LRAID cmds - Revision history

Lundman at 00:16, 24 April 2013

2013-04-24T00:16:18Z

← Older revision		Revision as of 00:16, 24 April 2013
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	pkg install service/~~filesystem~~/smb		pkg install /service/file-system/smb
	svcadm enable -r smb/server		svcadm enable -r smb/server
	echo "password required pam_smb_passwd.so.1 nowarn" >> /etc/pam.d/other		echo "password required pam_smb_passwd.so.1 nowarn" >> /etc/pam.d/other

Lundman at 01:31, 23 April 2013

2013-04-23T01:31:12Z

← Older revision		Revision as of 01:31, 23 April 2013
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	# sharemgr show -vp		# sharemgr show -vp

			=== SMB Solaris 11.1 ===

			Unfortunately, Oracle changed everything about sharesmb with Solaris 11.1


			pkg install service/filesystem/smb
			svcadm enable -r smb/server
			echo "password required pam_smb_passwd.so.1 nowarn" >> /etc/pam.d/other
			useradd public
			smbadm enable-user public
			zfs set share=name=fs1,path=/rpool/fs1,prot=smb rpool/fs1
			zfs set sharesmb=on rpool/fs1
			passwd -r files public

	=== Solaris Admin ===		=== Solaris Admin ===

Lundman at 01:18, 23 April 2013

2013-04-23T01:18:25Z

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Lundman at 00:25, 23 April 2013

2013-04-23T00:25:31Z

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Lundman at 07:05, 24 October 2012

2012-10-24T07:05:08Z

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Lundman at 03:54, 8 July 2011

2011-07-08T03:54:43Z

← Older revision		Revision as of 03:54, 8 July 2011
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	(Ok, there should be a disk in sata1/5, but the kids probably popped it out)		(Ok, there should be a disk in sata1/5, but the kids probably popped it out)


			=== pools ===

	There are two parts to ZFS. The "pool" of storage, and "file-systems". All pool commands are done with "zpool" and all filesystem commands are done with "zfs".		There are two parts to ZFS. The "pool" of storage, and "file-systems". All pool commands are done with "zpool" and all filesystem commands are done with "zfs".
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			=== File systems ===

	ZFS has two kinds of filesystems. Regular ZFS file system, and a "Virtual-Volume". The latter creates a virtual block device (fake disk) which you can then use as a regular disk, ie, format it "ext3" if you really want to, mount it etc. In this case, we create a Volume for "swap", and for "slog". The size of both ZFS-fs, and Volumes, can be changed on the fly.		ZFS has two kinds of filesystems. Regular ZFS file system, and a "Virtual-Volume". The latter creates a virtual block device (fake disk) which you can then use as a regular disk, ie, format it "ext3" if you really want to, mount it etc. In this case, we create a Volume for "swap", and for "slog". The size of both ZFS-fs, and Volumes, can be changed on the fly.
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			=== Troubles ===

	If you lose a HDD, pull the HDD out of the NAS. And insert a replacement drive.		If you lose a HDD, pull the HDD out of the NAS. And insert a replacement drive.
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	c10t5d0 FAILED 0 0 0		c10t5d0 FAILED 0 0 0
	c10t5d0/1 replacing 0 0 0		c10t5d0/1 replacing 0 0 0


			=== Snapshots ===


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	# zfs destroy mypool/secure@20110708		# zfs destroy mypool/secure@20110708


			=== SMB ===

	How to share with SMB		How to share with SMB
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	# sharemgr show -vp		# sharemgr show -vp



			=== Solaris Admin ===

Lundman at 03:52, 8 July 2011

2011-07-08T03:52:42Z

← Older revision		Revision as of 03:52, 8 July 2011
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	# zfs destroy mypool/secure@20110708		# zfs destroy mypool/secure@20110708


			How to share with SMB

			Enable the SMB servers
			# svcadm enable -r smb/server

			Join a workgroup
			# smbadm join -w ''workgroup-name''

			Make sure PAM is told to keep SMB passwords as well:

			# vi /etc/pam.conf
			other password required pam_smb_passwd.so.1 nowarn
			at the end of the file.

			Set your password again to save SMB password
			# passwd ''username''

			Turn on sharing for your dataset
			# zfs set sharesmb=on mypool/secure
			OR
			For example, to specify a resource name of myfs for the ztank/myfs file system, type:
			# zfs set sharesmb=name=myfs ztank/myfs

			Windows is case insensitive, so you most likely want to share your filesystems like this:

			# zfs create -o casesensitivity=mixed -o nbmand=on -o sharesmb=name=yourfs ztank/yourfs

			Verify that it is being shared:

			# sharemgr show -vp

Lundman at 01:03, 8 July 2011

2011-07-08T01:03:08Z

← Older revision		Revision as of 01:03, 8 July 2011
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	mypool/secure@20110708 0 - 906G -		mypool/secure@20110708 0 - 906G -

	To create a snapshot, just give the dataset name (mypool/secure) @ ~~snopshot~~-name. It can be any name, but as convention, many people use the date. Note the snapshot is taking 0 bytes of space. It only records the differences. So, let's delete something:		To create a snapshot, just give the dataset name (mypool/secure) @ snapshot-name. It can be any name, but as convention, many people use the date. Note the snapshot is taking 0 bytes of space. It only records the differences. So, let's delete something:

	-rwxrwxrwx 1 501 501 250974208 2007-08-22 19:15 make_big_words.avi		-rwxrwxrwx 1 501 501 250974208 2007-08-22 19:15 make_big_words.avi

Lundman at 00:53, 8 July 2011

2011-07-08T00:53:56Z

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Lundman at 02:41, 6 July 2011

2011-07-06T02:41:36Z

← Older revision		Revision as of 02:41, 6 July 2011
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	$ ssh lraid5		$ ssh lraid5
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	Note that default Solaris creates lots of little filesystems, one for each boot (realtek & solaris), one for "dump", "swap", "export" "export/home" and "export/home/lundman". But then, filesystems are really cheap in ZFS, so, why not. Gives you lots of control.		Note that default Solaris creates lots of little filesystems, one for each boot (realtek & solaris), one for "dump", "swap", "export" "export/home" and "export/home/lundman". But then, filesystems are really cheap in ZFS, so, why not. Gives you lots of control. Traditionally filesystems were quite monolithic, where as in ZFS they are closer to "mkdir".

	Checking the attributes of the "rpool":		Checking the attributes of the "rpool":
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	# zfs set mountpoint=/roger zpool/roger		# zfs set mountpoint=/roger zpool/roger
	(Note the dataset name, ie pool+fs, starts with pool name 'zpool', no leading slash).		(Note the dataset name, ie pool+fs, starts with pool name 'zpool', no leading slash). ZFS remounts it for you.

	And remove it:		And remove it:
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	CAVEAT: NFS will only work if it can look up hostnames. So your A100/PC needs to live in /etc/hosts on the NAS (and most likely NAS needs to be in hosts on those machines too). Or your router returns some name for those IPs when looked up.		CAVEAT: NFS will only work if it can look up hostnames. So your A100/PC needs to live in /etc/hosts on the NAS (and most likely NAS needs to be in hosts on those machines too). Or your router returns some name for those IPs when looked up.

	When you ~~se4t~~ "sharenfs" Solaris will automatically share the volume, but you can control it manually as well.		When you set "sharenfs" Solaris will automatically share the volume, but you can control it manually as well.

	# zfs shareall		# zfs shareall
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	But you most likely will only need to "shareall" if you use "encryption" with your filesystem.		But you most likely will only need to "shareall" if you use "encryption" with your filesystem.

	All ZFS ~~atrributes~~ (or are they called properties?) can have user-defined values. As it happens, llink will read properties called "net.lundman:sharellink" and if set to "on" will add to ROOTs.		All ZFS attributes (or are they called properties?) can have user-defined values. As it happens, llink will read properties called "net.lundman:sharellink" and if set to "on" will add to ROOTs.

	# zfs set net.lundman:sharellink=on zpool/secure		# zfs set net.lundman:sharellink=on zpool/secure