NetBSD/sys/conf/majors

# $NetBSD: majors,v 1.16 2005/07/30 06:14:50 skrll Exp $
#
# Device majors for Machine-Independent drivers.
#
# Majors 0-143 are reserved for machine-dependent drivers and
# for traditional machine-specific MI driver major mapping.
#
# Majors 144-159 are reserved for local/vendor use.
#
# Majors 160-255 are used for the MI drivers.

device-major	crypto		char 160		crypto
device-major	pf		char 161		pf
device-major	vinum		char 162 block 162	vinum
device-major	fss		char 163 block 163	fss
device-major	pps		char 164		pps
device-major	ptm		char 165		pty
device-major	atabus		char 166		atabus
device-major	drvctl		char 167		drvctl
device-major	dk		char 168 block 168
device-major	tap		char 169		tap
device-major	veriexec	char 170		veriexec
device-major	fw		char 171		ieee1394if
device-major	ucycom		char 172		ucycom
Add a driver for Cypress microcontroller based USB serial adapters. XXX hw flow control is not supported. 2005-07-30 10:14:49 +04:00			`# $NetBSD: majors,v 1.16 2005/07/30 06:14:50 skrll Exp $`
Add some framework for MI assignment of device majors - add sys/dev/majors which is automatically included during kernel config, and add comments to individual machine-dependant majors.* files to assign new MI majors in MI file. Range 0-191 is reserved for machine-specific assignments, range 192+ are MI assignments. Follows recent discussion on tech-kern@ 2003-10-05 12:04:24 +04:00			`#`
update comments for the final major space arrangement: 0-143 machine-dependant/traditional majors 144-159 local/vendor use 160-255 new-style MI range 2003-10-11 02:41:39 +04:00			`# Device majors for Machine-Independent drivers.`
			`#`
			`# Majors 0-143 are reserved for machine-dependent drivers and`
			`# for traditional machine-specific MI driver major mapping.`
			`#`
			`# Majors 144-159 are reserved for local/vendor use.`
			`#`
			`# Majors 160-255 are used for the MI drivers.`
reassing majors for crypto and pf to use the newly defined MI major range 2003-10-11 02:42:39 +04:00
Split opencrypto configuration into an attribute, usable by inkernel clients, and a pseudo-device for userspace access. The attribute is named `opencrypto'. The pseudo-device is renamed to "crypto", which has a dependency on "opencrypto". The sys/conf/majors entry and pseudo-device attach entrypoint are updated to match the new pseudo-device name. Fast IPsec (sys/netipsec/files.ipsec) now lists a dependency on the "opencrypto" attribute. Drivers for crypto accelerators (ubsec, hifn775x) also pull in opencrypto, as providers of opencrypto transforms. 2003-12-31 19:44:26 +03:00			`device-major crypto char 160 crypto`
reassing majors for crypto and pf to use the newly defined MI major range 2003-10-11 02:42:39 +04:00			`device-major pf char 161 pf`
Add major for Vinum 2003-10-11 02:46:07 +04:00			`device-major vinum char 162 block 162 vinum`
The file system snapshot pseudo driver. Uses a hook in spec_strategy() to save data written from a mounted file system to its block device and a hook in dounmount(). Not enabled by default in any kernel config. Approved by: Frank van der Linden <fvdl@netbsd.org> 2003-12-10 14:40:11 +03:00			`device-major fss char 163 block 163 fss`
add pps device 2004-01-28 20:27:57 +03:00			`device-major pps char 164 pps`
ptm is now mandatory, depends on pty, and can be disabled with -DNO_DEV_PTM 2004-06-18 19:02:29 +04:00			`device-major ptm char 165 pty`
Implement an atabus control device, and define some ATA bus control IOCTLS. Implement ATABUSIORESET, which will reset the given ATA bus. 2004-08-02 01:40:41 +04:00			`device-major atabus char 166 atabus`
add a "drvctl" pseudo-device as userland interface to the autoconf rescan() and detach() functions 2004-08-18 16:19:29 +04:00			`device-major drvctl char 167 drvctl`
Work-in-progress implementation of "wedges", a new way to represent partitions in the NetBSD kernel. See discussion on tech-kern for details. 2004-09-25 07:30:44 +04:00			`device-major dk char 168 block 168`
Addition of tap(4). NAME tap - virtual Ethernet device SYNOPSIS pseudo-device tap DESCRIPTION The tap driver allows the creation and use of virtual Ethernet devices. Those interfaces appear just as any real Ethernet NIC to the kernel, but can also be accessed by userland through a character device node in order to read frames being sent by the system or to inject frames. In that respect it is very similar to what tun(4) provides, but the added Ethernet layer allows easy integration with machine emulators or virtual Ethernet networks through the use of bridge(4) with tunneling. ``Qui tacet consentire videtur.'' 2005-01-09 01:27:54 +03:00			`device-major tap char 169 tap`
Added veriexec as a MI major. 2005-06-03 16:39:52 +04:00			`device-major veriexec char 170 veriexec`
ieee1394 import from FreeBSD. 2005-07-11 19:29:05 +04:00			`device-major fw char 171 ieee1394if`
Add a driver for Cypress microcontroller based USB serial adapters. XXX hw flow control is not supported. 2005-07-30 10:14:49 +04:00			`device-major ucycom char 172 ucycom`