linux-kernel - [RFC PATCH 0/19] A kernel-level configfs enabled generic target engine for Linux v2.6.32

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Message-Id: <1252720508.2067.196.camel@haakon2.linux-iscsi.org>
Date:	Fri, 11 Sep 2009 18:55:08 -0700
From:	"Nicholas A. Bellinger" <nab@...ux-iscsi.org>
To:	LKML <linux-kernel@...r.kernel.org>,
	linux-scsi <linux-scsi@...r.kernel.org>
Cc:	Andrew Morton <akpm@...ux-foundation.org>,
	Greg KH <greg@...ah.com>,
	Douglas Gilbert <dgilbert@...erlog.com>,
	James Bottomley <James.Bottomley@...senPartnership.com>,
	Hannes Reinecke <hare@...e.de>,
	FUJITA Tomonori <fujita.tomonori@....ntt.co.jp>,
	Mike Christie <michaelc@...wisc.edu>,
	Joel Becker <joel.becker@...cle.com>,
	"Martin K. Petersen" <martin.petersen@...cle.com>,
	Christoph Hellwig <hch@....de>,
	Linus Torvalds <torvalds@...ux-foundation.org>,
	Alan Stern <stern@...land.harvard.edu>,
	Boaz Harrosh <bharrosh@...asas.com>,
	Florian Haas <florian.haas@...bit.com>,
	Philipp Reisner <philipp.reisner@...bit.com>
Subject: [RFC PATCH 0/19] A kernel-level configfs enabled generic target
	engine for Linux v2.6.32

Greetings all,

This is my humble request for review and inclusion of
Target_Core_Mod/ConfigFS v3.2 from lio-core-2.6.git code into mainline
v2.6.32.  With TCM v3.2, the two major SPC-4 SCSI target mode fabric
features that have now been completed: Persistent Reservation APTPL and
implict/explict ALUA are the first all optional SPC4 defined feature
implementation of PR and ALUA in the Linux OSS target theatre using an
upstream user-driven virtual filesystem directory hierarchy structure
based on configfs that can be configured in realtime in combination with
interpreted userspace code.

Both of these new features are now being used to provide Persistent Reservations
across target power loss and asymmetric multipath I/O to both Linux and non-Linux
clients.  There is also an optional ALUA transition delay logic that has been
included to futher debug and improve existing upstream client side Linux kernel code
using TCM v3.2. These patches have been diffed against v2.6.31, and tested on x86
32-bit HVM, x86_64 KVM, and powerpc.

There is cleanup work continuing to make the TCM code to use dprintk(),
and some include cleanups, and other minor fixes.  The code has also
been run through checkpatch again since the posting in April, and all
errors have been removed, with the exception of one ConfigFS macro
define triggering a checkpatch false positive.

As with the posting of the TCM v3.0 code earlier in April, I have
decided to break up the submissions into the generic target_core_mod
piece (this patch series) and then a seperate one that will be appearing
in the next days for v3.2 of the LIO-Target iSCSI fabric module.

More Information about Target_Core_Mod/ConfigFS, and PR and ALUA:

http://www.linux-iscsi.org/index.php/Target_Core_Mod/ConfigFS
http://www.linux-iscsi.org/index.php/Persistent_Reservations
http://www.linux-iscsi.org/index.php/ALUA

The complete v3.x TCM CLI operations set can be found here:

http://www.linux-iscsi.org/index.php/Lio-utils#v3.1_TCM_CLI_operations

Instructions and examples for getting setup:

http://linux-iscsi.org/builds/docs/LIO-3.0-Users_Reference_Manual.pdf
http://www.linux-iscsi.org/index.php/Howto#Start_target_core_mod

Constructive comments are welcome,

--nab

==> target_core_alua.patch <==
[RFC PATCH 1/19] Target_Core_Mod Asymmetric Logical Unit Assignment (ALUA) support
==> target_core_configfs.patch <==
[RFC PATCH 2/19] Target_Core_Mod ConfigFS infrastructure
==> target_core_device.patch <==
[RFC PATCH 3/19] Target_Core_Mod device core infrastructure
==> target_core_file.patch <==
[RFC PATCH 4/19] Target_Core_Mod FILEIO <-> Linux/VFS subsystem
==> target_core_hba.patch <==
[RFC PATCH 5/19] Target_Core_Mod HBA core infrastructure
==> target_core_iblock.patch <==
[RFC PATCH 6/19] Target_Core_Mod IBLOCK <-> Linux/Block subsystem plugin
==> target_core_mib.patch <==
[RFC PATCH 7/19] Target_Core_Mod SCSI MIBs
==> target_core_plugin.patch <==
[RFC PATCH 8/19] Target_Core_Mod Subsystem and SE Object plugin infrastructure
==> target_core_pr.patch <==
[RFC PATCH 9/19] Target_Core_Mod SPC-4 Persistent Reservations
==> target_core_pscsi.patch <==
[RFC PATCH 10/19] Target_Core_Mod PSCSI <-> Linux/SCSI subsystem plugin
==> target_core_rd.patch <==
[RFC PATCH 11/19] Target_Core_Mod RAMDISK_DR and RAMDISK_MCP subsystem plugin
==> target_core_scdb.patch <==
[RFC PATCH 12/19] Target_Core_Mod READ/WRITE command descriptor block generation code
==> target_core_seobj.patch <==
[RFC PATCH 13/19] Target_Core_Mod Storage Engine Object infrastructure
==> target_core_tmr.patch <==
[RFC PATCH 14/19] Target_Core_Mod Task Management infrastructure
==> target_core_tpg.patch <==
[RFC PATCH 15/19] Target_Core_Mod portal group endpoint infrastructure
==> target_core_transport.patch <==
[RFC PATCH 16/19] Target_Core_Mod Generic Transport Core
==> target_core_ua.patch <==
[RFC PATCH 17/19] Target_Core_Mod Unit Attention emulation support
==> target_core_base_includes.patch <==
[RFC PATCH 18/19] Target_Core_Mod base and fabric_module includes
==> target_core_misc.patch <==
[RFC PATCH 19/19] Target_Core_Mod Makefile/Kconfig and div64.c




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