1 '\" te 2 .\" Copyright (c) 2004, Sun Microsystems, Inc. All Rights Reserved 3 .\" The contents of this file are subject to the terms of the Common Development and Distribution License (the "License"). You may not use this file except in compliance with the License. 4 .\" You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE or http://www.opensolaris.org/os/licensing. See the License for the specific language governing permissions and limitations under the License. 5 .\" When distributing Covered Code, include this CDDL HEADER in each file and include the License file at usr/src/OPENSOLARIS.LICENSE. If applicable, add the following below this CDDL HEADER, with the fields enclosed by brackets "[]" replaced with your own identifying information: Portions Copyright [yyyy] [name of copyright owner] 6 .TH EEPROM 1M "Oct 27, 2018" 7 .SH NAME 8 eeprom \- EEPROM display and load utility 9 .SH SYNOPSIS 10 .LP 11 .nf 12 \fB/usr/sbin/eeprom\fR [\fB-\fR] [\fB-f\fR \fIdevice\fR] [\fIparameter\fR[=\fIvalue\fR]] 13 .fi 14 15 .SH DESCRIPTION 16 .LP 17 \fBeeprom\fR displays or changes the values of parameters in the \fBEEPROM.\fR 18 It processes parameters in the order given. When processing a \fIparameter\fR 19 accompanied by a \fIvalue\fR, \fBeeprom\fR makes the indicated alteration to 20 the \fBEEPROM;\fR otherwise, it displays the \fIparameter\fR's value. When 21 given no parameter specifiers, \fBeeprom\fR displays the values of all 22 \fBEEPROM\fR parameters. A `\|\(mi\fB\&'\fR (hyphen) flag specifies that 23 parameters and values are to be read from the standard input (one 24 \fIparameter\fR or \fIparameter\fR\fB=\fR\fIvalue\fR per line). 25 .sp 26 .LP 27 Only the super-user may alter the \fBEEPROM\fR contents. 28 .sp 29 .LP 30 \fBeeprom\fR verifies the \fBEEPROM\fR checksums and complains if they are 31 incorrect. 32 .sp 33 .LP 34 \fIplatform-name\fR is the name of the platform implementation and can be found 35 using the \fB-i\fR option of \fBuname\fR(1). 36 .SS "SPARC" 37 .LP 38 \fBSPARC\fR based systems implement firmware password protection with 39 \fBeeprom\fR, using the \fBsecurity-mode\fR, \fBsecurity-password\fR and 40 \fBsecurity-#badlogins\fR properties. 41 .SS "x86" 42 .LP 43 \fBEEPROM\fR storage is simulated using a file residing in the 44 platform-specific boot area. The \fB/boot/solaris/bootenv.rc\fR file simulates 45 \fBEEPROM\fR storage. 46 .sp 47 .LP 48 Because x86 based systems typically implement password protection in the system 49 \fBBIOS,\fR there is no support for password protection in the \fBeeprom\fR 50 program. While it is possible to set the \fBsecurity-mode\fR, 51 \fBsecurity-password\fR and \fBsecurity-#badlogins\fR properties on x86 based 52 systems, these properties have no special meaning or behavior on x86 based 53 systems. 54 .SH OPTIONS 55 .ne 2 56 .na 57 \fB\fB-f\fR \fIdevice\fR\fR 58 .ad 59 .sp .6 60 .RS 4n 61 Use \fIdevice\fR as the \fBEEPROM\fR device. 62 .RE 63 64 .SH OPERANDS 65 .SS "x86 Only" 66 .ne 2 67 .na 68 \fB\fIacpi-user-options\fR\fR 69 .ad 70 .sp .6 71 .RS 4n 72 A configuration variable that controls the use of Advanced Configuration and 73 Power Interface (ACPI), a power management specification. The acceptable values 74 for this variable depend on the release of the Solaris operating system you are 75 using. 76 .sp 77 For all releases of Solaris 10 and Solaris 11, a value of of \fB0x0\fR means 78 that there will be an attempt to use ACPI if it is available on the system. A 79 value of \fB0x2\fR disables the use of ACPI. 80 .sp 81 For the Solaris 10 1/06 release, a value of \fB0x8\fR means that there will be 82 an attempt to use ACPI in a mode compatible with previous releases of Solaris 83 10 if it is available on the system. The default for Solaris 10 1/06 is 84 \fB0x8\fR. 85 .sp 86 For releases of Solaris 10 after the 1/06 release and for Solaris 11, the 87 default is \fB0x0\fR. 88 .sp 89 Most users can safely accept the default value, which enables ACPI if 90 available. If issues related to the use of ACPI are suspected on releases of 91 Solaris after Solaris 1/06, it is suggested to first try a value of \fB0x8\fR 92 and then, if you do not obtain satisfactory results, \fB0x02\fR. 93 .RE 94 95 .sp 96 .ne 2 97 .na 98 \fB\fIconsole\fR\fR 99 .ad 100 .sp .6 101 .RS 4n 102 Specifies the console device. 103 Possible values are \fBttya\fR, \fBttyb\fR, \fBttyc\fR, \fBttyd\fR, and 104 \fBtext\fR. In \fBtext\fR mode, console output goes to the frame buffer and 105 input comes from the keyboard. For SPARC, when this property is not present, 106 the console device falls back to the device specified by \fBinput-device\fR and 107 \fBoutput-device\fR. When neither the console property or the 108 \fBinput-device\fR and \fBoutput-device\fR property pair are present, the 109 console defaults to the frame buffer and keyboard. 110 .RE 111 112 .ne 2 113 .na 114 \fB\fIos_console\fR\fR 115 .ad 116 .sp .6 117 .RS 4n 118 While \fBconsole\fR controls both boot loader and kernel console, setting 119 \fBos_console\fR allows setting console device only for kernel. Values 120 are the same as for \fBconsole\fR. 121 .RE 122 123 .ne 2 124 .na 125 \fB\fIdiag-device\fR\fR 126 .ad 127 .sp .6 128 .RS 4n 129 The \fBdiag-device\fR is currently implemented to support serial port 130 as output for system early boot diagnostic messages and input and output 131 for \fBkmdb\fR debugger. For early boot, all the console messages are mirrored 132 to \fBdiag-device\fR, until the console drivers are loaded. 133 After that, only \fBkmdb\fR will continue to use the \fBdiag-device\fR. 134 .RE 135 136 .SH NVRAM CONFIGURATION PARAMETERS 137 .LP 138 Not all OpenBoot systems support all parameters. Defaults vary depending on the 139 system and the \fBPROM\fR revision. See the output in the "Default Value" 140 column of the \fBprintenv\fR command, as entered at the \fBok\fR (OpenBoot) 141 prompt, to determine the default for your system. 142 .sp 143 .ne 2 144 .na 145 \fBauto-boot?\fR 146 .ad 147 .sp .6 148 .RS 4n 149 If \fBtrue\fR, boots automatically after power-on or reset. Defaults to 150 \fBtrue\fR. 151 .RE 152 153 .sp 154 .ne 2 155 .na 156 \fBansi-terminal?\fR 157 .ad 158 .sp .6 159 .RS 4n 160 Configuration variable used to control the behavior of the terminal emulator. 161 The value \fBfalse\fR makes the terminal emulator stop interpreting \fBANSI\fR 162 escape sequences; instead, echoes them to the output device. Defaults to 163 \fBtrue\fR. 164 .RE 165 166 .sp 167 .ne 2 168 .na 169 \fBboot-args\fR 170 .ad 171 .sp .6 172 .RS 4n 173 Holds a string of arguments that are passed to the boot subsystem. For example, 174 you can use \fBboot-args=' - install dhcp'\fR to request a customer jumpstart 175 installation. See \fBboot\fR(1M), \fBkadb\fR(1M) and \fBkernel\fR(1M). 176 .RE 177 178 .sp 179 .ne 2 180 .na 181 \fBboot-command\fR 182 .ad 183 .sp .6 184 .RS 4n 185 Command executed if \fBauto-boot?\fR is \fBtrue\fR. Defaults to \fBboot\fR. 186 .RE 187 188 .sp 189 .ne 2 190 .na 191 \fBboot-device\fR 192 .ad 193 .sp .6 194 .RS 4n 195 Device from which to boot. \fIboot-device\fR may contain 0 or more device 196 specifiers separated by spaces. Each device specifier may be either a prom 197 device alias or a prom device path. The boot prom will attempt to open each 198 successive device specifier in the list beginning with the first device 199 specifier. The first device specifier that opens successfully will be used as 200 the device to boot from. Defaults to \fBdisk net\fR. 201 .RE 202 203 .sp 204 .ne 2 205 .na 206 \fBboot-file\fR 207 .ad 208 .sp .6 209 .RS 4n 210 File to boot (an empty string lets the secondary booter choose default). 211 Defaults to empty string. 212 .RE 213 214 .sp 215 .ne 2 216 .na 217 \fBboot-from\fR 218 .ad 219 .sp .6 220 .RS 4n 221 Boot device and file (OpenBoot PROM version 1.\fIx\fR only). Defaults to 222 \fBvmunix\fR. 223 .RE 224 225 .sp 226 .ne 2 227 .na 228 \fBboot-from-diag\fR 229 .ad 230 .sp .6 231 .RS 4n 232 Diagnostic boot device and file (OpenBoot PROM version 1.\fIx\fR only). 233 Defaults to \fBle(\|)unix\fR. 234 .RE 235 236 .sp 237 .ne 2 238 .na 239 \fBboot-ncpus\fR 240 .ad 241 .sp .6 242 .RS 4n 243 Configuration variable that controls the number of processors with which the 244 system should boot. By default, the system boots with maximum supported number 245 of processors. 246 .RE 247 248 .sp 249 .ne 2 250 .na 251 \fBcom\fIX\fR-noprobe\fR 252 .ad 253 .sp .6 254 .RS 4n 255 Where \fIX\fR is the number of the serial port, prevents device probe on serial 256 port \fIX.\fR 257 .RE 258 259 .sp 260 .ne 2 261 .na 262 \fBdiag-device\fR 263 .ad 264 .sp .6 265 .RS 4n 266 Diagnostic boot source device. Defaults to \fBnet\fR. 267 .RE 268 269 .sp 270 .ne 2 271 .na 272 \fBdiag-file\fR 273 .ad 274 .sp .6 275 .RS 4n 276 File from which to boot in diagnostic mode. Defaults to empty string. 277 .RE 278 279 .sp 280 .ne 2 281 .na 282 \fBdiag-level\fR 283 .ad 284 .sp .6 285 .RS 4n 286 Diagnostics level. Values include \fBoff\fR, \fBmin\fR, \fBmax\fR and 287 \fBmenus\fR. There may be additional platform-specific values. When set to 288 \fBoff\fR, \fBPOST\fR is not called. If \fBPOST\fR is called, the value is made 289 available as an argument to, and is interpreted by \fBPOST.\fR Defaults to 290 \fBplatform-dependent\fR. 291 .RE 292 293 .sp 294 .ne 2 295 .na 296 \fBdiag-switch?\fR 297 .ad 298 .sp .6 299 .RS 4n 300 If \fBtrue\fR, run in diagnostic mode. Defaults to \fBfalse\fR on most desktop 301 systems, \fBtrue\fR on most servers. 302 .RE 303 304 .sp 305 .ne 2 306 .na 307 \fBerror-reset-recovery\fR 308 .ad 309 .sp .6 310 .RS 4n 311 Recover after an error reset trap. Defaults to platform-specific setting. 312 .sp 313 On platforms supporting this variable, it replaces the \fBwatchdog-reboot?\fR, 314 \fBwatchdog-sync?\fR, \fBredmode-reboot?\fR, \fBredmode-sync?\fR, 315 \fBsir-sync?\fR, and \fBxir-sync?\fR parameters. 316 .sp 317 The options are: 318 .sp 319 .ne 2 320 .na 321 \fBnone\fR 322 .ad 323 .sp .6 324 .RS 4n 325 Print a message describing the reset trap and go to OpenBoot PROM's user 326 interface, \fBaka\fR \fBOK\fR prompt. 327 .RE 328 329 .sp 330 .ne 2 331 .na 332 \fBsync\fR 333 .ad 334 .sp .6 335 .RS 4n 336 Invoke OpenBoot PROM's \fBsync\fR word after the reset trap. Some platforms may 337 treat this as \fBnone\fR after an externally initiated reset (\fBXIR\fR) trap. 338 .RE 339 340 .sp 341 .ne 2 342 .na 343 \fBboot\fR 344 .ad 345 .sp .6 346 .RS 4n 347 Reboot after the reset trap. Some platforms may treat this as \fBnone\fR after 348 an \fBXIR\fR trap. 349 .RE 350 351 .RE 352 353 .sp 354 .ne 2 355 .na 356 \fBfcode-debug?\fR 357 .ad 358 .sp .6 359 .RS 4n 360 If \fBtrue\fR, include name parameter for plug-in device FCodes. Defaults to 361 \fBfalse\fR. 362 .RE 363 364 .sp 365 .ne 2 366 .na 367 \fBhardware-revision\fR 368 .ad 369 .sp .6 370 .RS 4n 371 System version information. 372 .RE 373 374 .sp 375 .ne 2 376 .na 377 \fBinput-device\fR 378 .ad 379 .sp .6 380 .RS 4n 381 Input device used at power-on (usually \fBkeyboard\fR, \fBttya\fR, 382 \fBttyb\fR, \fBttyc\fR, or \fBttyd\fR). Defaults to \fBkeyboard\fR. 383 .RE 384 385 .sp 386 .ne 2 387 .na 388 \fBkeyboard-click?\fR 389 .ad 390 .sp .6 391 .RS 4n 392 If \fBtrue\fR, enable keyboard click. Defaults to \fBfalse\fR. 393 .RE 394 395 .sp 396 .ne 2 397 .na 398 \fBkeyboard-layout\fR 399 .ad 400 .sp .6 401 .RS 4n 402 A string that specifies the layout name for non-self-identifying keyboards 403 (type 7c). Invoke \fBkbd\fR \fB-s\fR to obtain a list of acceptable layout 404 names. See \fBkbd\fR(1). 405 .RE 406 407 .sp 408 .ne 2 409 .na 410 \fBkeymap\fR 411 .ad 412 .sp .6 413 .RS 4n 414 Keymap for custom keyboard. 415 .RE 416 417 .sp 418 .ne 2 419 .na 420 \fBlast-hardware-update\fR 421 .ad 422 .sp .6 423 .RS 4n 424 System update information. 425 .RE 426 427 .sp 428 .ne 2 429 .na 430 \fBload-base\fR 431 .ad 432 .sp .6 433 .RS 4n 434 Default load address for client programs. Default value is \fB16384\fR. 435 .RE 436 437 .sp 438 .ne 2 439 .na 440 \fBlocal-mac-address?\fR 441 .ad 442 .sp .6 443 .RS 4n 444 If true, network drivers use their own MAC address, not the system's. Defaults 445 to \fBfalse\fR. 446 .RE 447 448 .sp 449 .ne 2 450 .na 451 \fBmfg-mode\fR 452 .ad 453 .sp .6 454 .RS 4n 455 Manufacturing mode argument for \fBPOST.\fR Possible values include \fBoff\fR 456 or \fBchamber\fR. The value is passed as an argument to \fBPOST.\fR Defaults to 457 \fBoff\fR. 458 .RE 459 460 .sp 461 .ne 2 462 .na 463 \fBmfg-switch?\fR 464 .ad 465 .sp .6 466 .RS 4n 467 If true, repeat system self-tests until interrupted with STOP-A. Defaults to 468 \fBfalse\fR. 469 .RE 470 471 .sp 472 .ne 2 473 .na 474 \fBnvramrc\fR 475 .ad 476 .sp .6 477 .RS 4n 478 Contents of NVRAMRC. Defaults to empty. 479 .RE 480 481 .sp 482 .ne 2 483 .na 484 \fBnetwork-boot-arguments\fR 485 .ad 486 .sp .6 487 .RS 4n 488 Arguments to be used by the PROM for network booting. Defaults to an empty 489 string. \fBnetwork-boot-arguments\fR can be used to specify the boot protocol 490 (RARP/DHCP) to be used and a range of system knowledge to be used in the 491 process. 492 .sp 493 The syntax for arguments supported for network booting is: 494 .sp 495 .in +2 496 .nf 497 [\fIprotocol\fR,] [\fIkey\fR=\fIvalue\fR,]* 498 .fi 499 .in -2 500 .sp 501 502 All arguments are optional and can appear in any order. Commas are required 503 unless the argument is at the end of the list. If specified, an argument takes 504 precedence over any default values, or, if booting using DHCP, over 505 configuration information provided by a DHCP server for those parameters. 506 .sp 507 \fIprotocol\fR, above, specifies the address discovery protocol to be used. 508 .sp 509 Configuration parameters, listed below, are specified as \fIkey\fR=\fIvalue\fR 510 attribute pairs. 511 .sp 512 .ne 2 513 .na 514 \fB\fBtftp-server\fR\fR 515 .ad 516 .sp .6 517 .RS 4n 518 IP address of the TFTP server 519 .RE 520 521 .sp 522 .ne 2 523 .na 524 \fB\fBfile\fR\fR 525 .ad 526 .sp .6 527 .RS 4n 528 file to download using TFTP or URL for WAN boot 529 .RE 530 531 .sp 532 .ne 2 533 .na 534 \fB\fBhost-ip\fR\fR 535 .ad 536 .sp .6 537 .RS 4n 538 IP address of the client (in dotted-decimal notation) 539 .RE 540 541 .sp 542 .ne 2 543 .na 544 \fB\fBrouter-ip\fR\fR 545 .ad 546 .sp .6 547 .RS 4n 548 IP address of the default router (in dotted-decimal notation) 549 .RE 550 551 .sp 552 .ne 2 553 .na 554 \fB\fBsubnet-mask\fR\fR 555 .ad 556 .sp .6 557 .RS 4n 558 subnet mask (in dotted-decimal notation) 559 .RE 560 561 .sp 562 .ne 2 563 .na 564 \fB\fBclient-id\fR\fR 565 .ad 566 .sp .6 567 .RS 4n 568 DHCP client identifier 569 .RE 570 571 .sp 572 .ne 2 573 .na 574 \fB\fBhostname\fR\fR 575 .ad 576 .sp .6 577 .RS 4n 578 hostname to use in DHCP transactions 579 .RE 580 581 .sp 582 .ne 2 583 .na 584 \fB\fBhttp-proxy\fR\fR 585 .ad 586 .sp .6 587 .RS 4n 588 HTTP proxy server specification (IPADDR[:PORT]) 589 .RE 590 591 .sp 592 .ne 2 593 .na 594 \fB\fBtftp-retries\fR\fR 595 .ad 596 .sp .6 597 .RS 4n 598 maximum number of TFTP retries 599 .RE 600 601 .sp 602 .ne 2 603 .na 604 \fB\fBdhcp-retries\fR\fR 605 .ad 606 .sp .6 607 .RS 4n 608 maximum number of DHCP retries 609 .RE 610 611 If no parameters are specified (that is, \fBnetwork-boot-arguments\fR is an 612 empty string), the PROM will use the platform-specific default address 613 discovery protocol. 614 .sp 615 Absence of the protocol parameter when other configuration parameters are 616 specified implies manual configuration. 617 .sp 618 Manual configuration requires that the client be provided with all the 619 information necessary for boot. If using manual configuration, information 620 required by the PROM to load the second-stage boot program must be provided in 621 \fBnetwork-boot-arguments\fR while information required for the second-stage 622 boot program can be specified either as arguments to the \fBboot\fR program or 623 by means of the \fBboot\fR program's interactive command interpreter. 624 .sp 625 Information required by the PROM when using manual configuration includes the 626 booting client's IP address, name of the boot file, and the address of the 627 server providing the boot file image. Depending on network configuration, it 628 might be required that the subnet mask and address of the default router to use 629 also be specified. 630 .RE 631 632 .sp 633 .ne 2 634 .na 635 \fBoem-banner\fR 636 .ad 637 .sp .6 638 .RS 4n 639 Custom OEM banner (enabled by setting \fBoem-banner?\fR to \fBtrue\fR). 640 Defaults to empty string. 641 .RE 642 643 .sp 644 .ne 2 645 .na 646 \fBoem-banner?\fR 647 .ad 648 .sp .6 649 .RS 4n 650 If \fBtrue\fR, use custom \fBOEM\fR banner. Defaults to \fBfalse\fR. 651 .RE 652 653 .sp 654 .ne 2 655 .na 656 \fBoem-logo\fR 657 .ad 658 .sp .6 659 .RS 4n 660 Byte array custom OEM logo (enabled by setting \fBoem-logo?\fR to \fBtrue\fR). 661 Displayed in hexadecimal. 662 .RE 663 664 .sp 665 .ne 2 666 .na 667 \fBoem-logo?\fR 668 .ad 669 .sp .6 670 .RS 4n 671 If \fBtrue\fR, use custom OEM logo (else, use Sun logo). Defaults to 672 \fBfalse\fR. 673 .RE 674 675 .sp 676 .ne 2 677 .na 678 \fBpci-mem64?\fR 679 .ad 680 .sp .6 681 .RS 4n 682 If true, the OpenBoot PROM allocates 64-bit PCI memory addresses to a PCI 683 device that can support 64-bit addresses. 684 .sp 685 This variable is available on SPARC platforms only and is optional. Some 686 versions of SunOS do not support PCI \fBMEM64\fR addresses and will fail in 687 unexpected ways if the OpenBoot PROM allocates PCI \fBMEM64\fR addresses. 688 .sp 689 The default value is system-dependent. If the variable exists, the default 690 value is appropriate to the lowest version of the SunOS that shipped with a 691 specific platform. 692 .RE 693 694 .sp 695 .ne 2 696 .na 697 \fBoutput-device\fR 698 .ad 699 .sp .6 700 .RS 4n 701 Output device used at power-on (usually \fBscreen\fR, \fBttya\fR, 702 \fBttyb\fR, \fBttyc\fR, or \fBttyd\fR). Defaults to \fBscreen\fR. 703 .RE 704 705 .sp 706 .ne 2 707 .na 708 \fBredmode-reboot?\fR 709 .ad 710 .sp .6 711 .RS 4n 712 Specify \fBtrue\fR to reboot after a redmode reset trap. Defaults to 713 \fBtrue\fR. (Sun Enterprise 10000 only.) 714 .RE 715 716 .sp 717 .ne 2 718 .na 719 \fBredmode-sync?\fR 720 .ad 721 .sp .6 722 .RS 4n 723 Specify \fBtrue\fR to invoke OpenBoot PROM's \fBsync\fR word after a redmode 724 reset trap. Defaults to \fBfalse\fR. (Sun Enterprise 10000 only.) 725 .RE 726 727 .sp 728 .ne 2 729 .na 730 \fBrootpath\fR 731 .ad 732 .sp .6 733 .RS 4n 734 Specifies the root device of the operating system. 735 .RE 736 737 .sp 738 .ne 2 739 .na 740 \fBsbus-probe-list\fR 741 .ad 742 .sp .6 743 .RS 4n 744 Designate which SBus slots are probed and in what order. Defaults to 745 \fB0123\fR. 746 .RE 747 748 .sp 749 .ne 2 750 .na 751 \fBscreen-#columns\fR 752 .ad 753 .sp .6 754 .RS 4n 755 Number of on-screen columns (characters/line). Defaults to \fB80\fR. 756 .RE 757 758 .sp 759 .ne 2 760 .na 761 \fBscreen-#rows\fR 762 .ad 763 .sp .6 764 .RS 4n 765 Number of on-screen rows (lines). Defaults to \fB34\fR. 766 .RE 767 768 .sp 769 .ne 2 770 .na 771 \fBscsi-initiator-id\fR 772 .ad 773 .sp .6 774 .RS 4n 775 \fBSCSI\fR bus address of host adapter, range 0-7. Defaults to \fB7\fR. 776 .RE 777 778 .sp 779 .ne 2 780 .na 781 \fBsd-targets\fR 782 .ad 783 .sp .6 784 .RS 4n 785 Map \fBSCSI\fR disk units (OpenBoot PROM version 1.\fIx\fR only). Defaults to 786 \fB31204567\fR, which means that unit 0 maps to target \fB3\fR, unit 1 maps to 787 target \fB1\fR, and so on. 788 .RE 789 790 .sp 791 .ne 2 792 .na 793 \fBsecurity-#badlogins\fR 794 .ad 795 .sp .6 796 .RS 4n 797 Number of incorrect security password attempts.This property has no special 798 meaning or behavior on x86 based systems. 799 .RE 800 801 .sp 802 .ne 2 803 .na 804 \fBsecurity-mode\fR 805 .ad 806 .sp .6 807 .RS 4n 808 Firmware security level (options: \fBnone\fR, \fBcommand\fR, or \fBfull\fR). If 809 set to \fBcommand\fR or \fBfull\fR, system will prompt for \fBPROM\fR security 810 password. Defaults to \fBnone\fR.This property has no special meaning or 811 behavior on x86 based systems. 812 .RE 813 814 .sp 815 .ne 2 816 .na 817 \fBsecurity-password\fR 818 .ad 819 .sp .6 820 .RS 4n 821 Firmware security password (never displayed). Can be set only when 822 \fBsecurity-mode\fR is set to \fBcommand\fR or \fBfull\fR.This property has no 823 special meaning or behavior on x86 based systems. 824 .sp 825 .in +2 826 .nf 827 example# eeprom security-password= 828 Changing PROM password: 829 New password: 830 Retype new password: 831 .fi 832 .in -2 833 .sp 834 835 .RE 836 837 .sp 838 .ne 2 839 .na 840 \fBselftest-#megs\fR 841 .ad 842 .sp .6 843 .RS 4n 844 Megabytes of \fBRAM\fR to test. Ignored if \fBdiag-switch?\fR is \fBtrue\fR. 845 Defaults to \fB1\fR. 846 .RE 847 848 .sp 849 .ne 2 850 .na 851 \fBsir-sync?\fR 852 .ad 853 .sp .6 854 .RS 4n 855 Specify \fBtrue\fR to invoke OpenBoot PROM's \fBsync\fR word after a 856 software-initiated reset (\fBSIR\fR) trap. Defaults to \fBfalse\fR. (Sun 857 Enterprise 10000 only.) 858 .RE 859 860 .sp 861 .ne 2 862 .na 863 \fBskip-vme-loopback?\fR 864 .ad 865 .sp .6 866 .RS 4n 867 If \fBtrue\fR, POST does not do VMEbus loopback tests. Defaults to \fBfalse\fR. 868 .RE 869 870 .sp 871 .ne 2 872 .na 873 \fBst-targets\fR 874 .ad 875 .sp .6 876 .RS 4n 877 Map \fBSCSI\fR tape units (OpenBoot PROM version 1.\fIx\fR only). Defaults to 878 \fB45670123\fR, which means that unit 0 maps to target \fB4\fR, unit 1 maps to 879 target \fB5\fR, and so on. 880 .RE 881 882 .sp 883 .ne 2 884 .na 885 \fBsunmon-compat?\fR 886 .ad 887 .sp .6 888 .RS 4n 889 If \fBtrue\fR, display Restricted Monitor prompt (\|>). Defaults to 890 \fBfalse\fR. 891 .RE 892 893 .sp 894 .ne 2 895 .na 896 \fBtestarea\fR 897 .ad 898 .sp .6 899 .RS 4n 900 One-byte scratch field, available for read/write test. Defaults to \fB0\fR. 901 .RE 902 903 .sp 904 .ne 2 905 .na 906 \fBtpe-link-test?\fR 907 .ad 908 .sp .6 909 .RS 4n 910 Enable 10baseT link test for built-in twisted pair Ethernet. Defaults to 911 \fBtrue\fR. 912 .RE 913 914 .sp 915 .ne 2 916 .na 917 \fBttya-mode\fR 918 .ad 919 .sp .6 920 .RS 4n 921 \fBTTYA\fR (baud rate, #bits, parity, #stop, handshake). Defaults to 922 \fB9600,8,n,1,\(mi\fR. 923 .sp 924 Fields, in left-to-right order, are: 925 .sp 926 .ne 2 927 .na 928 \fBBaud rate:\fR 929 .ad 930 .sp .6 931 .RS 4n 932 110, 300, 1200, 4800, 9600\|.\|.\|. 933 .RE 934 935 .sp 936 .ne 2 937 .na 938 \fBData bits:\fR 939 .ad 940 .sp .6 941 .RS 4n 942 5, 6, 7, 8 943 .RE 944 945 .sp 946 .ne 2 947 .na 948 \fBParity:\fR 949 .ad 950 .sp .6 951 .RS 4n 952 n(none), e(even), o(odd), m(mark), s(space) 953 .RE 954 955 .sp 956 .ne 2 957 .na 958 \fBStop bits:\fR 959 .ad 960 .sp .6 961 .RS 4n 962 1, 1.5, 2 963 .RE 964 965 .sp 966 .ne 2 967 .na 968 \fBHandshake:\fR 969 .ad 970 .sp .6 971 .RS 4n 972 \(mi(none), h(hardware:rts/cts), s(software:xon/xoff) 973 .RE 974 975 .RE 976 977 .sp 978 .ne 2 979 .na 980 \fBtty\fIX\fR-mode\fR 981 .ad 982 .sp .6 983 .RS 4n 984 \fBTTYB, TTYC, or TTYD\fR (baud rate, #bits, parity, #stop, handshake). Defaults to 985 \fB9600,8,n,1,\(mi\fR. 986 .sp 987 Fields, in left-to-right order, are: 988 .sp 989 .ne 2 990 .na 991 \fBBaud rate:\fR 992 .ad 993 .sp .6 994 .RS 4n 995 110, 300, 1200, 4800, 9600\|.\|.\|. 996 .RE 997 998 .sp 999 .ne 2 1000 .na 1001 \fBData bits:\fR 1002 .ad 1003 .sp .6 1004 .RS 4n 1005 5, 6, 7, 8 1006 .RE 1007 1008 .sp 1009 .ne 2 1010 .na 1011 \fBStop bits:\fR 1012 .ad 1013 .sp .6 1014 .RS 4n 1015 1, 1.5, 2 1016 .RE 1017 1018 .sp 1019 .ne 2 1020 .na 1021 \fBParity:\fR 1022 .ad 1023 .sp .6 1024 .RS 4n 1025 n(none), e(even), o(odd), m(mark), s(space) 1026 .RE 1027 1028 .sp 1029 .ne 2 1030 .na 1031 \fBHandshake:\fR 1032 .ad 1033 .sp .6 1034 .RS 4n 1035 \(mi(none), h(hardware:rts/cts), s(software:xon/xoff) 1036 .RE 1037 1038 .RE 1039 1040 .sp 1041 .ne 2 1042 .na 1043 \fBttya-ignore-cd\fR 1044 .ad 1045 .sp .6 1046 .RS 4n 1047 If \fBtrue\fR, operating system ignores carrier-detect on TTYA. Defaults to 1048 \fBtrue\fR. 1049 .RE 1050 1051 .sp 1052 .ne 2 1053 .na 1054 \fBtty\fIX\fR-ignore-cd\fR 1055 .ad 1056 .sp .6 1057 .RS 4n 1058 If \fBtrue\fR, operating system ignores carrier-detect on TTYB, TTYC, or TTYD. 1059 Defaults to \fBtrue\fR. 1060 .RE 1061 1062 .sp 1063 .ne 2 1064 .na 1065 \fBttya-rts-dtr-off\fR 1066 .ad 1067 .sp .6 1068 .RS 4n 1069 If \fBtrue\fR, operating system does not assert DTR and RTS on TTYA. Defaults 1070 to \fBfalse\fR. 1071 .RE 1072 1073 .sp 1074 .ne 2 1075 .na 1076 \fBtty\fIX\fR-rts-dtr-off\fR 1077 .ad 1078 .sp .6 1079 .RS 4n 1080 If \fBtrue\fR, operating system does not assert DTR and RTS on TTYB, TTYC, 1081 or TTYD. Defaults to \fBfalse\fR. 1082 .RE 1083 1084 .sp 1085 .ne 2 1086 .na 1087 \fBuse-nvramrc?\fR 1088 .ad 1089 .sp .6 1090 .RS 4n 1091 If \fBtrue\fR, execute commands in \fBNVRAMRC\fR during system start-up. 1092 Defaults to \fBfalse\fR. 1093 .RE 1094 1095 .sp 1096 .ne 2 1097 .na 1098 \fBverbosity\fR 1099 .ad 1100 .sp .6 1101 .RS 4n 1102 Controls the level of verbosity of PROM messages. Can be one of \fBdebug\fR, 1103 \fBmax\fR, \fBnormal\fR, \fBmin\fR, or \fBnone\fR. Defaults to \fBnormal\fR. 1104 .RE 1105 1106 .sp 1107 .ne 2 1108 .na 1109 \fBversion2?\fR 1110 .ad 1111 .sp .6 1112 .RS 4n 1113 If \fBtrue\fR, hybrid (1.\fIx\fR/2.\fIx\fR) PROM comes up in version 2.\fIx\fR. 1114 Defaults to \fBtrue\fR. 1115 .RE 1116 1117 .sp 1118 .ne 2 1119 .na 1120 \fBwatchdog-reboot?\fR 1121 .ad 1122 .sp .6 1123 .RS 4n 1124 If \fBtrue\fR, reboot after watchdog reset. Defaults to \fBfalse\fR. 1125 .RE 1126 1127 .sp 1128 .ne 2 1129 .na 1130 \fBwatchdog-sync?\fR 1131 .ad 1132 .sp .6 1133 .RS 4n 1134 Specify \fBtrue\fR to invoke OpenBoot PROM's \fBsync\fR word after a watchdog 1135 reset trap. Defaults to \fBfalse\fR. ( Sun Enterprise 10000 only.) 1136 .RE 1137 1138 .sp 1139 .ne 2 1140 .na 1141 \fBxir-sync?\fR 1142 .ad 1143 .sp .6 1144 .RS 4n 1145 Specify \fBtrue\fR to invoke OpenBoot PROM's \fBsync\fR word after an \fBXIR\fR 1146 trap. Defaults to \fBfalse\fR. (Sun Enterprise 10000 only.) 1147 .RE 1148 1149 .SH EXAMPLES 1150 .LP 1151 \fBExample 1 \fRChanging the Number of Megabytes of RAM. 1152 .sp 1153 .LP 1154 The following example demonstrates the method for changing from one to two the 1155 number of megabytes of \fBRAM\fR that the system will test. 1156 1157 .sp 1158 .in +2 1159 .nf 1160 example# \fBeeprom selftest-#megs\fR 1161 selftest-#megs=1 1162 1163 example# eeprom selftest-#megs=2 1164 1165 example# \fBeeprom selftest-#megs\fR 1166 selftest-#megs=2 1167 .fi 1168 .in -2 1169 .sp 1170 1171 .LP 1172 \fBExample 2 \fRSetting the \fBauto-boot?\fR Parameter to \fBtrue\fR. 1173 .sp 1174 .LP 1175 The following example demonstrates the method for setting the \fBauto-boot?\fR 1176 parameter to \fBtrue\fR. 1177 1178 .sp 1179 .in +2 1180 .nf 1181 example# \fBeeprom auto-boot?=true\fR 1182 .fi 1183 .in -2 1184 .sp 1185 1186 .sp 1187 .LP 1188 When the \fBeeprom\fR command is executed in user mode, the parameters with a 1189 trailing question mark (?) need to be enclosed in double quotation marks (" ") 1190 to prevent the shell from interpreting the question mark. Preceding the 1191 question mark with an escape character (\fB\e\fR) will also prevent the shell 1192 from interpreting the question mark. 1193 1194 .sp 1195 .in +2 1196 .nf 1197 \fBexample% eeprom "auto-boot?"=true\fR 1198 .fi 1199 .in -2 1200 .sp 1201 1202 .LP 1203 \fBExample 3 \fRUsing \fBnetwork-boot-arguments\fR 1204 .sp 1205 .LP 1206 To use DHCP as the boot protocol and a hostname of \fBabcd.example.com\fR for 1207 network booting, set these values in \fBnetwork-boot-arguments\fR as: 1208 1209 .sp 1210 .in +2 1211 .nf 1212 example# \fBeeprom network-boot-arguments="dhcp,hostname=abcd.example.com"\fR 1213 .fi 1214 .in -2 1215 .sp 1216 1217 .sp 1218 .LP 1219 \&...then boot using the command: 1220 1221 .sp 1222 .in +2 1223 .nf 1224 ok \fBboot net\fR 1225 .fi 1226 .in -2 1227 .sp 1228 1229 .sp 1230 .LP 1231 Note that network boot arguments specified from the PROM command line cause the 1232 contents of \fBnetwork-boot-arguments\fR to be ignored. For example, with 1233 \fBnetwork-boot-arguments\fR set as shown above, the \fBboot\fR command: 1234 1235 .sp 1236 .in +2 1237 .nf 1238 ok \fBboot net:dhcp\fR 1239 .fi 1240 .in -2 1241 .sp 1242 1243 .sp 1244 .LP 1245 \&...causes DHCP to be used, but the \fBhostname\fR specified in 1246 \fBnetwork-boot-arguments\fR will not be used during network boot. 1247 1248 .LP 1249 \fBExample 4 \fRSetting System Console to Auxiliary Device 1250 .sp 1251 .LP 1252 The command below assigns the device \fB/dev/term/a\fR as the system console 1253 device. You would make such an assignment prior to using \fBtip\fR(1) to 1254 establish a \fBtip\fR connection to a host. 1255 1256 .sp 1257 .LP 1258 On a SPARC machine: 1259 1260 .sp 1261 .in +2 1262 .nf 1263 # \fBeeprom output-device=/dev/term/a\fR 1264 .fi 1265 .in -2 1266 .sp 1267 1268 .sp 1269 .LP 1270 On an x86 machine: 1271 1272 .sp 1273 .in +2 1274 .nf 1275 # \fBeeprom console=ttya\fR 1276 .fi 1277 .in -2 1278 .sp 1279 1280 .sp 1281 .LP 1282 On a SPARC machine, the preceding command would be sufficient for assigning the 1283 console to an auxiliary device. For an x86 machine, you might, in addition, 1284 need to set the characteristics of the serial line, for which you would have to 1285 consult the BIOS documentation for that machine. Also, on some x86 machines, 1286 you might use a device other than device \fBa\fR, as shown above. For example, 1287 you could set console to \fBttyb\fR if the second serial port is present. 1288 1289 .SH FILES 1290 .ne 2 1291 .na 1292 \fB\fB/boot/solaris/bootenv.rc\fR\fR 1293 .ad 1294 .sp .6 1295 .RS 4n 1296 File storing \fBeeprom\fR values on x86 machines. 1297 .RE 1298 1299 .sp 1300 .ne 2 1301 .na 1302 \fB\fB/dev/openprom\fR\fR 1303 .ad 1304 .sp .6 1305 .RS 4n 1306 Device file 1307 .RE 1308 1309 .sp 1310 .ne 2 1311 .na 1312 \fB\fB/usr/platform/\fR\fIplatform-name\fR\fB/sbin/eeprom\fR\fR 1313 .ad 1314 .sp .6 1315 .RS 4n 1316 Platform-specific version of \fBeeprom\fR. Use \fBuname\fR \fB-i\fR to obtain 1317 \fIplatform-name\fR. 1318 .RE 1319 1320 .SH SEE ALSO 1321 .LP 1322 \fBpasswd\fR(1), \fBsh\fR(1), \fBsvcs\fR(1), \fBtip\fR(1), \fBuname\fR(1), 1323 \fBboot\fR(1M), \fBkadb\fR(1M), \fBkernel\fR(1M), \fBinit\fR(1M), 1324 \fBsvcadm\fR(1M), \fBattributes\fR(5), \fBsmf\fR(5) 1325 .sp 1326 .LP 1327 \fIOpenBoot 3.x Command Reference Manual\fR 1328 .sp 1329 .LP 1330 \fI\fR