#include <stdio.h>
#include <ctype.h>
#include <string.h>

#define MODE_ASM	0
#define MODE_BIN	1

#define VGI_CLEARSCREEN		0
#define VGI_RECTANGLE		1
#define VGI_CIRCLE		2
#define VGI_FILLED_CIRCLE	3
#define VGI_POINT		4
#define VGI_LINETO		5
#define VGI_DITHER_RECTANGLE	6
#define VGI_VERT_TRIANGLE	7
#define VGI_HORIZ_TRIANGLE	8
#define VGI_VSTRIPE_RECTANGLE	9
#define VGI_LINE		10
#define VGI_LINE_FAR		11
#define	VGI_END			15

/* non-encoded pseudo-values */
#define VGI_VERT_TRIANGLE_SKIP	128+7


static int output_bytes(int mode, unsigned char *bytes, int count) {

	int i;

	if (mode==MODE_ASM) {
		printf(".byte ");
		for(i=0;i<count;i++) {
			printf("$%02X",bytes[i]);
			if (i<count-1) {
				printf(",");
			}
			else {
				printf("\n");
			}
		}
	}
	else {
		fwrite(bytes,1,count,stdout);
	}

	return count;
}

int main(int argc, char **argv) {

	char buffer[1024];
	unsigned char output[1024];
	char *ptr;
	int type,color1,color2,x1,x2,y1,y2,r,xl,xr,yt,yb;
	int line=1;
	int size=0;
	int skip=0;
	int mode=MODE_ASM;
	int lastx=0,lasty=0,lastcolor=0;
	int tempx,tempcolor;

	if (argc>1) {
		if ((argv[1][0]=='-') && (argv[1][1]=='b')) {
			mode=MODE_BIN;
		}
	}

	while(1) {

		type=0;

		ptr=fgets(buffer,1024,stdin);
		if (ptr==NULL) break;

		if (buffer[0]==';') continue;

		if (isalpha(buffer[0])) {
			if (!strncmp(buffer,"CLS",3)) {
				type=VGI_CLEARSCREEN;
			}
			if (!strncmp(buffer,"RECT",4)) {
				type=VGI_RECTANGLE;
			}
			if (!strncmp(buffer,"CIRC",4)) {
				type=VGI_CIRCLE;
			}
			if (!strncmp(buffer,"FCIRC",5)) {
				type=VGI_FILLED_CIRCLE;
			}
			if (!strncmp(buffer,"POINT",5)) {
				type=VGI_POINT;
			}
			if (!strncmp(buffer,"LINETO",6)) {
				type=VGI_LINETO;
			}
			else if (!strncmp(buffer,"LINEF",5)) {
				type=VGI_LINE_FAR;
			}
			else if (!strncmp(buffer,"LINE",4)) {
				type=VGI_LINE;
			}
			if (!strncmp(buffer,"DRECT",5)) {
				type=VGI_DITHER_RECTANGLE;
			}
			if (!strncmp(buffer,"VTRISK",6)) {
				type=VGI_VERT_TRIANGLE_SKIP;
			} else if (!strncmp(buffer,"VTRI",4)) {
				type=VGI_VERT_TRIANGLE;
			}
			if (!strncmp(buffer,"HTRI",4)) {
				type=VGI_HORIZ_TRIANGLE;
			}
			if (!strncmp(buffer,"VSTRP",5)) {
				type=VGI_VSTRIPE_RECTANGLE;
			}
			if (!strncmp(buffer,"END",3)) {
				type=VGI_END;
			}
		}
		else {
			sscanf(buffer,"%i",&type);
		}

		switch(type) {
			case VGI_CLEARSCREEN: /* clear screen */
				sscanf(buffer,"%*s %i",&color1);
//				printf(".byte $%02X,",(type<<4)|2);
//				printf("$%02X\n",color1);
				output[0]=(type<<4)|2;
				output[1]=color1;
				output_bytes(mode,output,2);
				size+=2;
				break;

			case VGI_RECTANGLE: /* compact rectangle */
				sscanf(buffer,"%*s %i %i %i %i %i %i",
					&color1,&color2,
					&x1,&y1,&x2,&y2);
//				printf(".byte $%02X,",(type<<4)|6);
//				printf("$%02X,",(color1<<4)|color2);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",x2-x1);
//				printf("$%02X\n",y2-y1);
				output[0]=(type<<4)|6;
				output[1]=(color1<<4)|color2;
				output[2]=x1;
				output[3]=y1;
				output[4]=x2-x1;
				output[5]=y2-y1;
				output_bytes(mode,output,6);
				size+=6;
				break;

			case VGI_CIRCLE: /* circle */
				sscanf(buffer,"%*s %i %i %i %i",
					&color1,
					&x1,&y1,&r);
//				printf(".byte $%02X,",(type<<4)|5);
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X\n",r);
				output[0]=(type<<4)|5;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=r;
				output_bytes(mode,output,5);
				size+=5;
				break;

			case VGI_FILLED_CIRCLE: /* filled circle */
				sscanf(buffer,"%*s %i %i %i %i",
					&color1,
					&x1,&y1,&r);
//				printf(".byte $%02X,",(type<<4)|5);
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X\n",r);
				output[0]=(type<<4)|5;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=r;
				output_bytes(mode,output,5);
				size+=5;
				break;

			case VGI_POINT: /* point */
				sscanf(buffer,"%*s %i %i %i",
					&color1,
					&x1,&y1);
//				printf(".byte $%02X,",(type<<4)|4);

				lastx=x1;
				lasty=y1;
				lastcolor=color1;

				if (x1>255) {
					x1=x1&0xff;
					color1|=128;
				}
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X\n",y1);
				output[0]=(type<<4)|4;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output_bytes(mode,output,4);
				size+=4;
				break;

			case VGI_LINETO: /* line to */
				sscanf(buffer,"%*s %i %i",
					&x1,&y1);
//				printf(".byte $%02X,",(type<<4)|3);
//				printf("$%02X,",x1);
//				printf("$%02X\n",y1);

				tempx=lastx;
				tempcolor=lastcolor;

				if (lastx>255) {
					tempx=tempx&0xff;
					tempcolor=tempcolor|128;
				}

				if (x1>255) {
					output[0]=(VGI_LINE_FAR<<4)|6;
					output[1]=tempcolor;
					output[2]=tempx;
					output[3]=lasty;
					output[4]=(x1&0xff);
					output[5]=y1;
					output_bytes(mode,output,6);
					size+=6;
#if 0
					fprintf(stderr,"ADJUSTING %d %d %d %d %d %d\n",
						output[0],
						output[1],
						output[2],
						output[3],
						output[4],
						output[5]);
#endif
				}
				else {
					output[0]=(type<<4)|3;
					output[1]=x1;
					output[2]=y1;
					output_bytes(mode,output,3);
					size+=3;
				}
				lastx=x1;
				lasty=y1;

				break;

			case VGI_DITHER_RECTANGLE: /* dithered rectangle */
				sscanf(buffer,"%*s %i %i %i %i %i %i",
					&color1,&color2,
					&x1,&y1,&x2,&y2);
//				printf(".byte $%02X,",(type<<4)|7);
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",x2-x1);
//				printf("$%02X,",y2-y1);
//				printf("$%02X\n",color2);
				output[0]=(type<<4)|7;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=x2-x1;
				output[5]=y2-y1;
				output[6]=color2;
				output_bytes(mode,output,7);
				size+=7;
				break;

			case VGI_VERT_TRIANGLE: /* vertical triangle */
				sscanf(buffer,"%*s %i %i %i %i %i %i",
					&color1,
					&x1,&y1,&xl,&xr,&yb);
//				printf(".byte $%02X,",(type<<4)|7);
//				printf("$%02X,",(1<<4)|color1);	/* skip=1 */
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",xl);
//				printf("$%02X,",xr);
//				printf("$%02X\n",yb);
				output[0]=(type<<4)|7;
				output[1]=(1<<4)|color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=xl;
				output[5]=xr;
				output[6]=yb;
				output_bytes(mode,output,7);
				size+=7;
				break;

			case VGI_VERT_TRIANGLE_SKIP: /* vertical triangle w skip*/
				sscanf(buffer,"%*s %i %i %i %i %i %i %i",
					&color1,
					&x1,&y1,&xl,&xr,&yb,&skip);
//				printf(".byte $%02X,",(VGI_VERT_TRIANGLE<<4)|7);
//				printf("$%02X,",(skip<<4)|color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",xl);
//				printf("$%02X,",xr);
//				printf("$%02X\n",yb);
				output[0]=(VGI_VERT_TRIANGLE<<4)|7;
				output[1]=(skip<<4)|color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=xl;
				output[5]=xr;
				output[6]=yb;
				output_bytes(mode,output,7);
				size+=7;
				break;

			case VGI_HORIZ_TRIANGLE: /* horizontal triangle */
				sscanf(buffer,"%*s %i %i %i %i %i %i",
					&color1,
					&x1,&y1,&yt,&yb,&xr);
//				printf(".byte $%02X,",(type<<4)|7);
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",yt);
//				printf("$%02X,",yb);
//				printf("$%02X\n",xr);
				output[0]=(type<<4)|7;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=yt;
				output[5]=yb;
				output[6]=xr;
				output_bytes(mode,output,7);
				size+=7;
				break;

			case VGI_VSTRIPE_RECTANGLE: /* vstriped rectangle */
				sscanf(buffer,"%*s %i %i %i %i %i %i",
					&color1,&color2,
					&x1,&y1,&x2,&y2);
//				printf(".byte $%02X,",(type<<4)|7);
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",x2-x1);
//				printf("$%02X,",y2-y1);
//				printf("$%02X\n",color2);
				output[0]=(type<<4)|7;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=x2-x1;
				output[5]=y2-y1;
				output[6]=color2;
				output_bytes(mode,output,7);
				size+=7;
				break;

			case VGI_LINE: /* line */
			case VGI_LINE_FAR: /* line far */
				sscanf(buffer,"%*s %i %i %i %i %i",
					&color1,
					&x1,&y1,&x2,&y2);
//				printf(".byte $%02X,",(type<<4)|6);

				lastx=x2;
				lasty=y2;
				lastcolor=color1;

				if (x1>255) {
					x1=x1&0xff;
					color1|=128;
				}
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",x2);
//				printf("$%02X\n",y2);
				if (x2>255) {
					type=VGI_LINE_FAR;
					x2=x2&0xff;
				}

				output[0]=(type<<4)|6;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=x2;
				output[5]=y2;
				output_bytes(mode,output,6);
				size+=6;
				break;

#if 0
				sscanf(buffer,"%*s %i %i %i %i %i",
					&color1,
					&x1,&y1,&x2,&y2);
//				printf(".byte $%02X,",(type<<4)|6);
				if (x1>255) {
					x1=x1&0xff;
					color1|=128;
				}
				if (x2<256) {
					fprintf(stderr,"Error!  X2 too small %d on line %d\n",x2,line);
				}
				x2=x2&0xff;
//				printf("$%02X,",color1);
//				printf("$%02X,",x1);
//				printf("$%02X,",y1);
//				printf("$%02X,",x2);
//				printf("$%02X\n",y2);
				output[0]=(type<<4)|6;
				output[1]=color1;
				output[2]=x1;
				output[3]=y1;
				output[4]=x2;
				output[5]=y2;
				output_bytes(mode,output,6);
				size+=6;
				break;
#endif

			case VGI_END: /* end */
//				printf(".byte $FF\n");
				output[0]=0xff;
				output_bytes(mode,output,1);
				size+=1;
				break;

			default:
				fprintf(stderr,"Unknown type %i line %d\n",
					type,line);
				break;
		}

		line++;

	}

	printf("\n");

	fprintf(stderr,"Size is %d bytes\n",size);
	return 0;
}