opfile.c

操作系统SunOS 4.1.3版本的源码

	switch ((int)tests[i]->data & 0x7)
	{
		case  0: temp = "a"; break;
		case  1: temp = "b"; break;
		case  2: temp = "c"; break;
		case  3: temp = "d"; break;
		case  4: temp = "e"; break;
		case  5: temp = "f"; break;
		case  6: temp = "g"; break;
		case  7: temp = "h"; break;
	}
	(void)fprintf(opt_fp, " rawtest_part:%s", temp);
	switch (((int)tests[i]->data & 0x70) >> 4)
	{
		case  0: temp = "100"; break;
		case  1: temp = "200"; break;
		case  2: temp = "400"; break;
		case  3: temp = "600"; break;
		case  4: temp = "800"; break;
		case  5: temp = "1000"; break;
		case  6: temp = "1200"; break;
	}
	(void)fprintf(opt_fp, " rawtest_size:%s\n", temp);
	break;
      case MAGTAPE1:
      case MAGTAPE2:
      case SCSITAPE:

	if (tests[i]->conf->uval.tapeinfo.t_type != MT_ISVIPER1 &&
	    tests[i]->conf->uval.tapeinfo.t_type != MT_ISWANGTEK1)
	{
	  if (tests[i]->conf->uval.tapeinfo.t_type == MT_ISHP || 
	    tests[i]->conf->uval.tapeinfo.t_type == MT_ISKENNEDY)
	  {
	    switch ((int)tests[i]->data & 7)
	    {
	      case 1: temp = "1600-BPI"; break;
	      case 2: temp = "6250-BPI"; break;
	      case 3: temp = "all"; break;
	      case 4: temp = "compression"; break;
	      default: temp = "800-BPI";
	    }
	    (void)fprintf(opt_fp," density:%s", temp);
	  }
	  else if (tests[i]->conf->uval.tapeinfo.t_type == MT_ISXY || 
	    tests[i]->conf->uval.tapeinfo.t_type == MT_ISCDC)
	  {
	    switch ((int)tests[i]->data & 3)
	    {
	      case 1: temp = "1600-BPI"; break;
	      case 2: temp = "6250-BPI"; break;
	      default: temp = "both";
	    }
	    (void)fprintf(opt_fp," density:%s", temp);
	  }
#ifdef NEW
	  else if (tests[i]->conf->uval.tapeinfo.t_type == MT_ISEXB8500)
	  {
	    if (tests[i]->conf->uval.tapeinfo.status == FLT_COMP)
		    switch ((int)tests[i]->data & 7)
		    {
		      case 1: temp = "EXB-8500"; break;
		      case 2: temp = "all"; break;
		      case 3: temp = "compression"; break;
		      default: temp = "EXB-8200";
		    }
	    else
		    switch ((int)tests[i]->data & 3)
		    {
		      case 1: temp = "EXB-8500"; break;
		      case 2: temp = "both"; break;
		      default: temp = "EXB-8200";
		    }
		
	    (void)fprintf(opt_fp," density:%s", temp);
	  }
#endif NEW
	  else
	  {
	    switch ((int)tests[i]->data & 3)
	    {
	      case 1: temp = "QIC-24"; break;
	      case 2: temp = "QIC-11&QIC-24"; break;
	      default: temp = "QIC-11";
	    }
	    (void)fprintf(opt_fp," format:%s", temp);
	  }
	}

	(void)fprintf(opt_fp," mode:%s",
		(int)tests[i]->data&0x100?"readonly":"write_read");

	switch (((int)tests[i]->data & 0x18) >> 3)
	{
	    case 1: temp = "specified"; break;
	    case 2: temp = "long"; break;
	    case 3: temp = "short"; break;
	    default: temp = "eot";
	}
	(void)fprintf(opt_fp," length:%s", temp);

	(void)fprintf(opt_fp," block:%u",
				(unsigned)tests[i]->special);
	(void)fprintf(opt_fp," file_test:%s",
				(int)tests[i]->data&0x20?disable:enable);
	(void)fprintf(opt_fp," streaming:%s",
				(int)tests[i]->data&0x40?enable:disable);
	(void)fprintf(opt_fp," recon:%s",
				(int)tests[i]->data&0x80?enable:disable);
	(void)fprintf(opt_fp," retension:%s",
				(int)tests[i]->data&0x200?disable:enable);
	(void)fprintf(opt_fp," clean_head:%s",
				(int)tests[i]->data&0x400?disable:enable);
	(void)fprintf(opt_fp," pass:%u\n",
				(unsigned)tests[i]->data>>16);
	break;

      case TV1:
	(void)fprintf(opt_fp," ntsc:%s",
				(int)tests[i]->data&1?enable:disable);
	(void)fprintf(opt_fp," yc:%s",
				(int)tests[i]->data&2?enable:disable);
	(void)fprintf(opt_fp," yuv:%s",
				(int)tests[i]->data&4?enable:disable);
	(void)fprintf(opt_fp," rgb:%s\n",
				(int)tests[i]->data&8?enable:disable);
	break;

      case IPC:
	(void)fprintf(opt_fp," floppy:%s",
				(int)tests[i]->data&1?enable:disable);
	(void)fprintf(opt_fp," printer:%s\n",
				(int)tests[i]->data&2?enable:disable);
	break;

      case MCP:
      case MTI:
      case SCP:
      case SCP2:
      case SCSISP1:
      case SCSISP2:
	(void)fprintf(opt_fp, " from:%s$ to:%s$\n",
		((struct loopback *)(tests[i]->data))->from,
		((struct loopback *)(tests[i]->data))->to);
	break;

      case SBUS_HSI:
        if ((int)tests[i]->data & 1) temp = "External";
        else temp = "Baud (on-board)";
        (void)fprintf(opt_fp, " clock_source:%s", temp);

        (void)fprintf(opt_fp," internal_loopback:%s",
                                (int)tests[i]->data & 0x2? enable:disable);
        if (tests[i]->unit == 0)                        /* first board */
            switch (((int)tests[i]->data & 0x070) >> 4)
            {
                case 0 : temp = "0"; break;
                case 1 : temp = "1"; break;
                case 2 : temp = "2"; break;
                case 3 : temp = "3"; break;
                case 4 : temp = "0,1,2,3"; break;
                case 5 : temp = "0-1,2-3"; break;
                case 6 : temp = "0-2,1-3"; break;
                case 7 : temp = "0-3,1-2"; break;
                default: temp = "0,1,2,3"; break;
            }
        else if (tests[i]->unit == 1)                   /* second board */
            switch (((int)tests[i]->data & 0x070) >> 4)
            {
                case 0: temp = "4"; break;
                case 1: temp = "5"; break;
                case 2: temp = "6"; break;
                case 3: temp = "7"; break;
                case 4: temp = "4,5,6,7"; break;
                case 5: temp = "4-5,6-7"; break;
                case 6: temp = "4-6,5-7"; break;
                case 7: temp = "4-7,5-6"; break;
                default: temp = "4,5,6,7"; break;
            }
        else                                            /* third board */
            switch (((int)tests[i]->data & 0x070) >> 4)
            {
                case 0: temp = "8"; break;
                case 1: temp = "9"; break;
                case 2: temp = "10"; break;
                case 3: temp = "11"; break;
                case 4: temp = "8,9,10,11"; break;
                case 5: temp = "8-9,10-11"; break;
                case 6: temp = "8-10,9-11"; break;
                case 7: temp = "8,11,9,10"; break;
                default: temp = "8-9, 10-11"; break;
            }
        (void)fprintf(opt_fp, " loopback:%s\n", temp);

        break;

      case HSI:
	if ((int)tests[i]->data & 16) temp = "external";
	else temp = "on-board";
	(void)fprintf(opt_fp, " clock_source:%s", temp);

	switch (((int)tests[i]->data & 12) >> 2)
	{
	  case 1: temp = "V.35"; break;
	  case 2: temp = "RS449&V.35"; break;
	  case 3: temp = "RS449-V.35"; break;
	  default: temp = "RS449"; break;
	}
	(void)fprintf(opt_fp, " port_type:%s", temp);

	if (tests[i]->unit == 0)
	  switch ((int)tests[i]->data & 3)
	  {
	    case 0: temp = "0"; break;
	    case 1: temp = "1"; break;
	    case 2: temp = "01"; break;
	    default: temp = "0-1";
	  }
	else
	  switch ((int)tests[i]->data & 3)
	  {
	    case 0: temp = "2"; break;
	    case 1: temp = "3"; break;
	    case 2: temp = "23"; break;
	    default: temp = "2-3";
	  }
	(void)fprintf(opt_fp, " loopback:%s\n", temp);

	break;

      case GP:
	(void)fprintf(opt_fp," graphics_buffer:%s\n",
				(int)tests[i]->data&1?enable:disable);
	break;

      case PRESTO:
        (void)fprintf(opt_fp," presto_perf_ratio:%s\n",
                                (int)tests[i]->data&1?enable:disable);
        break;

      case CG12:
	(void)fprintf(opt_fp,
	  " dsp:%s sram&dram:%s video_memories:%s lookup_tables:%s\
 vectors_generation:%s polygons_generation:%s transformations:%s\
 clipping&hidden:%s depth_cueing:%s lighting&shading:%s arbitration:%s\
 loops_per_function:%d loops_per_board:%d\n",
		(int)tests[i]->data&0x1?disable:enable,
		(int)tests[i]->data&0x2?disable:enable,
		(int)tests[i]->data&0x4?disable:enable,
		(int)tests[i]->data&0x8?disable:enable,
		(int)tests[i]->data&0x10?disable:enable,
		(int)tests[i]->data&0x20?disable:enable,
		(int)tests[i]->data&0x40?disable:enable,
		(int)tests[i]->data&0x80?disable:enable,
		(int)tests[i]->data&0x100?disable:enable,
		(int)tests[i]->data&0x200?disable:enable,
		(int)tests[i]->data&0x400?disable:enable,
		(int)tests[i]->data>>12,
		(int)tests[i]->special);
        break;

      case GT:
        (void)fprintf(opt_fp,
          " video_memory:%s cluts&wlut:%s fe_local_data_memory:%s\
 su_shared_ram:%s rendering_pipeline:%s acc_video_memory:%s\
 fp_output_section:%s vectors:%s triangles:%s spline_curves:%s\
 viewport_clipping:%s hidden_surface_removal:%s polygon_edges:%s\
 transparency:%s depth_cueing:%s lighting&shading:%s text:%s\
 picking:%s arbitration:%s stereo:%s lightpen:%s\
 loops_per_function:%d loops_per_board:%d\n",
                (int)tests[i]->data&0x1?    enable:disable,
                (int)tests[i]->data&0x2?    enable:disable,
                (int)tests[i]->data&0x4?    enable:disable,
                (int)tests[i]->data&0x8?    enable:disable,
                (int)tests[i]->data&0x10?   enable:disable,
                (int)tests[i]->data&0x20?   enable:disable,
                (int)tests[i]->data&0x40?   enable:disable,
                (int)tests[i]->data&0x80?   enable:disable,
                (int)tests[i]->data&0x100?  enable:disable,
                (int)tests[i]->data&0x200?  enable:disable,
                (int)tests[i]->data&0x400?  enable:disable,
                (int)tests[i]->data&0x800?  enable:disable,
                (int)tests[i]->data&0x1000? enable:disable,
                (int)tests[i]->data&0x2000? enable:disable,
                (int)tests[i]->data&0x4000? enable:disable,
                (int)tests[i]->data&0x8000? enable:disable,
                (int)tests[i]->data&0x10000?enable:disable,
                (int)tests[i]->data&0x20000?enable:disable,
                (int)tests[i]->data&0x40000?enable:disable,
                (int)tests[i]->data&0x80000?enable:disable,
                (int)tests[i]->data&0x100000?enable:disable,
                (int)tests[i]->data>>21,
                (int)tests[i]->special);
        break;

      case MP4:
        (void)fprintf(opt_fp, " lock_unlock:%s data_io:%s FPU_check:%s cache_consistency:%s",
                (int)tests[i]->data&0x1?disable:enable,
                (int)tests[i]->data&0x2?disable:enable,
                (int)tests[i]->data&0x4?disable:enable,
                (int)tests[i]->data&0x8?disable:enable);
	for (b = 1, j = 0, num = 0; num < number_processors; b <<= 1, j++)
	{
	    if (processors_mask & 1)
	    {
		fprintf(opt_fp, " processor_%d:%s", j, 
                              (int)tests[i]->data&(0x10<<j)?disable:enable);
		num++;
	    }
	}
	fprintf(opt_fp, "\n");
        break;

      case ZEBRA1:
        switch (((int)tests[i]->data & 0xC) >> 2) 
        { 
            case 0: temp = "fast"; break; 
            case 1: temp = "medium"; break; 
            default: temp = "extended"; 
        }
	(void)fprintf(opt_fp, " access:%s mode:%s\n",
                (int)tests[i]->data&0x1?"readonly":"writeonly",
		 temp);
 
	break;

      case ZEBRA2:
        (void)fprintf(opt_fp," access:%s", 
                (int)tests[i]->data&0x1?"readonly":"writeonly"); 
  
        switch (((int)tests[i]->data & 0xC) >> 2) 
        { 
            case 0: temp = "fast"; break; 
            case 1: temp = "medium"; break; 
            default: temp = "extended"; 
        } 
	(void)fprintf(opt_fp, " mode:%s", temp);

        switch (((int)tests[i]->data & 0x30) >> 4)  
        { 
            case 1: temp = "57fonts"; break;  
	    case 2: temp = "user_defined"; break;
            default: temp = "default";  
        } 
        (void)fprintf(opt_fp, " image:%s", temp);

        (void)fprintf(opt_fp," resolution:%s\n",  
                (int)tests[i]->data&0xC0?"300":"400");

        break;

      case SPIF:
	(void)fprintf(opt_fp," internal:%s",
				(int)tests[i]->data&0x1?enable:disable);
	(void)fprintf(opt_fp," print:%s",
				(int)tests[i]->data&0x2?enable:disable);
	(void)fprintf(opt_fp," sp_96:%s",
				(int)tests[i]->data&0x4?enable:disable);
	(void)fprintf(opt_fp," db_25:%s",
				(int)tests[i]->data&0x8?enable:disable);
	(void)fprintf(opt_fp," echo_tty:%s",
				(int)tests[i]->data&0x10?enable:disable);

	switch (((int)tests[i]->data & 0xf00) >> 8)
	{
	    case 0: temp = "110"; break;
	    case 1: temp = "300"; break;
	    case 2: temp = "600"; break;
	    case 3: temp = "1200"; break;
	    case 4: temp = "2400"; break;
	    case 5: temp = "4800"; break;
	    case 6: temp = "9600"; break;
	    case 7: temp = "19200"; break;
	    case 8: temp = "38400"; break;
	    default: temp = "9600";
	}
	(void)fprintf(opt_fp," baud_rate:%s", temp);

	switch (((int)tests[i]->data & 0xf000) >> 12)
	{
	    case 0: temp = "5"; break;
	    case 1: temp = "6"; break;
	    case 2: temp = "7"; break;
	    case 3: temp = "8"; break;
	    default: temp = "8";
	}
	(void)fprintf(opt_fp," char_size:%s", temp);

	(void)fprintf(opt_fp," stop_bit:%s",
				(int)tests[i]->data&32?"2":"1");

	switch (((int)tests[i]->data & 0xf0000) >> 16)