigned short leftdots; //当前page中有多少dot可用
	unsigned short thisDrawDots;//实际填充dot到当前page中的个数
	unsigned char startPage;//从哪page开始显示
	
	if(0==Vlen || x >= GLCD_WIDTH || y >= GLCD_HEIGHT) return;
	drawVdots = GLCD_HEIGHT-y;//实际可显示这么高
	if(Vlen <= drawVdots) drawVdots=Vlen;
	
	startPage=y/8;
	j=y%8;//如果是非整page段，y则是从第几个Bit开始填充

	if(j)
	{
		leftdots = 8-j;//非整page段还有这么多个dot可显示
		if(drawVdots > leftdots) thisDrawDots = leftdots;
		else thisDrawDots = drawVdots;
		for(k=0;k<thisDrawDots;k++)//所有点写1
      g_aucLcdBufF[startPage][x] |= 1<<(k+j);
		drawVdots -= thisDrawDots;
		startPage++;
	}
	if(drawVdots <=0) return;
	//以下全是完全的page了
	while(drawVdots)
	{
		if(drawVdots > 8) thisDrawDots = 8;
		else thisDrawDots = drawVdots;
		for(k=0;k<thisDrawDots;k++)
		  g_aucLcdBufF[startPage][x] |= 1<<k;
		startPage++;
		drawVdots -= thisDrawDots;
	}
}

void GuiDrawSignalVLine(unsigned char t4) //3
{
	MSG_INFO(1, "_t_%d_",t4);
	if(t4 == 0) return;
//	g_aucLcdBufF[1][15] &= 0xfe;
//	g_aucLcdBufF[1][13] &= 0xfe;
//	g_aucLcdBufF[1][11] &= 0xfe;
//	g_aucLcdBufF[1][9] &= 0xfe;
//	g_aucLcdBufF[1][7] &= 0xfe;
	
	
	g_aucLcdBufF[0][15] &= 0x01;
	g_aucLcdBufF[0][13] &= 0x01;
	g_aucLcdBufF[0][11] &= 0x01;
	g_aucLcdBufF[0][9] &= 0x01;
	g_aucLcdBufF[0][7] &= 0x01;
	g_aucLcdBufF[1][15] &= 0xfe;
	g_aucLcdBufF[1][13] &= 0xfe;
	g_aucLcdBufF[1][11] &= 0xfe;
	g_aucLcdBufF[1][9] &= 0xfe;
	g_aucLcdBufF[1][7] &= 0xfe;


	
	
	if(t4 <2)
	{
		//g_aucLcdBufT[0][15] = 0xff;
		g_aucLcdBufF[0][15] = 0xfe;
		g_aucLcdBufF[1][15] |= 0x01;
	}
	
	if(t4 <3)
	{
		//g_aucLcdBufT[0][13] = 0xfc; 
		g_aucLcdBufF[0][13] = 0xf8;
		g_aucLcdBufF[1][13] |= 0x01;
	}
	if(t4 <4)
	{
		//g_aucLcdBufT[0][11] = 0xf0; 
		g_aucLcdBufF[0][11] = 0xe0;
		g_aucLcdBufF[1][11] |= 0x01;
	}
	if(t4 <5)
	{
		//g_aucLcdBufT[0][9] = 0xc0;
		g_aucLcdBufF[0][9] = 0x80;
		g_aucLcdBufF[1][9] |= 0x01;
	}
	if(t4 < 6)
	{
		//g_aucLcdBufT[0][7] = 0x80; 
		g_aucLcdBufF[1][7] |= 0x01;
	}
	LcdStatusBarFlash();
}

//////////////////////////////////////测试接口///////////////////////////////////
void guiTest(void){
	static int flag=1;
	MSG_INFO(1, "DDDD:%d", flag);
	GuiDrawSignalVLine(flag);
	if(++flag>=6) flag=1;
	//guiShowBinMap(GLCD_WIDTH-15,48,"APN1.bin");
	//guiShowBinMap(1,30,"APN2.bin");
	return;
	//return;
	//char testbuf[5]={0xB2,0xE2,0xCA,0xD4,0x00};
	//??ê?DD??
	guiDrawHLine(1, GLCD_WIDTH-2, 1, 1, guiGetForeColor());
	//??ê?áD??
	guiDrawVLine(3, GLCD_HEIGHT-2, 1, 1, guiGetForeColor());
	//??ê???D???D?
	guiDrawRect(3,3,3+10,3+10,1,guiGetForeColor());
	//??ê?êμD???D?
	guiFillRect(15, 3, 15+10, 3+10,guiGetForeColor());
	//??ê??yí·
	guiDrawArrow(50, 3,10, ARROW_UP, guiGetForeColor());
	guiDrawArrow(70, 3+10,10, ARROW_DOWN, guiGetForeColor());
	guiDrawArrow(90, 3+8,10, ARROW_LEFT, guiGetForeColor());
	guiDrawArrow(110, 3+8,10, ARROW_RIGHT, guiGetForeColor());
	//??ê?12X12×?·?′?
	guiShowStr(3, 30,"123测试45中，国AW", FONT_MODE_12X12, REVERSED_NO,guiGetForeColor(),guiGetBackColor());
	//??ê?16X16×?·?′?
	guiShowStr(3, 50,"123测试45你。好AW", FONT_MODE_16X16, REVERSED_NO,guiGetForeColor(),guiGetBackColor());
	//??ê?í???
	guiShowBmp(3, 80, "Palace2.bmp");
	//??ê?°′?ü
	guiShowButton(100, 80,"B12", FONT_MODE_12X12,guiGetForeColor(), guiGetBackColor());
}