wireguard-openbsd/lib/libc/gen/disklabel.c, branch jd/queueboosts

Nuke union of d_packname with un_d_boot0 & un_d_boot1, keeping

2015-10-25T16:35:40Z

d_packname as a simple field. Also nuke the access #defines, and support for b0 and b1 capabilities in disktab. ok deraadt@ miod@

Zap a few stray blanks.

2015-08-13T00:03:27Z

Adjust comments regarding use of use of MAXFRAG, or

2015-01-20T18:22:20Z

delete if now possible ok guenther

Move to the universe.

2015-01-16T16:48:51Z

review by millert, binary checking process with doug, concept with guenther

In getdiskbyname() set partition size with DL_SETPSIZE(). Make sure

2013-11-16T12:58:12Z

d_secperunith and p_offseth are set to 0 since they can't be read from disktab and lower 32 bits (d_secperunit and p_offset) are read directly from the input.

Recycle unused disklabel fields in order to create a disklabel unique

2010-04-23T15:25:20Z

identifier, allowing the disk to be identified without relying on the device name. ok deraadt@ krw@ beck@ marco@ todd@

Recycle four ancient fields in the disklabel structure, replacing them with

2009-06-04T21:13:00Z

bounds information, ie. the zone of the disk that OpenBSD can use. Have each pre-disklabel parser (MBR, DPME, or per-arch MD disklabel parsers) figure out this area and pass it up to userland. Then, delete all the same disk parsing code from disklabel(8) since the kernel passes it up. Lots and lots of - signs in the disklabel(8) code. Tested on as many platforms as possible, the fallout will be repaired as time goes on. To test, use disklabel -d and validate that the bounds do not overlap any boot blocks. This same information is used by disklabel -A... OK for the concept from krw, miod, and drahn

mark the non-handling of 48 bits units with XXX

2007-06-01T06:13:15Z

when producing a v1 label, set the version!!!!

2007-05-29T17:17:49Z

Updated disklabel format to support larger disks and partitions. We

2007-05-29T06:28:14Z

free room in struct partition by packing fragment size and fragments/block more tighlty and use the resulting space to make offset and size 48 bits. For the disk part we use spare fields in struct disklabel. Kernel converts in-mem copy of the on-disk label if needed, disklabel(8) writes new version. We are careful to only change fields not used by bootloaders. Conception of basic scheme by deraadt. ok deraadt@ krw@