g2d_test.c

三星 s3c6400测试代码

	

	bool bIsTransparent=1;

	INTC_SetVectAddr(NUM_2D, Isr_G2d);
	INTC_Enable(NUM_2D);
	G2D_InterruptEnable();

	G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
	G2D_GetFbAddr(&uG2dFbAddr);
	G2D_GetBppMode(&eBpp);
	printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);

	G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);

	// Host to Screen Test
	printf("Host to Screen Color Expansion with Clipping, press any key to continue!\n");	
	G2D_SetColorExpansionMethod(HOST2SCREEN);
	G2D_SetFontType(FONT8BY8, &uFontWidth, &uFontHeight);	
	
	G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
	G2D_Printf(0, 5, "[2D]Host to Screen Color Expansion Test");
	G2D_SetFontColor(G2D_GREEN, G2D_BLACK, bIsTransparent); 
	G2D_Printf(0, uG2dHeight*1/4+5, "[2D]Host to Screen Color Expansion Test");
	G2D_SetFontColor(G2D_BLUE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(0, uG2dHeight*2/4+5, "[2D]Host to Screen Color Expansion Test");
	G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent); 
	G2D_Printf(0, uG2dHeight*3/4+5, "[2D]Host to Screen Color Expansion Test");
	UART_Getc();
	
	uDec=0;
	while(1) {
		uDec+=8;
		if((uG2dWidth-2*uDec <=32)||(uG2dHeight-2*uDec <=32)) break;
		G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);
		G2D_SetClippingWindow(0+uDec, 0+uDec, uG2dWidth-uDec, uG2dHeight-uDec);
		printf("[Clipping]x1=%d,y1=%d,x2=%d,y2=%d\n",uG2dWidth-uDec, uG2dHeight-uDec, uG2dWidth-uDec, uG2dHeight-uDec);
		G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
		G2D_Printf(0, 5, "[2D]Host to Screen Color Expansion Test");
		G2D_SetFontColor(G2D_GREEN, G2D_BLACK, bIsTransparent); 
		G2D_Printf(0, uG2dHeight*1/4+5, "[2D]Host to Screen Color Expansion Test");
		G2D_SetFontColor(G2D_BLUE, G2D_BLACK, bIsTransparent);	
		G2D_Printf(0, uG2dHeight*2/4+5, "[2D]Host to Screen Color Expansion Test");
		G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent); 
		G2D_Printf(0, uG2dHeight*3/4+5, "[2D]Host to Screen Color Expansion Test");
		UART_Getc();		
	}


	G2D_InitSetting(uG2dFbAddr, eBpp, uG2dWidth, uG2dHeight, 0, 0, uG2dWidth, uG2dHeight);
	G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);


	// Screen to Screen Test	
	printf("Screen to Screen Color Expansion with ROP, press any key to continue!\n");	
	G2D_SetColorExpansionMethod(SCREEN2SCREEN);
	G2D_SetFontType(FONT8BY8, &uFontWidth, &uFontHeight);	
	uTextDrawingFbAddr=(uG2dFbAddr&0xff000000)+0x800000;
	G2D_FillMemoryForTextDrawing(FONT8BY8, uTextDrawingFbAddr);
	G2D_SetFontAddr(uTextDrawingFbAddr);

	G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
	G2D_Printf(0, 5, "[2D]Screen to Screen Color Expansion Test");
	G2D_SetFontColor(G2D_GREEN, G2D_BLACK, bIsTransparent); 
	G2D_Printf(0, uG2dHeight*1/4+5, "[2D]Screen to Screen Color Expansion Test");
	G2D_SetFontColor(G2D_BLUE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(0, uG2dHeight*2/4+5, "[2D]Screen to Screen Color Expansion Test");
	G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent); 
	G2D_Printf(0, uG2dHeight*3/4+5, "[2D]Screen to Screen Color Expansion Test");
	UART_Getc();
	
	uDec=0;
	while(1) {
		uDec+=8;
		if((uG2dWidth-2*uDec <=32)||(uG2dHeight-2*uDec <=32)) break;
		G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);
		G2D_SetClippingWindow(0+uDec, 0+uDec, uG2dWidth-uDec, uG2dHeight-uDec);
		printf("[Clipping]x1=%d,y1=%d,x2=%d,y2=%d\n",uG2dWidth-uDec, uG2dHeight-uDec, uG2dWidth-uDec, uG2dHeight-uDec);
		G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
		G2D_Printf(0, 5, "[2D]Screen to Screen Color Expansion Test");
		G2D_SetFontColor(G2D_GREEN, G2D_BLACK, bIsTransparent); 
		G2D_Printf(0, uG2dHeight*1/4+5, "[2D]Screen to Screen Color Expansion Test");
		G2D_SetFontColor(G2D_BLUE, G2D_BLACK, bIsTransparent);	
		G2D_Printf(0, uG2dHeight*2/4+5, "[2D]Screen to Screen Color Expansion Test");
		G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent); 
		G2D_Printf(0, uG2dHeight*3/4+5, "[2D]Screen to Screen Color Expansion Test");
		UART_Getc();		
	}

	G2D_InterruptEnable();
	INTC_Enable(NUM_2D);
	G2D_InitSetting(uG2dFbAddr, eBpp, uG2dWidth, uG2dHeight, 0, 0, uG2dWidth, uG2dHeight);
}



void TestColorExpansionTransparency(void)
{
	u32 uG2dFbAddr, uG2dWidth, uG2dHeight;
	u32 uFontWidth, uFontHeight;
	u32 uTextDrawingFbAddr;
	CSPACE eBpp;
	

	bool bIsTransparent=1;
	
	INTC_SetVectAddr(NUM_2D, Isr_G2d);
	INTC_Enable(NUM_2D);
	G2D_InterruptEnable();

	
	G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
	G2D_GetFbAddr(&uG2dFbAddr);
	G2D_GetBppMode(&eBpp);
	printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);

	// Host to Screen Test
	printf("Simple Host to Screen Color Expansion, press any key to continue");
	G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);
	UART_Getc();
	G2D_SetColorExpansionMethod(HOST2SCREEN);

	bIsTransparent=1;
	G2D_SetFontColor(G2D_RED, G2D_BLUE, bIsTransparent);	
	G2D_SetFontType(FONT8BY8, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, 5, "[2D]Host to Screen Color Expansion Transparent");

	bIsTransparent=0;
	G2D_SetFontColor(G2D_GREEN, G2D_MAGENTA, bIsTransparent);	
	G2D_SetFontType(FONT8BY15, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, uG2dHeight*1/4+5, "[2D]Host to Screen Color Expansion Opqaue");

	bIsTransparent=1;
	G2D_SetFontColor(G2D_BLUE, G2D_WHITE, bIsTransparent);	
	G2D_SetFontType(FONT8BY16T, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, uG2dHeight*2/4+5, "[2D]Host to Screen Color Expansion Transparent");

	bIsTransparent=0;
	G2D_SetFontColor(G2D_WHITE, G2D_CYAN, bIsTransparent);	
	G2D_SetFontType(FONT8BY16, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, uG2dHeight*3/4+5, "[2D]Host to Screen Color Expansion Opaque");
	UART_Getc();	



	// Screen to Screen Test
	printf("Simple Screen to Screen Color Expansion, press any key to continue");
	G2D_ClearFrameEcolor(G2D_BLACK, 0, 0);
	UART_Getc();
	
	uTextDrawingFbAddr=(uG2dFbAddr&0xff000000)+0x800000;
	G2D_SetColorExpansionMethod(SCREEN2SCREEN);
	G2D_SetFontAddr(uTextDrawingFbAddr);
	
	bIsTransparent=1;
	G2D_SetFontColor(G2D_RED, G2D_BLUE, bIsTransparent);	
	G2D_FillMemoryForTextDrawing(FONT8BY8, uTextDrawingFbAddr);
	G2D_SetFontType(FONT8BY8, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, 5, "[2D]Screen to Screen Color Expansion");
	
	bIsTransparent=0;	
	G2D_SetFontColor(G2D_GREEN, G2D_MAGENTA, bIsTransparent);	
	G2D_FillMemoryForTextDrawing(FONT8BY15, uTextDrawingFbAddr);
	G2D_SetFontType(FONT8BY15, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, uG2dHeight*1/4+5, "[2D]Screen to Screen Color Expansion");

	bIsTransparent=1;
	G2D_SetFontColor(G2D_BLUE, G2D_WHITE, bIsTransparent);	
	G2D_FillMemoryForTextDrawing(FONT8BY16T, uTextDrawingFbAddr);
	G2D_SetFontType(FONT8BY16T, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, uG2dHeight*2/4+5, "[2D]Screen to Screen Color Expansion");	

	bIsTransparent=0;
	G2D_SetFontColor(G2D_WHITE, G2D_CYAN, bIsTransparent);	
	G2D_FillMemoryForTextDrawing(FONT8BY16, uTextDrawingFbAddr);
	G2D_SetFontType(FONT8BY16, &uFontWidth, &uFontHeight);	
	G2D_Printf(5, uG2dHeight*3/4+5, "[2D]Screen to Screen Color Expansion");
	
	G2D_InterruptDisable();
	INTC_Disable(NUM_2D);	
	G2D_InitSetting(uG2dFbAddr, eBpp, uG2dWidth, uG2dHeight, 0, 0, uG2dWidth, uG2dHeight);
  

}


void TestColorExpansionWithAll(void)
{
	u32 i,j;
	u32 uG2dFbAddr, uG2dWidth, uG2dHeight;
	u32 uFontWidth, uFontHeight;
	u32 uTextDrawingFbAddr;
	CSPACE eBpp;
	

	bool bIsTransparent=1;

	INTC_SetVectAddr(NUM_2D, Isr_G2d);
	INTC_Enable(NUM_2D);
	G2D_InterruptEnable();


	G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
	G2D_GetFbAddr(&uG2dFbAddr);
	G2D_GetBppMode(&eBpp);
	printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);

	printf("Point Drawing with All Operations, press any key to test.\n");
	G2D_ClearFrameEcolor(G2D_YELLOW, 0, 0);	
	G2D_RegisterPattern(pat8x8_rgbw);
	UART_Getc();


	G2D_SetAlphaMode(G2D_ALPHA_MODE);
	G2D_SetAlphaValue(0xcf);
	G2D_SetClippingWindow(uG2dWidth/4, uG2dHeight/4,uG2dWidth*3/4, uG2dHeight*3/4);
	G2D_Set3rdOperand(G2D_OPERAND3_PAT);
	G2D_SetRopEtype(ROP_SRC_XOR_3RD_OPRND);
	
	G2D_ClearFrameEcolor(G2D_YELLOW, 0, 0);

	// Host to Screen Test
	printf("Host to Screen Color Expansion with All Operations, press any key to continue!\n");	
	G2D_SetColorExpansionMethod(HOST2SCREEN);
	G2D_SetFontType(FONT8BY8, &uFontWidth, &uFontHeight);	
	
	G2D_SetRotationMode(G2D_ROTATION_0_DEG_BIT);
	G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_90_DEG_BIT);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_180_DEG_BIT);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_GREEN, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_270_DEG_BIT);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_BLUE, G2D_MAGENTA, 0);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_0_DEG_BIT);
	for(j=0; j<uG2dHeight; j++)
		for(i=0; i<uG2dWidth; i++) {
			if(i==(uG2dWidth/2-1)) G2D_PutPixelEcolor(i, j, G2D_MAGENTA);
			if(j==(uG2dHeight/2-1)) G2D_PutPixelEcolor(i, j, G2D_MAGENTA);
		}	
	G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "FLIP");

	G2D_SetRotationMode(G2D_X_FLIP);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "FLIP");

	G2D_SetRotationMode(G2D_Y_FLIP);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_BLUE, G2D_MAGENTA, 0);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "FLIP");

	printf("Press any key to continue.\n");
	UART_Getc();	

	// Screen to Screen Test	
	printf("Screen to Screen Color Expansion with ROP, press any key to continue!\n");		
	G2D_SetColorExpansionMethod(SCREEN2SCREEN);
	G2D_SetFontType(FONT8BY8, &uFontWidth, &uFontHeight);	
	uTextDrawingFbAddr=(uG2dFbAddr&0xff000000)+0x800000;
	G2D_FillMemoryForTextDrawing(FONT8BY8, uTextDrawingFbAddr);
	G2D_SetFontAddr(uTextDrawingFbAddr);
	G2D_ClearFrameEcolor(G2D_YELLOW, 0, 0);
	UART_Getc();

	G2D_Set3rdOperand(G2D_OPERAND3_PAT);
	G2D_SetRopEtype(ROP_SRC_XOR_3RD_OPRND);

	G2D_SetRotationMode(G2D_ROTATION_0_DEG_BIT);
	G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_90_DEG_BIT);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_180_DEG_BIT);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_GREEN, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_270_DEG_BIT);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_BLUE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "ROTATION TEST ALL");

	G2D_SetRotationMode(G2D_ROTATION_0_DEG_BIT);
	for(j=0; j<uG2dHeight; j++)
		for(i=0; i<uG2dWidth; i++) {
			if(i==(uG2dWidth/2-1)) G2D_PutPixelEcolor(i, j, G2D_MAGENTA);
			if(j==(uG2dHeight/2-1)) G2D_PutPixelEcolor(i, j, G2D_MAGENTA);
		}	
	G2D_SetFontColor(G2D_WHITE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "FLIP");

	G2D_SetRotationMode(G2D_X_FLIP);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_RED, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "FLIP");

	G2D_SetRotationMode(G2D_Y_FLIP);
	G2D_SetRotationOrg((u16)(uG2dWidth/2-1), (u16)(uG2dHeight/2-1));
	G2D_SetFontColor(G2D_BLUE, G2D_BLACK, bIsTransparent);	
	G2D_Printf(uG2dWidth/2-1, uG2dHeight/2-1, "FLIP");

	printf("press any key to exit!\n");

	G2D_InterruptEnable();
	INTC_Enable(NUM_2D);
	G2D_InitSetting(uG2dFbAddr, eBpp, uG2dWidth, uG2dHeight, 0, 0, uG2dWidth, uG2dHeight);

}

void TestBitBLTSimple(void)
{
	u32 uG2dFbAddr, uG2dWidth, uG2dHeight;
	CSPACE eBpp;

	bool uIsStretch=0;

	INTC_SetVectAddr(NUM_2D, Isr_G2d);
	INTC_Enable(NUM_2D);
	G2D_InterruptEnable();

	G2D_GetFrmSz(&uG2dWidth, &uG2dHeight);
	G2D_GetFbAddr(&uG2dFbAddr);	
	G2D_GetBppMode(&eBpp);
		
	printf("Width=%d, Height=%d, Framebuffer:0x%x\n", uG2dWidth, uG2dHeight, uG2dFbAddr);

	G2D_DrawImage(eBpp);

	printf("BitBLT Test, Press any key to continue!\n");
	UART_Getc();

	// Normal BitBLT
	printf("[Source Coordinate] x1=%d, y1=%d, x2=%d, y2=%d\n", 5, 5, 34, 34);
	printf("Press any key to test Normal BitBLT!\n");
	G2D_PutRectangleEcolor(5,5,30,30,G2D_MAGENTA) ;
	UART_Getc();
	uIsStretch=0;
	G2D_BitBlt(5, 5, 34, 34, uG2dWidth/2-1, uG2dHeight/2-1, uG2dWidth/2-1+29, uG2dHeight/2-1+29,uIsStretch);
	printf("[Destination Coordinate] x1=%d, y1=%d, x2=%d, y2=%d\n", uG2dWidth/2-1, uG2dHeight/2-1, uG2dWidth/2-1+29, uG2dHeight/2-1+29);
	printf("Press any key to continue!\n");
	UART_Getc();

	// Stretched BitBLT
	printf("Stretched BitBLT Test, Press any key to continue!\n");
	prin