lib: Automated cleanup of cdefs and other formatting

Apply the following automated changes to try to eliminate
no-longer-needed sys/cdefs.h includes as well as now-empty
blank lines in a row.

Remov

lib: Automated cleanup of cdefs and other formatting

Apply the following automated changes to try to eliminate
no-longer-needed sys/cdefs.h includes as well as now-empty
blank lines in a row.

Remove /^#if.*\n#endif.*\n#include\s+<sys/cdefs.h>.*\n/
Remove /\n+#include\s+<sys/cdefs.h>.*\n+#if.*\n#endif.*\n+/
Remove /\n+#if.*\n#endif.*\n+/
Remove /^#if.*\n#endif.*\n/
Remove /\n+#include\s+<sys/cdefs.h>\n#include\s+<sys/types.h>/
Remove /\n+#include\s+<sys/cdefs.h>\n#include\s+<sys/param.h>/
Remove /\n+#include\s+<sys/cdefs.h>\n#include\s+<sys/capsicum.h>/

Sponsored by: Netflix

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Add IBM TS1170 density codes and specs.

These were obtained from a drive, but they agree with the IBM
documentation.

The bpi/bpmm values are the same as TS1160, but the number of
tracks is much lar

Add IBM TS1170 density codes and specs.

These were obtained from a drive, but they agree with the IBM
documentation.

The bpi/bpmm values are the same as TS1160, but the number of
tracks is much larger (18944 tracks vs 8704 for TS1160). The tapes
are also longer, 1337m total. (According to the MAM on a sample JF
tape. I don't have a JE tape handy to compare.) The end result
is a 50TB raw capacity (150TB compressed) for TS1170 with a JF
cartridge vs 20TB raw capacity (60TB compressed) for TS1160 with
a JE cartridge.

lib/libmt/mtlib.c:
Add the TS1170 density codes to the denstiy table in libmt.

usr.bin/mt/mt.1:
Add the TS1170 density codes and specs to the density table
in the mt(1) man page. As usual for TS drives, there is an
encrypted and non-encrypted density code (0x79 and 0x59
respectively).

MFC after: 3 days
Sponsored by: Spectra Logic

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Remove $FreeBSD$: one-line .c pattern

Remove /^[\s*]*__FBSDID\("\$FreeBSD\$"\);?\s*\n/

Add the LTO-9 density code to libmt and the mt(1) man page.

These values are taken directly from the density report from an
IBM LTO-9 tape drive. (Using mt getdensity)

A LTO-9 drive stores 18TB ra

Add the LTO-9 density code to libmt and the mt(1) man page.

These values are taken directly from the density report from an
IBM LTO-9 tape drive. (Using mt getdensity)

A LTO-9 drive stores 18TB raw (45TB with compression) on an LTO-9 tape.

lib/libmt/mtlib.c:
Add the LTO-9 density code, and bpmm/bpi values.

usr.bin/mt/mt.1:
Add the LTO-9 density code, bpmm/bpi values and number of
tracks. Bump the man page date.

MFC after: 3 days
Sponsored by: Spectra Logic

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MFHead@r345275

MFhead@r344786

Merge ^/head r344549 through r344775.

Add IBM TS1160 density codes to libmt and the mt(1) man page.

These are taken directly from the density report from a TS1160
tape drive. (Using mt getdensity)

A TS1160 drive stores 20TB raw (60TB

Add IBM TS1160 density codes to libmt and the mt(1) man page.

These are taken directly from the density report from a TS1160
tape drive. (Using mt getdensity)

A TS1160 drive stores 20TB raw (60TB with compression) on a JE tape.

lib/libmt/mtlib.c:
Add 3592A6 encrypted/unencrypted density codes, and bpmm/bpi
values.

usr.bin/mt/mt.1:
Add 3592B5 encrypted/unencrypted density codes, bpmm/bpi
values and number of tracks. Bump the man page date.

MFC after: 3 days
Sponsored by: Spectra Logic

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Merge ^/head r323559 through r325504.

MFhead@r325383

Add the LTO-8 Type M density code (0x5d, LTO-8M) to libmt and the
mt(1) man page.

LTO-8 Type M (also known as M8) is a pristine LTO-7 cartridge
formatted in a LTO-8 drive in a new, higher density fo

Add the LTO-8 Type M density code (0x5d, LTO-8M) to libmt and the
mt(1) man page.

LTO-8 Type M (also known as M8) is a pristine LTO-7 cartridge
formatted in a LTO-8 drive in a new, higher density format. It
has a separate density code, and is only readable in an LTO-8
drive.

lib/libmt/mtlib.c:
Add the LTO-8 Type M density code to the density table
in libmt.

usr.bin/mt/mt.1:
Add the LTO-8 Type M density code to the density
table in the mt(1) man page.

MFC after: 3 days
Sponsored by: Spectra Logic

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MFhead@r320180

Merge ^/head r319973 through 321382.

Merge ^/head r320971 through r320993.

Add IBM TS1155 density codes to libmt and the mt(1) man page.

These are taken directly from the density report from a TS1155
tape drive. (Using mt getdensity)

lib/libmt/mtlib.c:
Add 3592B5 encryp

Add IBM TS1155 density codes to libmt and the mt(1) man page.

These are taken directly from the density report from a TS1155
tape drive. (Using mt getdensity)

lib/libmt/mtlib.c:
Add 3592B5 encrypted/unencrypted density codes, and bpmm/bpi
values. The bpmm/bpi values are the same as TS1150, but
there are 50% more tracks.

usr.bin/mt/mt.1:
Add 3592B5 encrypted/unencrypted density codes, bpmm/bpi
values and number of tracks. Bump the man page date.

MFC after: 3 days
Sponsored by: Spectra Logic

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Merge ^/head r317971 through r318379.

Add LTO-8 density codes.

lib/libmt/mtlib.c:
Add the LTO-8 density code to the density table in libmt.

usr.bin/mt/mt.1:
Add the LTO-8 density code, tracks, bpmm, and bpi to the density
table in t

Add LTO-8 density codes.

lib/libmt/mtlib.c:
Add the LTO-8 density code to the density table in libmt.

usr.bin/mt/mt.1:
Add the LTO-8 density code, tracks, bpmm, and bpi to the density
table in the mt(1) man page.

MFC after: 3 days
Sponsored by: Spectra Logic

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Add the density code for LTO-7 to libmt and the mt(1) man page.

The density code and bits per mm values were obtained from an
actual drive density report.

The number of tracks were obtained from an

Add the density code for LTO-7 to libmt and the mt(1) man page.

The density code and bits per mm values were obtained from an
actual drive density report.

The number of tracks were obtained from an LTO-7 hardware
announcement on IBM's web site.

Sponsored by: Spectra Logic
MFC after: 3 days

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Merge sync of head

MFH: r278968-r280640

Sponsored by: The FreeBSD Foundation

Merge r278538 through r279716.

Merge from head

Merge ^/head r279313 through r279595.

Add density code for DAT-72, and notes on DAT-160.

As it turns out, the density code for DAT-160 (0x48) is the same
as for SDLT220. Since the SDLT values are already in the table,
we will leave the

Add density code for DAT-72, and notes on DAT-160.

As it turns out, the density code for DAT-160 (0x48) is the same
as for SDLT220. Since the SDLT values are already in the table,
we will leave them in place.

Thanks to Harald Schmalzbauer for confirming the DAT-72 density code.

lib/libmt/mtlib.c:
Add DAT-72 density code, and commented out DAT-160 density
code. Explain why DAT-160 is commented out. Add notes
explaining where the bpi values for these formats came from.

usr.bin/mt/mt.1:
Add DAT-72 density code, and add a note explaining that
the SDLTTapeI(110) density code (0x48) is the same as
DAT-160.

Sponsored by: Spectra Logic
MFC after: 3 weeks

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Merge r278538 through r279514.