| PyStorage: | Python Storage Disk Toolkit |
|---|---|
| Copyright: | Copyright (c) 2016 Kairo Araujo <kairo@kairo.eti.br> |
| License: | BSD |
| Development: | https://github.com/kairoaraujo/PyStorage |
This is a collection of storage disk partial commands.
Table of support:
| Vendor | Models |
|---|---|
| EMC |
|
| IBM |
|
- Python >=2.7
- Using PIP:
$ pip install PyStorage- Offline install
Download the package on https://pypi.python.org/pypi/PyStorage/
$ tar xvzf PyStorage-X.Y.tar.gz
$ cd PyStorage-X.Y
$ python setup.py installClass EMC.VMAX() works with EMC VMAX Storage 1 and 2.
Is necessary a SYMCLI installed and working well with your environment. For more information consult the EMC documentation.
- Importing and initializing
>>> import pystorage
>>> symcli_path = '/opt/emc/SYMCLI/bin'
>>> my_vmax = pystorage.EMC.VMAX(symcli_path)- EMC.VMAX.list()
List all Storages Disk available.
returns array [return code, output]
>>> print my_vmax.list()[1]
S Y M M E T R I X
Mcode Cache Num Phys Num Symm
SymmID Attachment Model Version Size (MB) Devices Devices
000000000100 Local VMAX-1 5876 114688 5 12361
000000000101 Local VMAX-1 5876 300800 10 16190
000000000102 Local VMAX20K 5876 421120 10 13957
000000000103 Local VMAX20K 5876 360960 5 24325
000000000104 Local VMAX40K 5876 368640 12 9249
000000000105 Local VMAX200K 5977 3014656 2 2691
000000000106 Remote VMAX20K 5876 360960 0 9588
000000000107 Remote VMAX20K 5876 240640 0 11360
000000000108 Remote VMAX20K 5876 120320 0 4640- EMC.VMAX.lspools(SID)
List all Pools from specific storage SID.
returns array [return code, output]
>>> print my_vmax.lspools(108)[1]
Symmetrix ID: 000000000108
S Y M M E T R I X P O O L S
---------------------------------------------------------------------------
Pool Flags Dev Usable Free Used Full Comp
Name PTECSL Config Tracks Tracks Tracks (%) (%)
------------ ------ ------------ ---------- ---------- ---------- ---- ----
DEFAULT_POOL S-F-D- Unknown 0 0 0 0 0
DEFAULT_POOL S-9-D- Unknown 0 0 0 0 0
DEFAULT_POOL S-8-D- Unknown 0 0 0 0 0
DEFAULT_POOL S-A-D- Unknown 0 0 0 0 0
MYPOOLSAS01 TEFDEI RAID-5(7+1) 84095232 69400896 14694336 17 0
MYPOOLSAS02 TFFDEI RAID-5(7+1) 1215449040 791717292 423731748 34 0
MYPOOLSATA01 TSFDEI RAID-6(6+2) 1081337856 974749776 106588080 9 0
Total ---------- ---------- ---------- ---- ----
Tracks 2380882128 1835867964 545014164 22 0- EMC.VMAX.ign(SID, WWN)
Get Initial Group Name full output by the WWN.
returns array [return code, output]
>>> print my_vmax.ign('108', '10:23:45:67:89:0A:BC:DE')[1]
Symmetrix ID : 000000000108
Initiator Group Name
--------------------
IG_LNXDBSRV001- EMC.VMAX.get_ign(SID, WWN)
Get Initial Group Name, only the Initial Group Name.
returns array [return code, output]
>>> print my_vmax.get_ign('108', '10:23:45:67:89:0A:BC:DE')[1]
IG_LNXDBSRV001- EMC.VMAX.mvn(SID, 'INITIAL GROUP NAME')
Get the Mask View Names with full informations using the Initiator Group Name.
returns array [return code, output]
>>> print my_vmax.get_mvn('108', 'IG_DBSERVER_LINUX')[1]
Symmetrix ID : 000000000108
Initiator Group Name : IG_LNXDBSRV001
Last update time : 12:46:36 PM on Tue Dec 09,2014
Group last update time : 12:46:36 PM on Tue Dec 09,2014
Host Initiators
{
WWN : 10234567890abcde
[alias: 10234567890abcde/10234567890abcde]
}
Masking View Names
{
MV_LNXDBSRV001
}
Parent Initiator Groups
{
None
}- EMC.VMAX.get_mvn(SID, 'INITIAL GROUP NAME')
Get Mask View Name by the Initial Group Name.
returns array [return code, output]
>>> print my_vmax.get_mvn('108', 'IG_DBSERVER_LINUX')[1:]
MV_LNXDBSRV001- EMC.VMAX.sgn(SID, 'MASK VIEW NAME')
Get the full Storage Group Name information by the Mask View Name.
returns array [return code, output]
>>> print my_vmax.sgn('168', 'MV_LNXDBSRV001')[1]
Symmetrix ID : 000000000108
Masking View Name : MV_LNXDBSRV001
Last update time : 05:32:53 PM on Thu Nov 12,2015
View last update time : 05:32:53 PM on Thu Nov 12,2015
Initiator Group Name : IG_LNXDBSRV001
Host Initiators
{
WWN : 10234567890abcde
[alias: 10234567890abcde/10234567890abcde]
}
Port Group Name : PG_LNXDBSRV001_012A
Director Identification
{
Director
Ident Port WWN Port Name / iSCSI Target Name
------ ---- -------------------------------------------------------
01-2A 000 500001234567890a
}
Storage Group Name : SG_LNXDBSRV001
Number of Storage Groups : 0
Storage Group Names : None
Sym Host
Dev Dir:Port Physical Device Name Lun Attr Cap(MB)
------ -------- ----------------------- ---- ---- -------
00055 09F:000 Not Visible 1 3
00056 09F:000 Not Visible 2 3
00057 09F:000 Not Visible 3 3
00058 09F:000 Not Visible 4 3
-------
Total Capacity 12- EMC.VMAX.get_sgn(SID, 'MASK VIEW NAME')
Get the Storage Group Name by the Mask View Name
returns array [return code, output]
>>> print my_vmax.get_sgn('108', 'MV_LNXDBSRV001')[1]
SG_LNXDBSRV001- EMC.VMAX.create_dev(SID, COUNT, 'LUN SIZE', 'MEMBER SIZE', 'REGULAR or META','POOL', 'STORAGE GROUP NAME' 'PREPARE or COMMIT')
Create and add LUN to Storage Group Name.
return array [return code, output]
>>> my_vmax.create_dev('168', 2, '50', '0', 'regular','MYPOOLSAS02',
'SG_LNXDBSRV001' 'prepare')
Establishing a configuration change session...............Established.
Processing symmetrix 000000000108
{
create dev count=2, size=54600 cyl, emulation=FBA, config=TDEV,
mvs_ssid=0, binding to pool MYPOOLSAS02, sg=SG_LNXDBSRV001;
}
Performing Access checks..................................Allowed.
Checking Device Reservations..............................Allowed.
Initiating COMMIT of configuration changes................Started.
Committing configuration changes..........................Queued.
COMMIT requesting required resources......................Obtained.
Step 002 of 018 steps.....................................Executing.
Step 011 of 018 steps.....................................Executing.
Step 016 of 019 steps.....................................Executing.
Step 016 of 019 steps.....................................Executing.
Local: COMMIT............................................Done.
Adding devices to Storage Group...........................
New symdevs: 00D28:00D29 [TDEVs]
Terminating the configuration change session..............Done.Class EMC.VNX() works with EMC VNX.
Is necessary a NAVISECCLI installed and working well with your environment. For more information consult the EMC documentation.
All returns are:
If return code is 0: [return code, data]
If return code is different of 0: [return code, 'data error', 'data'
- Importing and initializing
>>> import pystorage
>>> vnx = pystorage.VNX('naviseccli', '10.0.0.1')- EMC.VNX.pools()
List all pools informations.
>>> print vnx.pools()[1]
Pool Name: P1SAS600K15
Pool ID: 0
Raid Type: r_5
Percent Full Threshold: 70
Description:
Disk Type: SAS
State: Ready
Status: OK(0x0)
Current Operation: None
Current Operation State: N/A
Current Operation Status: N/A
Current Operation Percent Completed: 0
Raw Capacity (Blocks): 236411400960
Raw Capacity (GBs): 112729.741
User Capacity (Blocks): 188771917824
User Capacity (GBs): 90013.465
Consumed Capacity (Blocks): 187616231424
Consumed Capacity (GBs): 89462.391
Available Capacity (Blocks): 1155686400
Available Capacity (GBs): 551.074
Percent Full: 99.388
Total Subscribed Capacity (Blocks): 189324546048
Total Subscribed Capacity (GBs): 90276.979
Percent Subscribed: 100.293
Oversubscribed by (Blocks): 552628224
Oversubscribed by (GBs): 263.514
(...)
Disks:
Bus 2 Enclosure 2 Disk 10
Bus 2 Enclosure 2 Disk 12
Bus 2 Enclosure 2 Disk 14
Bus 3 Enclosure 3 Disk
LUNs: 806, 677, 198, 896, 479, 768, 620, 708, (...)
(... End of Example ...)- EMC.VNX.pool_list()
Return array with pool names
>>> vnx.pool_list()[1]
['P1SAS600K15']- EMC.VNX.port_list_all()
Return all data about port list from storage
>>> print vnx.port_list_all()[1]
Information about each HBA:
HBA UID: C0:50:76:05:17:AA:00:2C:C0:50:76:05:17:AA:00:2C
Server Name: MYSERVER01
Server IP Address: 10.10.10.10
HBA Model Description:
HBA Vendor Description:
HBA Device Driver Name: N/A
Information about each port of this HBA:
SP Name: SP A
SP Port ID: 4
HBA Devicename: N/A
Trusted: NO
Logged In: YES
Source ID: 3943170
Defined: YES
Initiator Type: 3
StorageGroup Name: SG_MYSERVER01
.
SP Name: SP B
SP Port ID: 4
HBA Devicename: N/A
Trusted: NO
Logged In: YES
Source ID: 3943170
Defined: YES
Initiator Type: 3
StorageGroup Name: SG_MYSERVER01
.
Information about each HBA:
HBA UID: C0:50:76:05:17:AA:00:2E:C0:50:76:05:17:AA:00:2E
Server Name: MYSERVER02
Server IP Address: 10.10.10.11
HBA Model Description:
HBA Vendor Description:
HBA Device Driver Name: N/A
Information about each port of this HBA:
(...end of example...)- EMC.VNX.get_luns('POOL')
Get all LUNs IDs used in the pool sorted.
>>> print vnx.get_luns('P1SAS600K15')[1]
['0', '1', '2', '3', '4', '5', '6', '7', '8', '9', '10', '11' ...]- EMC.VNX.show_lun('ID')
Get information about specific LUN ID.
>>> print vnx.show_lun('3')[1]
LOGICAL UNIT NUMBER 3
Name: DB_LUN_3
UID: 60:06:01:60:20:A0:2D:00:36:1B:B4:88:A3:A9:E1:11
Current Owner: SP B
Default Owner: SP B
Allocation Owner: SP B
User Capacity (Blocks): 943718400
User Capacity (GBs): 450.000
Consumed Capacity (Blocks): 972877824
Consumed Capacity (GBs): 463.904
Pool Name: P1SAS600K15
Raid Type: r_5
Offset: 0
Auto-Assign Enabled: DISABLED
Auto-Trespass Enabled: DISABLED
Current State: Ready
Status: OK(0x0)
Is Faulted: false
Is Transitioning: false
Current Operation: None
Current Operation State: N/A
Current Operation Status: N/A
Current Operation Percent Completed: 0
Is Pool LUN: Yes
Is Thin LUN: No
Is Private: No
Is Compressed: No
Tiering Policy: No Movement
Initial Tier: Optimize Pool
Tier Distribution:
Performance: 100.00- EMC.VNX.get_hostname('WWN')
Get the Hostname on storage by host WWN address.
>>> print vnx.get_hostname('C0:50:76:05:14:5F:00:30')[1]
SERVER_DB02- EMC.VNX.get_stggroup('WWN')
Get the Storage Group Name on storage used by host WWN address.
>>> print vnx.get_stggroup('C0:50:76:05:14:5F:00:30')[1]
SG_SERVER_DB2- EMC.VNX.show_stggroup('STORAGE GROUP NAME')
Get all informations about the specific storage group name.
>>> print vnx.show_stggroup('SG_SERVER_DB2')[1]
Storage Group Name: SG_SERVER_DB2
Storage Group UID: D2:F2:E2:05:89:2F:E3:11:B6:12:00:60:16:38:6D:4F
HBA/SP Pairs:
.
HBA UID SP Name SPPort
------- ------- ------
20:00:00:24:FF:40:1B:3F:21:00:00:24:FF:40:1B:3F SP A 7
20:00:00:24:FF:40:35:C1:21:00:00:24:FF:40:35:C1 SP A 7
20:00:00:24:FF:40:1B:3F:21:00:00:24:FF:40:1B:3F SP B 7
20:00:00:24:FF:40:35:C1:21:00:00:24:FF:40:35:C1 SP B 7
20:00:00:24:FF:40:1B:4F:21:00:00:24:FF:40:1B:4F SP A 7
20:00:00:24:FF:40:1B:4F:21:00:00:24:FF:40:1B:4F SP B 7
20:00:00:24:FF:40:1A:3E:21:00:00:24:FF:40:1A:3E SP A 3
20:00:00:24:FF:40:1A:3E:21:00:00:24:FF:40:1A:3E SP B 3
20:00:00:24:FF:40:35:C0:21:00:00:24:FF:40:35:C0 SP A 3
20:00:00:24:FF:40:1B:4E:21:00:00:24:FF:40:1B:4E SP A 3
20:00:00:24:FF:40:35:C0:21:00:00:24:FF:40:35:C0 SP B 3
20:00:00:24:FF:40:1B:4E:21:00:00:24:FF:40:1B:4E SP B 3
20:00:00:24:FF:40:1A:3F:21:00:00:24:FF:40:1A:3F SP A 7
20:00:00:24:FF:40:1A:3F:21:00:00:24:FF:40:1A:3F SP B 7
.
HLU/ALU Pairs:
.
HLU Number ALU Number
---------- ----------
0 923
1 920
2 925
3 922
4 1040
5 1041
6 1042
Shareable: YES- EMC.VNX.get_hlu_stggroup('STORAGE GROUP NAME')
Get all the HLU IDs in use on the Storage Group Name
>>> print vnx.get_hlu_stggroup('SG_SERVER_DB2')[1]
['0', '1', '2', '3', '4', '5', '6']- EMC.VNX.create_dev('address', 'lun_size', 'pool_name', 'LUN ID', 'LUN', lun_type="NonThin")
Create LUN on specific pool
>>> vnx.create_dev('10.0.0.1', 50, 'P1SAS600K15', '103' 'DB2_LUN_103', lun_type="NonThin"):- EMC.VNX.mapping_dev('STORAGE GROUP NAME', 'HLU ID', 'LUN ID'):
Add (Mapping) of LUN to Storage Group Name
>>> vnx.mapping_dev('SG_SERVER_DB2', '7', '103')Class IBM.DS8K() works with IBM DS8000 System Storage family.
Is necessary a DSCLI installed and configured using profile files by storage.
The profile files is usual stored on /opt/ibm/dscli/profile/
The usual name is dscli.profile_[storage name]
For more informations check: http://www-01.ibm.com/support/knowledgecenter/#!/STUVMB/com.ibm.storage.ssic.help.doc/f2c_cliprofile_1yecd2.html
- Importing and initializing
>>> import pystorage
>>> dscli_path = '/opt/ibm/dscli'
>>> dscli_profile_path = '/opt/ibm/dscli/profile/'
>>> my_ds8k = pystorage.IBM.DS8K(dscli_path, dscli_profile_path+'dscli.profile_wxyz')- IBM.lsextpool()
List all available pools, full output.
return [return code, output]
>>> print my_ds8k.lsextpool()[1]
Date/Time: January 21, 2016 10:34:07 AM BRST IBM DSCLI Version: 7.7.5.61 DS: IBM.2107-82BWXYZ
Name ID stgtype rankgrp status availstor (2^30B) %allocated available reserved numvols
======================================================================================
P0 P0 fb 0 below 14285 96 14285 0 2948
P1 P1 fb 1 below 11737 96 11737 0 2878
P2 P2 fb 0 below 11995 66 11995 0 341
P3 P3 fb 1 below 12123 65 12123 0 422- IBM.lshostconnect('WWPN')
Get the list of hosts. If used with WWPN (optional) returns informations from specified WWPN host.
>>> print my_ds8k.lshostconnect('10234567890abcde')[1]
Date/Time: January 21, 2016 10:36:55 AM BRST IBM DSCLI Version: 7.7.5.61 DS: IBM.2107-82BWXYZ
Name ID WWPN HostType Profile portgrp volgrpID ESSIOport
==================================================================================================
LNXDBSRV001_TESTS 03DB 10234567890ABCDE LinuxRHEL Intel - Linux RHEL 0 V334 all- IBM.get_hostname('WWPN')
Get the hostname from host by the WWPN.
>>> print my_ds8k.get_hostname('10234567890abcde')[1]
LNXDBSRV001_TESTS- IBM.get_id('WWPN')
Get the id from host by the WWPN.
>>> print my_ds8k.get_hostname('10234567890abcde')[1]
03DB- IBM.get_volgrpid('WWPN')
Get the Volume Group ID from host by the WWPN.
>>> print my_ds8k.get_volgrpid('10234567890abcde')[1]
V334- IBM.lsfbvol()
List all fixed block volumes in a storage. Arguments can be used IBM.DS8K.lsfbvol('args')
Suggestions:
To get all volumes for a specific Volume Group use:
IBM.DS8K.lsfbvol('-volgrp VOL_GROUP_ID')
To get all volumes with IDs that contain the specified logical subsystem ID use:
IBM.DS8K.lsfbvol('-lss LSS_ID')
>>> print my_ds8k.lsfbvol('-lss 01')
Date/Time: January 21, 2016 11:55:35 AM BRST IBM DSCLI Version: 7.7.5.61 DS: IBM.2107-82BWXYZ
Name ID accstate datastate configstate deviceMTM datatype extpool cap (2^30B) cap (10^9B) cap (blocks)
===================================================================================================================
LUN_0100 0000 Online Normal Normal 2107-900 FB 512 P1 50.0 - 104857600
LUN_0101 0001 Online Normal Normal 2107-900 FB 512 P1 50.0 - 104857600
LUN_0102 0002 Online Normal Normal 2107-900 FB 512 P1 50.0 - 104857600
(...)- IBM.DS8K.mkfbvol(pool, size, prefix, vol_group, address)
Create the fbvol(s) and allocate to the Volume Group.
>>> print my_ds8k.mkfbvol('P1', 50, 'LUN_', 'V334', '0100 0101 0102 0103')
FB volume 0100 successfully created.
FB volume 0101 successfully created.
FB volume 0102 successfully created.
FB volume 0103 successfully created.- IBM.DSK8K.chvolgrp(vol_address, vol_group):
Add a volume in another volume group.
>>> my_ds8k.chvolgrp('0101-0103', 'V335')
Volume group V335 successfully modified.- Coding
- Create your account on GitHub
- Make a fork from GitHub (https://github.com/kairoaraujo/PyStorage)
- Sign in on GerritHub.io (http://review.gerrithub.io) using your account from GitHub
- Submit you review =)
- Reporting Issue or suggestions
- Create a new issue https://github.com/kairoaraujo/PyStorage/issues
EMC, SYMCLI and VMAX are trademarks of EMC in the United States, other countries, or both.
IBM and DS are trademarks of EMC in the United States, other countries, or both.