291     struct mlx_enquiry2	enq;  in controller_print()  local
302     if (mlx_enquiry(unit, &enq)) {  in controller_print()
307 	    if ((enq.me_hardware_id & 0xff) == mlx_controller_names[i].hwid) {  in controller_print()
313 	    sprintf(buf, " model 0x%x", enq.me_hardware_id & 0xff);  in controller_print()
319 	       enq.me_actual_channels,   in controller_print()
320 	       enq.me_actual_channels > 1 ? "s" : "",  in controller_print()
321 	       enq.me_firmware_id & 0xff,  in controller_print()
322 	       (enq.me_firmware_id >> 8) & 0xff,  in controller_print()
323 	       (enq.me_firmware_id >> 16),  in controller_print()
324 	       (enq.me_firmware_id >> 24) & 0xff,  in controller_print()
325 	       enq.me_mem_size / (1024 * 1024));  in controller_print()
328 	    printf("  Hardware ID                 0x%08x\n", enq.me_hardware_id);  in controller_print()
329 	    printf("  Firmware ID                 0x%08x\n", enq.me_firmware_id);  in controller_print()
330 	    printf("  Configured/Actual channels  %d/%d\n", enq.me_configured_channels,  in controller_print()
331 		      enq.me_actual_channels);  in controller_print()
332 	    printf("  Max Targets                 %d\n", enq.me_max_targets);  in controller_print()
333 	    printf("  Max Tags                    %d\n", enq.me_max_tags);  in controller_print()
334 	    printf("  Max System Drives           %d\n", enq.me_max_sys_drives);  in controller_print()
335 	    printf("  Max Arms                    %d\n", enq.me_max_arms);  in controller_print()
336 	    printf("  Max Spans                   %d\n", enq.me_max_spans);  in controller_print()
337 	    printf("  DRAM/cache/flash/NVRAM size %d/%d/%d/%d\n", enq.me_mem_size,  in controller_print()
338 		      enq.me_cache_size, enq.me_flash_size, enq.me_nvram_size);  in controller_print()
339 	    printf("  DRAM type                   %d\n", enq.me_mem_type);  in controller_print()
340 	    printf("  Clock Speed                 %dns\n", enq.me_clock_speed);  in controller_print()
341 	    printf("  Hardware Speed              %dns\n", enq.me_hardware_speed);  in controller_print()
342 	    printf("  Max Commands                %d\n", enq.me_max_commands);  in controller_print()
343 	    printf("  Max SG Entries              %d\n", enq.me_max_sg);  in controller_print()
344 	    printf("  Max DP                      %d\n", enq.me_max_dp);  in controller_print()
345 	    printf("  Max IOD                     %d\n", enq.me_max_iod);  in controller_print()
346 	    printf("  Max Comb                    %d\n", enq.me_max_comb);  in controller_print()
347 	    printf("  Latency                     %ds\n", enq.me_latency);  in controller_print()
348 	    printf("  SCSI Timeout                %ds\n", enq.me_scsi_timeout);  in controller_print()
349 	    printf("  Min Free Lines              %d\n", enq.me_min_freelines);  in controller_print()
350 	    printf("  Rate Constant               %d\n", enq.me_rate_const);  in controller_print()
351 	    printf("  MAXBLK                      %d\n", enq.me_maxblk);  in controller_print()
352 	    printf("  Blocking Factor             %d sectors\n", enq.me_blocking_factor);  in controller_print()
353 	    printf("  Cache Line Size             %d blocks\n", enq.me_cacheline);  in controller_print()
355 		      enq.me_scsi_cap & (1<<4) ? "differential " : "",  in controller_print()
356 		      (1 << ((enq.me_scsi_cap >> 2) & 3)) * 10,  in controller_print()
357 		      8 << (enq.me_scsi_cap & 0x3));  in controller_print()
358 	    printf("  Firmware Build Number       %d\n", enq.me_firmware_build);  in controller_print()
359 	    printf("  Fault Management Type       %d\n", enq.me_fault_mgmt_type);  in controller_print()
361 	    printf("  Features                    %b\n", enq.me_firmware_features,  in controller_print()
367 	for (channel = 0; channel < enq.me_configured_channels; channel++) {  in controller_print()
368 	    for (target = 0; target < enq.me_max_targets; target++) {  in controller_print()