[ViewVC] Diff of: cvs/pbcdedit/pbcdedit

Comparing pbcdedit/pbcdedit (file contents):
Revision 1.39 by root, Thu Aug 15 23:49:22 2019 UTC vs.
Revision 1.70 by root, Sun Sep 8 16:50:39 2019 UTC

…		…
19	# along with this program. If not, see <https://www.gnu.org/licenses/>.	19	# along with this program. If not, see <https://www.gnu.org/licenses/>.
20	#	20	#
21		21
22	use 5.016; # numerous features need 5.14, __SUB__ needs 5.16	22	use 5.016; # numerous features need 5.14, __SUB__ needs 5.16
23		23
24	our $VERSION = '1.2';	24	our $VERSION = '1.4';
25	our $JSON_VERSION = 2; # the version of the json objects generated by this program	25	our $JSON_VERSION = 3; # the version of the json objects generated by this program
26		26
27	our $CHANGELOG = <<EOF;	27	our $CHANGELOG = <<EOF;
		28
		29	- work around lsblk bug sometimes giving "dos" pttype for gpt partitions.
		30	- bootmenupolicy in synopsis must be set to 0 for text menu.
		31	- minor doc fxes.
		32
		33	1.4 Thu Aug 22 10:48:22 CEST 2019
		34	- new "create" subcommand.
		35	- "create" and "edit" try to save and restore ownership/permissions
		36	of bcd hives when writing the new file.
		37	- editorial fixes to the documentation.
		38	- add mininmal hive creation example.
		39
		40	1.3 Sat Aug 17 07:04:15 CEST 2019
		41	- output of pbcdedit elements --json has changed, as it didn't
		42	take the reorganisation by classes fully into account.
		43	- json schema bumped to 3.
		44	- new "bcd-device" and "bcd-legacy-device" subcommands.
		45	- implement --json option for lsblk.
		46
28	1.2 Fri Aug 16 00:20:41 CEST 2019	47	1.2 Fri Aug 16 00:20:41 CEST 2019
29	- bcde element names now depend on the bcd object type they are in,	48	- bcd element names now depend on the bcd object type they are in,
30	also affects "elements" output.	49	also affects "elements" output.
31	- json schema bumped to 2.	50	- json schema bumped to 2.
32	- new version command.	51	- new version command.
33	- numerous minor bugfixes.	52	- numerous minor bugfixes.
34		53
…		…
48	pbcdedit edit path/to/BCD edit-instructions...	67	pbcdedit edit path/to/BCD edit-instructions...
49		68
50	pbcdedit objects # list all supported object aliases and types	69	pbcdedit objects # list all supported object aliases and types
51	pbcdedit elements # list all supported bcd element aliases	70	pbcdedit elements # list all supported bcd element aliases
52		71
		72	# Example: enable text-based boot menu.
		73	pbcdedit edit /my/BCD set '{default}' bootmenupolicy 0
		74
		75	# Example change system device to first partition containing winload.
		76	pbcdedit edit /my/BCD \
		77	set '{default}' device 'locate=<null>,element,path' \
		78	set '{default}' osdevice 'locate=<null>,element,path'
		79
		80
53	=head1 DESCRIPTION	81	=head1 DESCRIPTION
54		82
55	This program allows you to create, read and modify Boot Configuration Data	83	This program allows you to create, read and modify Boot Configuration Data
56	(BCD) stores used by Windows Vista and newer versions of Windows.	84	(BCD) stores used by Windows Vista and newer versions of Windows.
57		85
…		…
136	=item C<parse> F<path> I<instructions...>	164	=item C<parse> F<path> I<instructions...>
137		165
138	Same as C<edit>, above, except it doesn't save the data store again. Can	166	Same as C<edit>, above, except it doesn't save the data store again. Can
139	be useful to extract some data from it.	167	be useful to extract some data from it.
140		168
141	=item C<lsblk>	169	=item C<create> F<path> I<instructions...>
		170
		171	Same as C<edit>, above, except it creates a new data store from scratch if
		172	needed. An existing store will be emptied completely.
		173
		174	=item C<lsblk> [C<--json>]
142		175
143	On a GNU/Linux system, you can get a list of partition device descriptors	176	On a GNU/Linux system, you can get a list of partition device descriptors
144	using this command - the external C<lsblk> command is required, as well as	177	using this command - the external C<lsblk> command is required, as well as
145	a mounted C</sys> file system.	178	a mounted C</sys> file system.
146		179
147	The output will be a list of all partitions in the system and C<partition>	180	The output will be a list of all partitions in the system and C<partition>
148	descriptors for GPT and both C<legacypartition> and C<partition>	181	descriptors for GPT and both C<legacypartition> and C<partition>
149	descriptors for MBR partitions.	182	descriptors for MBR partitions.
		183
		184	With C<--json> it will print similar information as C<lsblk --json>, but
		185	with extra C<bcd_device> and C<bcd_legacy_device> attributes.
		186
		187	=item C<bcd-device> F<path>
		188
		189	Tries to find the BCD device element for the given device, which currently
		190	must be a a partition of some kind. Prints the C<partition=> descriptor as
		191	a result, or nothing. Exit status will be true on success, and false on
		192	failure.
		193
		194	Like C<lsblk>, above, this likely only works on GNU/Linux systems.
		195
		196	Example: print the partition descriptor of tghe partition with label DATA.
		197
		198	$ pbcdedit bcd-device /dev/disk/by-label/DATA
		199	partition=<null>,harddisk,mbr,47cbc08a,213579202560
		200
		201	=item C<bcd-legacy-device> F<path>
		202
		203	Like above, but uses a C<legacypartition> descriptor instead.
150		204
151	=item C<objects> [C<--json>]	205	=item C<objects> [C<--json>]
152		206
153	Outputs two tables: a table listing all type aliases with their hex BCD	207	Outputs two tables: a table listing all type aliases with their hex BCD
154	element ID, and all object name aliases with their GUID and default type	208	element ID, and all object name aliases with their GUID and default type
…		…
256		310
257	Note that minimal doesn't mean recommended - Windows itself will add stuff	311	Note that minimal doesn't mean recommended - Windows itself will add stuff
258	to this during or after boot, and you might or might not run into issues	312	to this during or after boot, and you might or might not run into issues
259	when installing updates as it might not be able to find the F<bootmgr>.	313	when installing updates as it might not be able to find the F<bootmgr>.
260		314
		315	This is how you would create a minimal hive with PBCDEDIT from within
		316	GNU/Linux, assuming F</dev/sdc3> is the windows partition, using
		317	a random GUID for the osloader and using C<partition> instead of
		318	C<legacypartition>:
		319
		320	osldr="{$(uuidgen)}"
		321	part=$(pbcdedit bcd-device /dev/sdc3)
		322	pbcdedit create minimal.bcd \
		323	set '{bootmgr}' default "$osldr" \
		324	set "$osldr" type application::osloader \
		325	set "$osldr" description 'Windows Boot' \
		326	set "$osldr" device "$part" \
		327	set "$osldr" osdevice "$part" \
		328	set "$osldr" path '\Windows\system32\winload.exe' \
		329	set "$osldr" systemroot '\Windows'
		330
261	=head2 The C<meta> key	331	=head2 The C<meta> key
262		332
263	The C<meta> key is not stored in the BCD data store but is used only	333	The C<meta> key is not stored in the BCD data store but is used only
264	by PBCDEDIT. It is always generated when exporting, and importing will	334	by PBCDEDIT. It is always generated when exporting, and importing will
265	be refused when it exists and the version stored inside doesn't store	335	be refused when it exists and the version stored inside doesn't store
…		…
352		422
353	"displaybootmenu" : 0,	423	"displaybootmenu" : 0,
354		424
355	=item integer	425	=item integer
356		426
357	Again, very simple, this is a 64 bit integer. IT can be either specified	427	Again, very simple, this is a 64 bit integer. It can be either specified
358	as a decimal number, as a hex number (by prefixing it with C<0x>) or as a	428	as a decimal number, as a hex number (by prefixing it with C<0x>) or as a
359	binary number (prefix C<0b>).	429	binary number (prefix C<0b>).
360		430
361	For example, the boot C<timeout> is an integer, specifying the automatic	431	For example, the boot C<timeout> is an integer, specifying the automatic
362	boot delay in seconds:	432	boot delay in seconds:
…		…
364	"timeout" : 30,	434	"timeout" : 30,
365		435
366	=item integer list	436	=item integer list
367		437
368	This is a list of 64 bit integers separated by whitespace. It is not used	438	This is a list of 64 bit integers separated by whitespace. It is not used
369	much, so here is a somewhat artificial an untested example of using	439	much, so here is a somewhat artificial and untested example of using
370	C<customactions> to specify a certain custom, eh, action to be executed	440	C<customactions> to specify a certain custom, eh, action to be executed
371	when pressing C<F10> at boot:	441	when pressing C<F10> at boot:
372		442
373	"customactions" : "0x1000044000001 0x54000001",	443	"customactions" : "0x1000044000001 0x54000001",
374		444
…		…
402	This type is why I write I<most> are easy to explain earlier: This type	472	This type is why I write I<most> are easy to explain earlier: This type
403	is the pinnacle of Microsoft-typical hacks layered on top of other	473	is the pinnacle of Microsoft-typical hacks layered on top of other
404	hacks. Understanding this type took more time than writing all the rest of	474	hacks. Understanding this type took more time than writing all the rest of
405	PBCDEDIT, and because it is so complex, this type has its own subsection	475	PBCDEDIT, and because it is so complex, this type has its own subsection
406	below.	476	below.
		477
407	=back	478	=back
408		479
409	=head4 The BCD "device" element type	480	=head3 The BCD "device" element type
410		481
411	Device elements specify, well, devices. They are used for such diverse	482	Device elements specify, well, devices. They are used for such diverse
412	purposes such as finding a TFTP network boot image, serial ports or VMBUS	483	purposes such as finding a TFTP network boot image, serial ports or VMBUS
413	devices, but most commonly they are used to specify the disk (harddisk,	484	devices, but most commonly they are used to specify the disk (harddisk,
414	cdrom, ramdisk, vhd...) to boot from.	485	cdrom, ramdisk, vhd...) to boot from.
…		…
422	element, so almost everything known about it had to be researched first	493	element, so almost everything known about it had to be researched first
423	in the process of writing this script, and consequently, support for BCD	494	in the process of writing this script, and consequently, support for BCD
424	device elements is partial only.	495	device elements is partial only.
425		496
426	On the other hand, the expressive power of PBCDEDIT in specifying devices	497	On the other hand, the expressive power of PBCDEDIT in specifying devices
427	is much bigger than BCDEDIT and therefore more can be done with it. The	498	is much greater than BCDEDIT and therefore more can be done with it. The
428	downside is that BCD device elements are much more complicated than what	499	downside is that BCD device elements are much more complicated than what
429	you might think from reading the BCDEDIT documentation.	500	you might think from reading the BCDEDIT documentation.
430		501
431	In other words, simple things are complicated, and complicated things are	502	In other words, simple things are complicated, and complicated things are
432	possible.	503	possible.
…		…
439	[{GUID}]type[<flags>][=arg,arg...]	510	[{GUID}]type[<flags>][=arg,arg...]
440		511
441	Here are some examples:	512	Here are some examples:
442		513
443	boot	514	boot
444	{b097d29f-bc00-11e9-8a9a-525400123456}block=file,<boot>,\\EFI"	515	{b097d29f-bc00-11e9-8a9a-525400123456}block=file,<boot>,\EFI
445	locate=<null>,element,systemroot	516	locate=<null>,element,systemroot
446	partition=<null>,harddisk,mbr,47cbc08a,1048576	517	partition=<null>,harddisk,mbr,47cbc08a,1048576
447	partition=<null>,harddisk,gpt,9742e468-9206-48a0-b4e4-c4e9745a356a,76d39e5f-ad1b-407e-9c05-c81eb83b57dd	518	partition=<null>,harddisk,gpt,9742e468-9206-48a0-b4e4-c4e9745a356a,76d39e5f-ad1b-407e-9c05-c81eb83b57dd
448	block<1>=ramdisk,<partition=<null>,harddisk,mbr,47cbc08a,68720525312>,0,0,0,\Recovery\b097d29e-bc00-11e9-8a9a-525400123456\Winre.wim	519	block<1>=ramdisk,<partition=<null>,harddisk,mbr,47cbc08a,68720525312>,0,0,0,\Recovery\b097d29e-bc00-11e9-8a9a-525400123456\Winre.wim
449	block=file,<partition=<null>,harddisk,gpt,9742e468-9206-48a0-b4e4-c4e9745a356a,ee3a393a-f0de-4057-9946-88584245ed48>,\	520	block=file,<partition=<null>,harddisk,gpt,9742e468-9206-48a0-b4e4-c4e9745a356a,ee3a393a-f0de-4057-9946-88584245ed48>,\
…		…
475	the leading GUID, which it can always decode). In such cases, it will	546	the leading GUID, which it can always decode). In such cases, it will
476	convert the device into this type with a hexdump of the element data.	547	convert the device into this type with a hexdump of the element data.
477		548
478	=item C<null>	549	=item C<null>
479		550
480	This is another special type - sometimes, a device all zero-filled, which	551	This is another special type - sometimes, a device is all zero-filled,
481	is not valid. This can mark the absence of a device or something PBCDEDIT	552	which is not valid. This can mark the absence of a device or something
482	does not understand, so it decodes it into this special "all zero" type	553	PBCDEDIT does not understand, so it decodes it into this special "all
483	called C<null>.	554	zero" type called C<null>.
484		555
485	It's most commonly found in devices that can use an optional parent	556	It's most commonly found in devices that can use an optional parent
486	device, when no parent device is used.	557	device, when no parent device is used.
487		558
488	=item C<boot>	559	=item C<boot>
…		…
599		670
600	Last not least, the most complex type, C<block>, which... specifies block	671	Last not least, the most complex type, C<block>, which... specifies block
601	devices (which could be inside a F<vhdx> file for example).	672	devices (which could be inside a F<vhdx> file for example).
602		673
603	I<devicetypes> is one of C<harddisk>, C<floppy>, C<cdrom>, C<ramdisk>,	674	I<devicetypes> is one of C<harddisk>, C<floppy>, C<cdrom>, C<ramdisk>,
604	C<file> or C<vhd> - the same as for C<partiion=>.	675	C<file> or C<vhd> - the same as for C<partition=>.
605		676
606	The remaining arguments change depending on the I<devicetype>:	677	The remaining arguments change depending on the I<devicetype>:
607		678
608	=over	679	=over
609		680
…		…
639		710
640	Probably not yet implemented. Tell me of your needs...	711	Probably not yet implemented. Tell me of your needs...
641		712
642	=back	713	=back
643		714
644	=back5 Examples	715	=head4 Examples
645		716
646	This concludes the syntax overview for device elements, but probably	717	This concludes the syntax overview for device elements, but probably
647	leaves many questions open. I can't help with most of them, as I also ave	718	leaves many questions open. I can't help with most of them, as I also have
648	many questions, but I can walk you through some actual examples using more	719	many questions, but I can walk you through some actual examples using more
649	complex aspects.	720	complex aspects.
650		721
651	=item C<< locate=<block=vhd,<block=file,<locate=<null>,path,\disk.vhdx>,\disk.vhdx>>,element,path >>	722	=item C<< locate=<block=vhd,<block=file,<locate=<null>,path,\disk.vhdx>,\disk.vhdx>>,element,path >>
652		723
…		…
866	sub xxd($$) {	937	sub xxd($$) {
867	open my $xxd, "\| xxd \| sed -e 's/^/\Q$_[0]\E: /'";	938	open my $xxd, "\| xxd \| sed -e 's/^/\Q$_[0]\E: /'";
868	syswrite $xxd, $_[1];	939	syswrite $xxd, $_[1];
869	}	940	}
870		941
		942	# get some meta info on a file (uid, gid, perms)
		943	sub stat_get($) {
		944	[(stat shift)[4, 5, 2]]
		945	}
		946
		947	# set stat info on a file
		948	sub stat_set($$) {
		949	my ($fh_or_path, $stat) = @_;
		950
		951	return unless $stat;
		952	chown $stat->[0], $stat->[1], $fh_or_path;
		953	chmod +($stat->[2] & 07777), $fh_or_path;
		954	}
		955
871	sub file_load($) {	956	sub file_load($) {
872	my ($path) = @_;	957	my ($path) = @_;
873		958
874	open my $fh, "<:raw", $path	959	open my $fh, "<:raw", $path
875	or die "$path: $!\n";	960	or die "$path: $!\n";
876	my $size = -s $fh;	961	my $size = -s $fh;
877	$size = read $fh, my $buf, $size	962	$size = read $fh, my $buf, $size
878	or die "$path: short read\n";	963	or die "$path: short read\n";
879		964
880	$buf	965	$buf
		966	}
		967
		968	sub file_save($$;$) {
		969	my ($path, $data, $stat) = @_;
		970
		971	open my $fh, ">:raw", "$path~"
		972	or die "$path~: $!\n";
		973	print $fh $data
		974	or die "$path~: short write\n";
		975	stat_set $fh, $stat;
		976	$fh->sync;
		977	close $fh;
		978
		979	rename "$path~", $path;
881	}	980	}
882		981
883	# sources and resources used for writing pbcdedit	982	# sources and resources used for writing pbcdedit
884	#	983	#
885	# registry:	984	# registry:
…		…
1071	my ($rname, $root) = $decode_key->($rootcell);	1170	my ($rname, $root) = $decode_key->($rootcell);
1072		1171
1073	[$rname, $root]	1172	[$rname, $root]
1074	}	1173	}
1075		1174
1076	# return a binary windows fILETIME struct	1175	# return a binary windows FILETIME struct
1077	sub filetime_now {	1176	sub filetime_now {
1078	my ($s, $ms) = Time::HiRes::gettimeofday;	1177	my ($s, $ms) = Time::HiRes::gettimeofday;
1079		1178
1080	pack "Q<", $s = ($s * 1_000_000 + $ms) * 10 + 116_444_736_000_000_000	1179	pack "Q<", ($s * 1_000_000 + $ms) * 10
		1180	+ 116_444_736_000_000_000 # 1970-01-01 00:00:00
1081	}	1181	}
1082		1182
1083	# encode a registry hive	1183	# encode a registry hive
1084	sub regf_encode($) {	1184	sub regf_encode($) {
1085	my ($hive) = @_;	1185	my ($hive) = @_;
…		…
1088		1188
1089	# the filetime is apparently used to verify log file validity,	1189	# the filetime is apparently used to verify log file validity,
1090	# so by generating a new timestamp the log files should automatically	1190	# so by generating a new timestamp the log files should automatically
1091	# become invalidated and windows would "self-heal" them.	1191	# become invalidated and windows would "self-heal" them.
1092	# (update: has been verified by reverse engineering)	1192	# (update: has been verified by reverse engineering)
1093	# possibly the fact that the two sequence numbes match might also	1193	# possibly the fact that the two sequence numbers match might also
1094	# make windows think that the hive is not dirty and ignore logs.	1194	# make windows think that the hive is not dirty and ignore logs.
1095	# (update: has been verified by reverse engineering)	1195	# (update: has been verified by reverse engineering)
1096		1196
1097	my $now = filetime_now;	1197	my $now = filetime_now;
1098		1198
…		…
1242		1342
1243	regf_decode file_load $path	1343	regf_decode file_load $path
1244	}	1344	}
1245		1345
1246	# encode and save registry to file	1346	# encode and save registry to file
1247	sub regf_save {	1347	sub regf_save($$;$) {
1248	my ($path, $hive) = @_;	1348	my ($path, $hive, $stat) = @_;
1249		1349
1250	$hive = regf_encode $hive;	1350	$hive = regf_encode $hive;
1251		1351
1252	open my $regf, ">:raw", "$path~"	1352	file_save $path, $hive, $stat;
1253	or die "$path~: $!\n";
1254	print $regf $hive
1255	or die "$path~: short write\n";
1256	$regf->sync;
1257	close $regf;
1258
1259	rename "$path~", $path;
1260	}	1353	}
1261		1354
1262	#############################################################################	1355	#############################################################################
1263	# bcd stuff	1356	# bcd stuff
1264		1357
1265	# human-readable alises for GUID object identifiers	1358	# human-readable aliases for GUID object identifiers
1266	our %bcd_objects = (	1359	our %bcd_objects = (
1267	'{0ce4991b-e6b3-4b16-b23c-5e0d9250e5d9}' => '{emssettings}',	1360	'{0ce4991b-e6b3-4b16-b23c-5e0d9250e5d9}' => '{emssettings}',
1268	'{1afa9c49-16ab-4a5c-4a90-212802da9460}' => '{resumeloadersettings}',	1361	'{1afa9c49-16ab-4a5c-4a90-212802da9460}' => '{resumeloadersettings}',
1269	'{1cae1eb7-a0df-4d4d-9851-4860e34ef535}' => '{default}',	1362	'{1cae1eb7-a0df-4d4d-9851-4860e34ef535}' => '{default}',
1270	'{313e8eed-7098-4586-a9bf-309c61f8d449}' => '{kerneldbgsettings}',	1363	'{313e8eed-7098-4586-a9bf-309c61f8d449}' => '{kerneldbgsettings}',
…		…
1400	BCDE_FORMAT_STRING , sub { shift },	1493	BCDE_FORMAT_STRING , sub { shift },
1401	BCDE_FORMAT_GUID , sub { dec_wguid enc_wguid shift },	1494	BCDE_FORMAT_GUID , sub { dec_wguid enc_wguid shift },
1402	BCDE_FORMAT_GUID_LIST , sub { join " ", map dec_wguid enc_wguid $_, @{+shift} },	1495	BCDE_FORMAT_GUID_LIST , sub { join " ", map dec_wguid enc_wguid $_, @{+shift} },
1403	BCDE_FORMAT_INTEGER , sub { unpack "Q", pack "a8", pack "H*", shift }, # integer might be 4 or 8 bytes - caused by ms coding bugs	1496	BCDE_FORMAT_INTEGER , sub { unpack "Q", pack "a8", pack "H*", shift }, # integer might be 4 or 8 bytes - caused by ms coding bugs
1404	BCDE_FORMAT_BOOLEAN , sub { shift eq "00" ? 0 : 1 },	1497	BCDE_FORMAT_BOOLEAN , sub { shift eq "00" ? 0 : 1 },
1405	BCDE_FORMAT_INTEGER_LIST, sub { join " ", unpack "Q", pack "H", shift }, # not sure if this cna be 4 bytes	1498	BCDE_FORMAT_INTEGER_LIST, sub { join " ", unpack "Q", pack "H", shift }, # not sure if this can be 4 bytes
1406	);	1499	);
1407		1500
1408	our %bcde_enc = (	1501	our %bcde_enc = (
1409	BCDE_FORMAT_DEVICE , sub { binary => enc_device $_[0], $_[1] },	1502	BCDE_FORMAT_DEVICE , sub { binary => enc_device $_[0], $_[1] },
1410	BCDE_FORMAT_STRING , sub { sz => shift },	1503	BCDE_FORMAT_STRING , sub { sz => shift },
…		…
1416	);	1509	);
1417		1510
1418	# BCD Elements	1511	# BCD Elements
1419	our %bcde_byclass = (	1512	our %bcde_byclass = (
1420	any => {	1513	any => {
1421	0x11000001 => 'device',	1514	0x11000001 => 'device',
1422	0x12000002 => 'path',	1515	0x12000002 => 'path',
1423	0x12000004 => 'description',	1516	0x12000004 => 'description',
1424	0x12000005 => 'locale',	1517	0x12000005 => 'locale',
1425	0x14000006 => 'inherit',	1518	0x14000006 => 'inherit',
1426	0x15000007 => 'truncatememory',	1519	0x15000007 => 'truncatememory',
1427	0x14000008 => 'recoverysequence',	1520	0x14000008 => 'recoverysequence',
1428	0x16000009 => 'recoveryenabled',	1521	0x16000009 => 'recoveryenabled',
1429	0x1700000a => 'badmemorylist',	1522	0x1700000a => 'badmemorylist',
1430	0x1600000b => 'badmemoryaccess',	1523	0x1600000b => 'badmemoryaccess',
1431	0x1500000c => 'firstmegabytepolicy',	1524	0x1500000c => 'firstmegabytepolicy',
1432	0x1500000d => 'relocatephysical',	1525	0x1500000d => 'relocatephysical',
1433	0x1500000e => 'avoidlowmemory',	1526	0x1500000e => 'avoidlowmemory',
1434	0x1600000f => 'traditionalkseg',	1527	0x1600000f => 'traditionalkseg',
1435	0x16000010 => 'bootdebug',	1528	0x16000010 => 'bootdebug',
1436	0x15000011 => 'debugtype',	1529	0x15000011 => 'debugtype',
1437	0x15000012 => 'debugaddress',	1530	0x15000012 => 'debugaddress',
1438	0x15000013 => 'debugport',	1531	0x15000013 => 'debugport',
1439	0x15000014 => 'baudrate',	1532	0x15000014 => 'baudrate',
1440	0x15000015 => 'channel',	1533	0x15000015 => 'channel',
1441	0x12000016 => 'targetname',	1534	0x12000016 => 'targetname',
1442	0x16000017 => 'noumex',	1535	0x16000017 => 'noumex',
1443	0x15000018 => 'debugstart',	1536	0x15000018 => 'debugstart',
1444	0x12000019 => 'busparams',	1537	0x12000019 => 'busparams',
1445	0x1500001a => 'hostip',	1538	0x1500001a => 'hostip',
1446	0x1500001b => 'port',	1539	0x1500001b => 'port',
1447	0x1600001c => 'dhcp',	1540	0x1600001c => 'dhcp',
1448	0x1200001d => 'key',	1541	0x1200001d => 'key',
1449	0x1600001e => 'vm',	1542	0x1600001e => 'vm',
1450	0x16000020 => 'bootems',	1543	0x16000020 => 'bootems',
1451	0x15000022 => 'emsport',	1544	0x15000022 => 'emsport',
1452	0x15000023 => 'emsbaudrate',	1545	0x15000023 => 'emsbaudrate',
1453	0x12000030 => 'loadoptions',	1546	0x12000030 => 'loadoptions',
1454	0x16000040 => 'advancedoptions',	1547	0x16000040 => 'advancedoptions',
1455	0x16000041 => 'optionsedit',	1548	0x16000041 => 'optionsedit',
1456	0x15000042 => 'keyringaddress',	1549	0x15000042 => 'keyringaddress',
1457	0x11000043 => 'bootstatdevice',	1550	0x11000043 => 'bootstatdevice',
1458	0x12000044 => 'bootstatfilepath',	1551	0x12000044 => 'bootstatfilepath',
1459	0x16000045 => 'preservebootstat',	1552	0x16000045 => 'preservebootstat',
1460	0x16000046 => 'graphicsmodedisabled',	1553	0x16000046 => 'graphicsmodedisabled',
1461	0x15000047 => 'configaccesspolicy',	1554	0x15000047 => 'configaccesspolicy',
1462	0x16000048 => 'nointegritychecks',	1555	0x16000048 => 'nointegritychecks',
1463	0x16000049 => 'testsigning',	1556	0x16000049 => 'testsigning',
1464	0x1200004a => 'fontpath',	1557	0x1200004a => 'fontpath',
1465	0x1500004b => 'integrityservices',	1558	0x1500004b => 'integrityservices',
1466	0x1500004c => 'volumebandid',	1559	0x1500004c => 'volumebandid',
1467	0x16000050 => 'extendedinput',	1560	0x16000050 => 'extendedinput',
1468	0x15000051 => 'initialconsoleinput',	1561	0x15000051 => 'initialconsoleinput',
1469	0x15000052 => 'graphicsresolution',	1562	0x15000052 => 'graphicsresolution',
1470	0x16000053 => 'restartonfailure',	1563	0x16000053 => 'restartonfailure',
1471	0x16000054 => 'highestmode',	1564	0x16000054 => 'highestmode',
1472	0x16000060 => 'isolatedcontext',	1565	0x16000060 => 'isolatedcontext',
1473	0x15000065 => 'displaymessage',	1566	0x15000065 => 'displaymessage',
1474	0x15000066 => 'displaymessageoverride',	1567	0x15000066 => 'displaymessageoverride',
1475	0x16000068 => 'nobootuxtext',	1568	0x16000068 => 'nobootuxtext',
1476	0x16000069 => 'nobootuxprogress',	1569	0x16000069 => 'nobootuxprogress',
1477	0x1600006a => 'nobootuxfade',	1570	0x1600006a => 'nobootuxfade',
1478	0x1600006b => 'bootuxreservepooldebug',	1571	0x1600006b => 'bootuxreservepooldebug',
1479	0x1600006c => 'bootuxdisabled',	1572	0x1600006c => 'bootuxdisabled',
1480	0x1500006d => 'bootuxfadeframes',	1573	0x1500006d => 'bootuxfadeframes',
1481	0x1600006e => 'bootuxdumpstats',	1574	0x1600006e => 'bootuxdumpstats',
1482	0x1600006f => 'bootuxshowstats',	1575	0x1600006f => 'bootuxshowstats',
1483	0x16000071 => 'multibootsystem',	1576	0x16000071 => 'multibootsystem',
1484	0x16000072 => 'nokeyboard',	1577	0x16000072 => 'nokeyboard',
1485	0x15000073 => 'aliaswindowskey',	1578	0x15000073 => 'aliaswindowskey',
1486	0x16000074 => 'bootshutdowndisabled',	1579	0x16000074 => 'bootshutdowndisabled',
1487	0x15000075 => 'performancefrequency',	1580	0x15000075 => 'performancefrequency',
1488	0x15000076 => 'securebootrawpolicy',	1581	0x15000076 => 'securebootrawpolicy',
1489	0x17000077 => 'allowedinmemorysettings',	1582	0x17000077 => 'allowedinmemorysettings',
1490	0x15000079 => 'bootuxtransitiontime',	1583	0x15000079 => 'bootuxtransitiontime',
1491	0x1600007a => 'mobilegraphics',	1584	0x1600007a => 'mobilegraphics',
1492	0x1600007b => 'forcefipscrypto',	1585	0x1600007b => 'forcefipscrypto',
1493	0x1500007d => 'booterrorux',	1586	0x1500007d => 'booterrorux',
1494	0x1600007e => 'flightsigning',	1587	0x1600007e => 'flightsigning',
1495	0x1500007f => 'measuredbootlogformat',	1588	0x1500007f => 'measuredbootlogformat',
1496	0x15000080 => 'displayrotation',	1589	0x15000080 => 'displayrotation',
1497	0x15000081 => 'logcontrol',	1590	0x15000081 => 'logcontrol',
1498	0x16000082 => 'nofirmwaresync',	1591	0x16000082 => 'nofirmwaresync',
1499	0x11000084 => 'windowssyspart',	1592	0x11000084 => 'windowssyspart',
1500	0x16000087 => 'numlock',	1593	0x16000087 => 'numlock',
1501	0x26000202 => 'skipffumode',	1594	0x26000202 => 'skipffumode',
1502	0x26000203 => 'forceffumode',	1595	0x26000203 => 'forceffumode',
1503	0x25000510 => 'chargethreshold',	1596	0x25000510 => 'chargethreshold',
1504	0x26000512 => 'offmodecharging',	1597	0x26000512 => 'offmodecharging',
1505	0x25000aaa => 'bootflow',	1598	0x25000aaa => 'bootflow',
1506	0x45000001 => 'devicetype',	1599	0x45000001 => 'devicetype',
1507	0x42000002 => 'applicationrelativepath',	1600	0x42000002 => 'applicationrelativepath',
1508	0x42000003 => 'ramdiskdevicerelativepath',	1601	0x42000003 => 'ramdiskdevicerelativepath',
1509	0x46000004 => 'omitosloaderelements',	1602	0x46000004 => 'omitosloaderelements',
1510	0x47000006 => 'elementstomigrate',	1603	0x47000006 => 'elementstomigrate',
1511	0x46000010 => 'recoveryos',	1604	0x46000010 => 'recoveryos',
1512	},	1605	},
1513	bootapp => {	1606	bootapp => {
1514	0x26000145 => 'enablebootdebugpolicy',	1607	0x26000145 => 'enablebootdebugpolicy',
1515	0x26000146 => 'enablebootorderclean',	1608	0x26000146 => 'enablebootorderclean',
1516	0x26000147 => 'enabledeviceid',	1609	0x26000147 => 'enabledeviceid',
1517	0x26000148 => 'enableffuloader',	1610	0x26000148 => 'enableffuloader',
1518	0x26000149 => 'enableiuloader',	1611	0x26000149 => 'enableiuloader',
1519	0x2600014a => 'enablemassstorage',	1612	0x2600014a => 'enablemassstorage',
1520	0x2600014b => 'enablerpmbprovisioning',	1613	0x2600014b => 'enablerpmbprovisioning',
1521	0x2600014c => 'enablesecurebootpolicy',	1614	0x2600014c => 'enablesecurebootpolicy',
1522	0x2600014d => 'enablestartcharge',	1615	0x2600014d => 'enablestartcharge',
1523	0x2600014e => 'enableresettpm',	1616	0x2600014e => 'enableresettpm',
1524	},	1617	},
1525	bootmgr => {	1618	bootmgr => {
1526	0x24000001 => 'displayorder',	1619	0x24000001 => 'displayorder',
1527	0x24000002 => 'bootsequence',	1620	0x24000002 => 'bootsequence',
1528	0x23000003 => 'default',	1621	0x23000003 => 'default',
1529	0x25000004 => 'timeout',	1622	0x25000004 => 'timeout',
1530	0x26000005 => 'resume',	1623	0x26000005 => 'resume',
1531	0x23000006 => 'resumeobject',	1624	0x23000006 => 'resumeobject',
1532	0x24000007 => 'startupsequence',	1625	0x24000007 => 'startupsequence',
1533	0x24000010 => 'toolsdisplayorder',	1626	0x24000010 => 'toolsdisplayorder',
1534	0x26000020 => 'displaybootmenu',	1627	0x26000020 => 'displaybootmenu',
1535	0x26000021 => 'noerrordisplay',	1628	0x26000021 => 'noerrordisplay',
1536	0x21000022 => 'bcddevice',	1629	0x21000022 => 'bcddevice',
1537	0x22000023 => 'bcdfilepath',	1630	0x22000023 => 'bcdfilepath',
1538	0x26000024 => 'hormenabled',	1631	0x26000024 => 'hormenabled',
1539	0x26000025 => 'hiberboot',	1632	0x26000025 => 'hiberboot',
1540	0x22000026 => 'passwordoverride',	1633	0x22000026 => 'passwordoverride',
1541	0x22000027 => 'pinpassphraseoverride',	1634	0x22000027 => 'pinpassphraseoverride',
1542	0x26000028 => 'processcustomactionsfirst',	1635	0x26000028 => 'processcustomactionsfirst',
1543	0x27000030 => 'customactions',	1636	0x27000030 => 'customactions',
1544	0x26000031 => 'persistbootsequence',	1637	0x26000031 => 'persistbootsequence',
1545	0x26000032 => 'skipstartupsequence',	1638	0x26000032 => 'skipstartupsequence',
1546	0x22000040 => 'fverecoveryurl',	1639	0x22000040 => 'fverecoveryurl',
1547	0x22000041 => 'fverecoverymessage',	1640	0x22000041 => 'fverecoverymessage',
1548	},	1641	},
1549	device => {	1642	device => {
1550	0x35000001 => 'ramdiskimageoffset',	1643	0x35000001 => 'ramdiskimageoffset',
1551	0x35000002 => 'ramdisktftpclientport',	1644	0x35000002 => 'ramdisktftpclientport',
1552	0x31000003 => 'ramdisksdidevice',	1645	0x31000003 => 'ramdisksdidevice',
1553	0x32000004 => 'ramdisksdipath',	1646	0x32000004 => 'ramdisksdipath',
1554	0x35000005 => 'ramdiskimagelength',	1647	0x35000005 => 'ramdiskimagelength',
1555	0x36000006 => 'exportascd',	1648	0x36000006 => 'exportascd',
1556	0x35000007 => 'ramdisktftpblocksize',	1649	0x35000007 => 'ramdisktftpblocksize',
1557	0x35000008 => 'ramdisktftpwindowsize',	1650	0x35000008 => 'ramdisktftpwindowsize',
1558	0x36000009 => 'ramdiskmcenabled',	1651	0x36000009 => 'ramdiskmcenabled',
1559	0x3600000a => 'ramdiskmctftpfallback',	1652	0x3600000a => 'ramdiskmctftpfallback',
1560	0x3600000b => 'ramdisktftpvarwindow',	1653	0x3600000b => 'ramdisktftpvarwindow',
1561	},	1654	},
1562	memdiag => {	1655	memdiag => {
1563	0x25000001 => 'passcount',	1656	0x25000001 => 'passcount',
1564	0x25000002 => 'testmix',	1657	0x25000002 => 'testmix',
1565	0x25000003 => 'failurecount',	1658	0x25000003 => 'failurecount',
1566	0x26000003 => 'cacheenable',	1659	0x26000003 => 'cacheenable',
1567	0x25000004 => 'testtofail',	1660	0x25000004 => 'testtofail',
1568	0x26000004 => 'failuresenabled',	1661	0x26000004 => 'failuresenabled',
1569	0x25000005 => 'stridefailcount',	1662	0x25000005 => 'stridefailcount',
1570	0x26000005 => 'cacheenable',	1663	0x26000005 => 'cacheenable',
1571	0x25000006 => 'invcfailcount',	1664	0x25000006 => 'invcfailcount',
1572	0x25000007 => 'matsfailcount',	1665	0x25000007 => 'matsfailcount',
1573	0x25000008 => 'randfailcount',	1666	0x25000008 => 'randfailcount',
1574	0x25000009 => 'chckrfailcount',	1667	0x25000009 => 'chckrfailcount',
1575	},	1668	},
1576	ntldr => {	1669	ntldr => {
1577	0x22000001 => 'bpbstring',	1670	0x22000001 => 'bpbstring',
1578	},	1671	},
1579	osloader => {	1672	osloader => {
1580	0x21000001 => 'osdevice',	1673	0x21000001 => 'osdevice',
1581	0x22000002 => 'systemroot',	1674	0x22000002 => 'systemroot',
1582	0x23000003 => 'resumeobject',	1675	0x23000003 => 'resumeobject',
1583	0x26000004 => 'stampdisks',	1676	0x26000004 => 'stampdisks',
1584	0x26000010 => 'detecthal',	1677	0x26000010 => 'detecthal',
1585	0x22000011 => 'kernel',	1678	0x22000011 => 'kernel',
1586	0x22000012 => 'hal',	1679	0x22000012 => 'hal',
1587	0x22000013 => 'dbgtransport',	1680	0x22000013 => 'dbgtransport',
1588	0x25000020 => 'nx',	1681	0x25000020 => 'nx',
1589	0x25000021 => 'pae',	1682	0x25000021 => 'pae',
1590	0x26000022 => 'winpe',	1683	0x26000022 => 'winpe',
1591	0x26000024 => 'nocrashautoreboot',	1684	0x26000024 => 'nocrashautoreboot',
1592	0x26000025 => 'lastknowngood',	1685	0x26000025 => 'lastknowngood',
1593	0x26000026 => 'oslnointegritychecks',	1686	0x26000026 => 'oslnointegritychecks',
1594	0x26000027 => 'osltestsigning',	1687	0x26000027 => 'osltestsigning',
1595	0x26000030 => 'nolowmem',	1688	0x26000030 => 'nolowmem',
1596	0x25000031 => 'removememory',	1689	0x25000031 => 'removememory',
1597	0x25000032 => 'increaseuserva',	1690	0x25000032 => 'increaseuserva',
1598	0x25000033 => 'perfmem',	1691	0x25000033 => 'perfmem',
1599	0x26000040 => 'vga',	1692	0x26000040 => 'vga',
1600	0x26000041 => 'quietboot',	1693	0x26000041 => 'quietboot',
1601	0x26000042 => 'novesa',	1694	0x26000042 => 'novesa',
1602	0x26000043 => 'novga',	1695	0x26000043 => 'novga',
1603	0x25000050 => 'clustermodeaddressing',	1696	0x25000050 => 'clustermodeaddressing',
1604	0x26000051 => 'usephysicaldestination',	1697	0x26000051 => 'usephysicaldestination',
1605	0x25000052 => 'restrictapiccluster',	1698	0x25000052 => 'restrictapiccluster',
1606	0x22000053 => 'evstore',	1699	0x22000053 => 'evstore',
1607	0x26000054 => 'uselegacyapicmode',	1700	0x26000054 => 'uselegacyapicmode',
1608	0x26000060 => 'onecpu',	1701	0x26000060 => 'onecpu',
1609	0x25000061 => 'numproc',	1702	0x25000061 => 'numproc',
1610	0x26000062 => 'maxproc',	1703	0x26000062 => 'maxproc',
1611	0x25000063 => 'configflags',	1704	0x25000063 => 'configflags',
1612	0x26000064 => 'maxgroup',	1705	0x26000064 => 'maxgroup',
1613	0x26000065 => 'groupaware',	1706	0x26000065 => 'groupaware',
1614	0x25000066 => 'groupsize',	1707	0x25000066 => 'groupsize',
1615	0x26000070 => 'usefirmwarepcisettings',	1708	0x26000070 => 'usefirmwarepcisettings',
1616	0x25000071 => 'msi',	1709	0x25000071 => 'msi',
1617	0x25000072 => 'pciexpress',	1710	0x25000072 => 'pciexpress',
1618	0x25000080 => 'safeboot',	1711	0x25000080 => 'safeboot',
1619	0x26000081 => 'safebootalternateshell',	1712	0x26000081 => 'safebootalternateshell',
1620	0x26000090 => 'bootlog',	1713	0x26000090 => 'bootlog',
1621	0x26000091 => 'sos',	1714	0x26000091 => 'sos',
1622	0x260000a0 => 'debug',	1715	0x260000a0 => 'debug',
1623	0x260000a1 => 'halbreakpoint',	1716	0x260000a1 => 'halbreakpoint',
1624	0x260000a2 => 'useplatformclock',	1717	0x260000a2 => 'useplatformclock',
1625	0x260000a3 => 'forcelegacyplatform',	1718	0x260000a3 => 'forcelegacyplatform',
1626	0x260000a4 => 'useplatformtick',	1719	0x260000a4 => 'useplatformtick',
1627	0x260000a5 => 'disabledynamictick',	1720	0x260000a5 => 'disabledynamictick',
1628	0x250000a6 => 'tscsyncpolicy',	1721	0x250000a6 => 'tscsyncpolicy',
1629	0x260000b0 => 'ems',	1722	0x260000b0 => 'ems',
1630	0x250000c0 => 'forcefailure',	1723	0x250000c0 => 'forcefailure',
1631	0x250000c1 => 'driverloadfailurepolicy',	1724	0x250000c1 => 'driverloadfailurepolicy',
1632	0x250000c2 => 'bootmenupolicy',	1725	0x250000c2 => 'bootmenupolicy',
1633	0x260000c3 => 'onetimeadvancedoptions',	1726	0x260000c3 => 'onetimeadvancedoptions',
1634	0x260000c4 => 'onetimeoptionsedit',	1727	0x260000c4 => 'onetimeoptionsedit',
1635	0x250000e0 => 'bootstatuspolicy',	1728	0x250000e0 => 'bootstatuspolicy',
1636	0x260000e1 => 'disableelamdrivers',	1729	0x260000e1 => 'disableelamdrivers',
1637	0x250000f0 => 'hypervisorlaunchtype',	1730	0x250000f0 => 'hypervisorlaunchtype',
1638	0x220000f1 => 'hypervisorpath',	1731	0x220000f1 => 'hypervisorpath',
1639	0x260000f2 => 'hypervisordebug',	1732	0x260000f2 => 'hypervisordebug',
1640	0x250000f3 => 'hypervisordebugtype',	1733	0x250000f3 => 'hypervisordebugtype',
1641	0x250000f4 => 'hypervisordebugport',	1734	0x250000f4 => 'hypervisordebugport',
1642	0x250000f5 => 'hypervisorbaudrate',	1735	0x250000f5 => 'hypervisorbaudrate',
1643	0x250000f6 => 'hypervisorchannel',	1736	0x250000f6 => 'hypervisorchannel',
1644	0x250000f7 => 'bootux',	1737	0x250000f7 => 'bootux',
1645	0x260000f8 => 'hypervisordisableslat',	1738	0x260000f8 => 'hypervisordisableslat',
1646	0x220000f9 => 'hypervisorbusparams',	1739	0x220000f9 => 'hypervisorbusparams',
1647	0x250000fa => 'hypervisornumproc',	1740	0x250000fa => 'hypervisornumproc',
1648	0x250000fb => 'hypervisorrootprocpernode',	1741	0x250000fb => 'hypervisorrootprocpernode',
1649	0x260000fc => 'hypervisoruselargevtlb',	1742	0x260000fc => 'hypervisoruselargevtlb',
1650	0x250000fd => 'hypervisorhostip',	1743	0x250000fd => 'hypervisorhostip',
1651	0x250000fe => 'hypervisorhostport',	1744	0x250000fe => 'hypervisorhostport',
1652	0x250000ff => 'hypervisordebugpages',	1745	0x250000ff => 'hypervisordebugpages',
1653	0x25000100 => 'tpmbootentropy',	1746	0x25000100 => 'tpmbootentropy',
1654	0x22000110 => 'hypervisorusekey',	1747	0x22000110 => 'hypervisorusekey',
1655	0x22000112 => 'hypervisorproductskutype',	1748	0x22000112 => 'hypervisorproductskutype',
1656	0x25000113 => 'hypervisorrootproc',	1749	0x25000113 => 'hypervisorrootproc',
1657	0x26000114 => 'hypervisordhcp',	1750	0x26000114 => 'hypervisordhcp',
1658	0x25000115 => 'hypervisoriommupolicy',	1751	0x25000115 => 'hypervisoriommupolicy',
1659	0x26000116 => 'hypervisorusevapic',	1752	0x26000116 => 'hypervisorusevapic',
1660	0x22000117 => 'hypervisorloadoptions',	1753	0x22000117 => 'hypervisorloadoptions',
1661	0x25000118 => 'hypervisormsrfilterpolicy',	1754	0x25000118 => 'hypervisormsrfilterpolicy',
1662	0x25000119 => 'hypervisormmionxpolicy',	1755	0x25000119 => 'hypervisormmionxpolicy',
1663	0x2500011a => 'hypervisorschedulertype',	1756	0x2500011a => 'hypervisorschedulertype',
1664	0x25000120 => 'xsavepolicy',	1757	0x25000120 => 'xsavepolicy',
1665	0x25000121 => 'xsaveaddfeature0',	1758	0x25000121 => 'xsaveaddfeature0',
1666	0x25000122 => 'xsaveaddfeature1',	1759	0x25000122 => 'xsaveaddfeature1',
1667	0x25000123 => 'xsaveaddfeature2',	1760	0x25000123 => 'xsaveaddfeature2',
1668	0x25000124 => 'xsaveaddfeature3',	1761	0x25000124 => 'xsaveaddfeature3',
1669	0x25000125 => 'xsaveaddfeature4',	1762	0x25000125 => 'xsaveaddfeature4',
1670	0x25000126 => 'xsaveaddfeature5',	1763	0x25000126 => 'xsaveaddfeature5',
1671	0x25000127 => 'xsaveaddfeature6',	1764	0x25000127 => 'xsaveaddfeature6',
1672	0x25000128 => 'xsaveaddfeature7',	1765	0x25000128 => 'xsaveaddfeature7',
1673	0x25000129 => 'xsaveremovefeature',	1766	0x25000129 => 'xsaveremovefeature',
1674	0x2500012a => 'xsaveprocessorsmask',	1767	0x2500012a => 'xsaveprocessorsmask',
1675	0x2500012b => 'xsavedisable',	1768	0x2500012b => 'xsavedisable',
1676	0x2500012c => 'kerneldebugtype',	1769	0x2500012c => 'kerneldebugtype',
1677	0x2200012d => 'kernelbusparams',	1770	0x2200012d => 'kernelbusparams',
1678	0x2500012e => 'kerneldebugaddress',	1771	0x2500012e => 'kerneldebugaddress',
1679	0x2500012f => 'kerneldebugport',	1772	0x2500012f => 'kerneldebugport',
1680	0x25000130 => 'claimedtpmcounter',	1773	0x25000130 => 'claimedtpmcounter',
1681	0x25000131 => 'kernelchannel',	1774	0x25000131 => 'kernelchannel',
1682	0x22000132 => 'kerneltargetname',	1775	0x22000132 => 'kerneltargetname',
1683	0x25000133 => 'kernelhostip',	1776	0x25000133 => 'kernelhostip',
1684	0x25000134 => 'kernelport',	1777	0x25000134 => 'kernelport',
1685	0x26000135 => 'kerneldhcp',	1778	0x26000135 => 'kerneldhcp',
1686	0x22000136 => 'kernelkey',	1779	0x22000136 => 'kernelkey',
1687	0x22000137 => 'imchivename',	1780	0x22000137 => 'imchivename',
1688	0x21000138 => 'imcdevice',	1781	0x21000138 => 'imcdevice',
1689	0x25000139 => 'kernelbaudrate',	1782	0x25000139 => 'kernelbaudrate',
1690	0x22000140 => 'mfgmode',	1783	0x22000140 => 'mfgmode',
1691	0x26000141 => 'event',	1784	0x26000141 => 'event',
1692	0x25000142 => 'vsmlaunchtype',	1785	0x25000142 => 'vsmlaunchtype',
1693	0x25000144 => 'hypervisorenforcedcodeintegrity',	1786	0x25000144 => 'hypervisorenforcedcodeintegrity',
1694	0x21000150 => 'systemdatadevice',	1787	0x21000150 => 'systemdatadevice',
1695	0x21000151 => 'osarcdevice',	1788	0x21000151 => 'osarcdevice',
1696	0x21000153 => 'osdatadevice',	1789	0x21000153 => 'osdatadevice',
1697	0x21000154 => 'bspdevice',	1790	0x21000154 => 'bspdevice',
1698	0x21000155 => 'bspfilepath',	1791	0x21000155 => 'bspfilepath',
1699	},	1792	},
1700	resume => {	1793	resume => {
1701	0x21000001 => 'filedevice',	1794	0x21000001 => 'filedevice',
1702	0x22000002 => 'filepath',	1795	0x22000002 => 'filepath',
1703	0x26000003 => 'customsettings',	1796	0x26000003 => 'customsettings',
1704	0x26000004 => 'pae',	1797	0x26000004 => 'pae',
1705	0x21000005 => 'associatedosdevice',	1798	0x21000005 => 'associatedosdevice',
1706	0x26000006 => 'debugoptionenabled',	1799	0x26000006 => 'debugoptionenabled',
1707	0x25000007 => 'bootux',	1800	0x25000007 => 'bootux',
1708	0x25000008 => 'bootmenupolicy',	1801	0x25000008 => 'bootmenupolicy',
1709	0x26000024 => 'hormenabled',	1802	0x26000024 => 'hormenabled',
1710	},	1803	},
1711	startup => {	1804	startup => {
1712	0x26000001 => 'pxesoftreboot',	1805	0x26000001 => 'pxesoftreboot',
1713	0x22000002 => 'applicationname',	1806	0x22000002 => 'applicationname',
1714	},	1807	},
1715	);	1808	);
1716		1809
1717	# mask, value => class	1810	# mask, value => class
1718	our @bcde_typeclass = (	1811	our @bcde_typeclass = (
…		…
1782	our @part_type = qw(gpt mbr raw);	1875	our @part_type = qw(gpt mbr raw);
1783		1876
1784	our $NULL_DEVICE = "\x00" x 16;	1877	our $NULL_DEVICE = "\x00" x 16;
1785		1878
1786	# biggest bitch to decode, ever	1879	# biggest bitch to decode, ever
1787	# this decoded a device portion after the GUID	1880	# this decodes a device portion after the GUID
1788	sub dec_device_($$);	1881	sub dec_device_($$);
1789	sub dec_device_($$) {	1882	sub dec_device_($$) {
1790	my ($device, $type) = @_;	1883	my ($device, $type) = @_;
1791		1884
1792	my $res;	1885	my $res;
…		…
2199	or die "$_: malformed or missing vmbus interface instance guid\n";	2292	or die "$_: malformed or missing vmbus interface instance guid\n";
2200	my $instance = enc_guid $1;	2293	my $instance = enc_guid $1;
2201		2294
2202	$payload = pack "a16a16x24", $type, $instance;	2295	$payload = pack "a16a16x24", $type, $instance;
2203		2296
		2297	# } elsif ($type eq "udp") {
		2298	# $payload = pack "Va16", 1, "12345678";
		2299
2204	} else {	2300	} else {
2205	die "$type: not a supported device type (binary, null, boot, legacypartition, partition, block, locate)\n";	2301	die "$type: not a supported device type (binary, null, boot, legacypartition, partition, block, locate)\n";
2206	}	2302	}
2207		2303
2208	return (	2304	return (
…		…
2390	}	2486	}
2391		2487
2392	}	2488	}
2393		2489
2394	#############################################################################	2490	#############################################################################
2395	# command line parser	2491	# other utilities
2396		2492
2397	# json to stdout	2493	# json to stdout
2398	sub prjson($) {	2494	sub prjson($) {
2399	print $json_coder->encode ($_[0]);	2495	print $json_coder->encode ($_[0]);
2400	}	2496	}
…		…
2404	my $json;	2500	my $json;
2405	1 while read STDIN, $json, 65536, length $json;	2501	1 while read STDIN, $json, 65536, length $json;
2406	$json_coder->decode ($json)	2502	$json_coder->decode ($json)
2407	}	2503	}
2408		2504
2409	# all subcommands	2505	sub lsblk() {
		2506	my $lsblk = $json_coder->decode (scalar qx<lsblk --json -o PATH,KNAME,MAJ:MIN,TYPE,PTTYPE,PTUUID,PARTUUID,LABEL,FSTYPE>);
		2507
		2508	for my $dev (@{ $lsblk->{blockdevices} }) {
		2509	if ($dev->{type} eq "part") {
		2510
		2511	# lsblk sometimes gives a bogus pttype, so we recreate it here
		2512	$dev->{pttype} = $dev->{ptuuid} =~ /^$RE_GUID\z/
		2513	? "gpt" : "dos";
		2514
		2515	if ($dev->{pttype} eq "gpt") {
		2516	$dev->{bcd_device} = "partition=<null>,harddisk,gpt,$dev->{ptuuid},$dev->{partuuid}";
		2517	} elsif ($dev->{pttype} eq "dos") { # why not "mbr" :(
		2518	if ($dev->{partuuid} =~ /^([0-9a-f]{8})-([0-9a-f]{2})\z/i) {
		2519	my ($diskid, $partno) = ($1, hex $2);
		2520	$dev->{bcd_legacy_device} = "legacypartition=<null>,harddisk,mbr,$diskid,$partno";
		2521	if (open my $fh, "/sys/class/block/$dev->{kname}/start") {
		2522	my $start = 512 * readline $fh;
		2523	$dev->{bcd_device} = "partition=<null>,harddisk,mbr,$diskid,$start";
		2524	}
		2525	}
		2526	}
		2527	}
		2528	}
		2529
		2530	$lsblk->{blockdevices}
		2531	}
		2532
		2533	sub prdev($$) {
		2534	my ($path, $attribute) = @_;
		2535
		2536	# rather than stat'ing and guessing how devices are encoded, we use lsblk for this
		2537	my $mm = $json_coder->decode (scalar qx<lsblk -d -o MAJ:MIN -J \Q$path\E>)->{blockdevices}[0]{"maj:min"};
		2538
		2539	my $lsblk = lsblk;
		2540
		2541	for my $dev (@$lsblk) {
		2542	if ($dev->{"maj:min"} eq $mm && $dev->{$attribute}) {
		2543	say $dev->{$attribute};
		2544	exit 0;
		2545	}
		2546	}
		2547
		2548	exit 1;
		2549	}
		2550
		2551	#############################################################################
		2552	# command line parser
		2553
2410	our %CMD = (	2554	our %CMD = (
2411	help => sub {	2555	help => sub {
2412	require Pod::Usage;	2556	require Pod::Usage;
2413	Pod::Usage::pod2usage (-verbose => 2);	2557	Pod::Usage::pod2usage (-verbose => 2);
2414	},	2558	},
…		…
2465	BCDE_FORMAT_INTEGER , "integer",	2609	BCDE_FORMAT_INTEGER , "integer",
2466	BCDE_FORMAT_BOOLEAN , "boolean",	2610	BCDE_FORMAT_BOOLEAN , "boolean",
2467	BCDE_FORMAT_INTEGER_LIST, "integer list",	2611	BCDE_FORMAT_INTEGER_LIST, "integer list",
2468	);	2612	);
2469		2613
2470	my %element;	2614	my @element;
2471		2615
2472	for my $class (sort keys %rbcde_byclass) {	2616	for my $class (sort keys %rbcde_byclass) {
2473	my $rbcde = $rbcde_byclass{$class};	2617	my $rbcde = $rbcde_byclass{$class};
2474		2618
2475	unless ($json) {	2619	unless ($json) {
…		…
2478	printf "%-9s %-12s %s\n", "Element", "Format", "Name Alias";	2622	printf "%-9s %-12s %s\n", "Element", "Format", "Name Alias";
2479	}	2623	}
2480	for my $name (sort keys %$rbcde) {	2624	for my $name (sort keys %$rbcde) {
2481	my $id = $rbcde->{$name};	2625	my $id = $rbcde->{$name};
2482	my $format = $format_name{$id & BCDE_FORMAT};	2626	my $format = $format_name{$id & BCDE_FORMAT};
2483	$id = sprintf "%08x", $id;
2484		2627
2485	if ($json) {	2628	if ($json) {
2486	$element{$id} = [$class, $format, $name];	2629	push @element, [$class, $id * 1, $format, $name];
2487	} else {	2630	} else {
		2631	$id = sprintf "%08x", $id;
2488	printf "%-9s %-12s %s\n", $id, $format, $name;	2632	printf "%-9s %-12s %s\n", $id, $format, $name;
2489	}	2633	}
2490	}	2634	}
2491	}	2635	}
2492	print "\n" unless $json;	2636	print "\n" unless $json;
2493		2637
2494	prjson {	2638	prjson {
2495	version => $JSON_VERSION,	2639	version => $JSON_VERSION,
2496	element => \%element,	2640	element => \@element,
2497	class => \@bcde_typeclass,	2641	class => \@bcde_typeclass,
2498	} if $json;	2642	} if $json;
2499		2643
2500	},	2644	},
2501		2645
…		…
2505		2649
2506	import => sub {	2650	import => sub {
2507	regf_save shift, bcd_encode rdjson;	2651	regf_save shift, bcd_encode rdjson;
2508	},	2652	},
2509		2653
		2654	create => sub {
		2655	my $path = shift;
		2656	my $stat = stat_get $path; # should actually be done at file load time
		2657	my $bcd = { };
		2658	bcd_edit $path, $bcd, @_;
		2659	regf_save $path, bcd_encode $bcd;
		2660	stat_set $path, $stat;
		2661	},
		2662
2510	edit => sub {	2663	edit => sub {
2511	my $path = shift;	2664	my $path = shift;
		2665	my $stat = stat_get $path; # should actually be done at file load time
2512	my $bcd = bcd_decode regf_load $path;	2666	my $bcd = bcd_decode regf_load $path;
2513	bcd_edit $path, $bcd, @_;	2667	bcd_edit $path, $bcd, @_;
2514	regf_save $path, bcd_encode $bcd;	2668	regf_save $path, bcd_encode $bcd;
		2669	stat_set $path, $stat;
2515	},	2670	},
2516		2671
2517	parse => sub {	2672	parse => sub {
2518	my $path = shift;	2673	my $path = shift;
2519	my $bcd = bcd_decode regf_load $path;	2674	my $bcd = bcd_decode regf_load $path;
…		…
2528	"import-regf" => sub {	2683	"import-regf" => sub {
2529	regf_save shift, rdjson;	2684	regf_save shift, rdjson;
2530	},	2685	},
2531		2686
2532	lsblk => sub {	2687	lsblk => sub {
		2688	my $json = $_[0] eq "--json";
		2689
		2690	my $lsblk = lsblk;
		2691
		2692	if ($json) {
		2693	prjson $lsblk;
		2694	} else {
2533	printf "%-10s %-8.8s %-6.6s %-3s %s\n", "DEVICE", "LABEL", "FSTYPE", "PT", "DEVICE DESCRIPTOR";	2695	printf "%-10s %-8.8s %-6.6s %-3s %s\n", "DEVICE", "LABEL", "FSTYPE", "PT", "DEVICE DESCRIPTOR";
2534		2696	for my $dev (@$lsblk) {
2535	my $lsblk = $json_coder->decode (scalar qx<lsblk --json -o PATH,KNAME,TYPE,PTTYPE,PTUUID,PARTUUID,LABEL,FSTYPE>);	2697	for my $bcd ($dev->{bcd_device}, $dev->{bcd_legacy_device}) {
2536
2537	for my $dev (@{ $lsblk->{blockdevices} }) {
2538	my $pr = sub {
2539	printf "%-10s %-8.8s %-6.6s %-3s %s\n",	2698	printf "%-10s %-8.8s %-6.6s %-3s %s\n",
2540	$dev->{path}, $dev->{label}, $dev->{fstype}, $dev->{pttype}, $_[0];	2699	$dev->{path}, $dev->{label}, $dev->{fstype}, $dev->{pttype}, $bcd
2541	};
2542
2543	if ($dev->{type} eq "part") {
2544	if ($dev->{pttype} eq "gpt") {
2545	$pr->("partition=<null>,harddisk,gpt,$dev->{ptuuid},$dev->{partuuid}");
2546	} elsif ($dev->{pttype} eq "dos") { # why not "mbr" :(
2547	if ($dev->{partuuid} =~ /^([0-9a-f]{8})-([0-9a-f]{2})\z/i) {
2548	my ($diskid, $partno) = ($1, hex $2);
2549	$pr->("legacypartition=<null>,harddisk,mbr,$diskid,$partno");
2550	if (open my $fh, "/sys/class/block/$dev->{kname}/start") {
2551	my $start = 512 * readline $fh;
2552	$pr->("partition=<null>,harddisk,mbr,$diskid,$start");
2553	}	2700	if $bcd;
2554	}
2555	}	2701	}
2556	}	2702	}
2557	}	2703	}
		2704	},
		2705
		2706	"bcd-device" => sub {
		2707	prdev shift, "bcd_device";
		2708	},
		2709
		2710	"bcd-legacy-device" => sub {
		2711	prdev shift, "bcd_legacy_device";
2558	},	2712	},
2559		2713
2560	version => sub {	2714	version => sub {
2561	print "\n",	2715	print "\n",
2562	"PBCDEDIT version $VERSION, copyright 2019 Marc A. Lehmann <pbcdedit\@schmorp.de>.\n",	2716	"PBCDEDIT version $VERSION, copyright 2019 Marc A. Lehmann <pbcdedit\@schmorp.de>.\n",

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Comparing pbcdedit/pbcdedit (file contents): Revision 1.39 by root, Thu Aug 15 23:49:22 2019 UTC vs. Revision 1.70 by root, Sun Sep 8 16:50:39 2019 UTC

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Comparing pbcdedit/pbcdedit (file contents):
Revision 1.39 by root, Thu Aug 15 23:49:22 2019 UTC vs.
Revision 1.70 by root, Sun Sep 8 16:50:39 2019 UTC