Displays the version of symapi.

The list of ennvironmental variable that can be set for a SYMCLI session.

List of currently defined environmental variables .

List all the remote arrays and respective remote RDF ports visible through the RA ports of 1234.This command can be issued after doing a RA to RA port zoning for SRDF .

A brief description of the all connected Symmetrix boxes.

Check whether the SYMAPI database is in sync with the current configuration of array 1234.

Check the configuartion and SYMAPI database status of all arrays.

Shows the configuration information about the current symapi database.

Remove the array 1234 from symcfg list.

List all the external locks held in Symmetrix array 1234.

Release the lock 15 held on array 1234 .

Displays detailed information about the Symmetrix Array 1234.

Displays the online status of all directors( Frontend+Backend).

Displays the online status of all Front-end directors.

Displays the online status of all Back-end directors.

Displays wwn of all front-end director ports.

Displays online and connection status of all front-end director ports.

List the LUN information / availability of lun ids on port 4a0 in array 1234 .

List details about all the rdf groups in array.

List details about rdf group 3 .

List details about all the dynamic rdf groups in array .

List details about all the static rdf groups in array .

Shows the specific SRDF/A information about the rdf group 10.

Dispalys the information and status of arrays physical components like powersupply units Fans etc.

List all devices in symmetrix 1234.

List the devices which are not mapped to any ports.

List all unmapped meta devices .

List all devices whose dyn_rdf attribute set .

List all celerra devices .

List all FBA emulated devices .

Checks whether hotspare invoked in the array .

Lists the grouped list of various devices like RAID-5 2-Way_Mirror etc..

show the detailed information about device ABC.

show the detailed information of devices ABC to ABE.

List the devices from ABC:ABE with the mapped FA information if they are assigned to more than one FA port.

Write disable the device ABC from through all directors.

Write disable the device ABC on FA port 3a:0.

set the device status as "Not Ready".

Set the status of the device ABC to "Ready".

List the masking details of the dev ABC .

List the devices masked to given wwn number .

List the devices masked to given alias hba name .

List HBA details of the host.

List out wwns logged through port 4a0 .

Check whether wwn 1000000000000001 logged in to any of the FAs on array 1234.

Delete the login history of wwn 1000000000000001 from all FA logged ports.

Refresh the VCM Data Base after a masking and unmasking operation.

Mask the devices ABC and ABD to given wwn in 1234 arrray .

Unmask the devices ABC and ABD from given wwn in 1234 arrray .

Replace all occurrence of wwn 1000000000000001 with 1000000000000002 in array 1234.

List device groups which include the devices from array 1234.

Create device group mydg of rdf1 type .

Shows members/details of mydg.

Renames the mydg to yourdg.

Export mydg to file mydgfile.txt.

Create mydg from the file mydgfile.txt which created earlier using export option.

Export all device groups created in array 1234 to file mydgfile.txt.

Create all device groups from the file mydgfile.txt which created earlier using exportall option.

Move the device DEV003 from mydg to yourdg( both DGs must be in same RDFG.

Move all the devices from mydg to yourdg( both DGs must be in same RDFG.

Delete device group mydg.

Add the RDF device ABC to device group mydg as DEV006

Remove DEV006 form device group mydg.

Establish the SRDF relation between the devices given in the file rdf.txt from array 1234(R1) and remote box according to the rdf group .This command start sync between R1 and R2 and also add these devices after creating the device group mydg

Query the Devices by using device pair file.

Query device group.

Split the srdf pair for devices given in mydg.

Delete the srdf pairing between R1/R2 and return them to stanadard.

Lists all physical devices attached to local host.

Shows the HBA details of the local host like HBA Name , WWN etc..

List all physical devices with target ports which are mapped.

List of total disks in the array.

Shows the detailed information like speed and HYPERS of the disk 1A:C12.

Shows the available space(GAPS) on the disk 1A:C12.

Shows only the available space(GAPS) on the disk 1A:C12.

List Hotspares configured in the array.

Displays the details of all hotspare in the array.

Displays all the disks in array by disk groups.

Displays all the disks in disk group 1.

List all Initiator, Port and Storage Groups Created for Array 1234

List all Initiator,Port and Storage Groups Created for Array 1234 along with related Masking Views

List all Storage Groups Created for Array 1234

List all Initiator Groups Created for Array 1234

List all Port Groups Created for Array 1234

List masking views Created for Array 1234 with related groups details

Shows the masking details of devices from 9A0 to 9AF

Replace all occurance of wwn 1000000000000001 with 1000000000000002 in array 1234

Check whether wwn 1000000000000001 logged in to any of the FAs on array 1234.

Check whether the HBA WWN 1000000000000001 is a member of any Initiator Group.

Check whether the device AAA is part of of any Storage Groups.

Shows the devices are mapped to 12f:1 but not part of any masking view.

List all groups named MyGroup

List all groups named MyGroup and also shows the related Masking Views

List the details of devices assigned to the initiatorgroup MyInitiator

Shows the contents of storage group MyStorageGroup Created on Array 1234

Shows the contents of initiator group MyInitiatorGroup Created on Array 1234

Shows the contents of port group MyPortGroup Createdon Array 1234

Shows the contents of view MyView Created on Array 1234

Creates a file MyBackup containing all the group and view information currently on the Symmetrix array 1234

Restores all the group

Creates and initiator group called Host1 by adding the specified wwn

Rename the Initiator Gorup Host1 as Host2

Create the portgroup E0_4E0_13E0_14E0 with specified ports

Rename the Port Gorup 3E0_4E0_13E0_14E0 as 3E1_4E1_13E1_14E1

Create the storage group Host1 with specified range of devices

Add the devices AAA:AAB to storage group Host1.
goto utility

Remove the device AAA to AAB from storage group Host1

Remove the device AAA to AAB from storage group Host1 and also unmap from the FAs

Rename the Storage Gorup Host1 as Host2

Create a masking view combined with specified groups

Rename name of view Host1_Allocation as Host2_Allocation

Delete view Host1_Allocation.

Delete view Host1_Allocation and also unmap all the device in associated storage group.

List all the thinpools in array 1234.

List all the datadevices in thinpool My_Pool on array 1234.

List all the thin devices in array 1234.And also shows the thinpools associated to each device with the binding status.

List all the thin devices assoicated with thinpool My_Pool

list all thin devices in array 1234

list all thin devices in array 1234 which are not mapped

Shows the configuration informations like the micro-code version , whether the Dynamic RDF is enabled or not etc..

Shows the Formatted and Unformatted freespace in MegaBytes on array 1234

Check the status of a running configuration change.

Validates the syntax of the commands in 'command_file.txt' and also verify the configuration changes.

The prepare option will validate the command syntax and Verify the appropriateness of the changes and operations.

Apply the changes defined in the command file.

Remove ports 1e:0 and 16e:0 from port group 'PG_1_2_15_16_E0_Group'.

Remove HBA WWN 1000000000000001 from Initiator Group IG_Server_A

Remove Initiator Group 'IG_Server_A' from parent Initiator Group 'IG_Servers'

Create 10 RAID-5 devices of size 18414 cylinders , as emulation FBA from diskgroup 2 and also set the dynamic bit on those.

Create 10 thin devices of size 20GB with emulation type as FBA.

Create 10 thin devices of cylinder size 1025( around 1GB ) with emulation type as FBA.

Create 10 thin devices of size 20GB with emulation type as FBA and also bind to thin pool MyPool.

Create 10 thin devices of size 20GB with emulation type as FBA , bind to thin pool MyPool and prellocate 5GB.

Bind the TDEVS AAA and AAB to thin pool MyPool.

Bind the TDEVS AAA and AAB( of 10GB each ) to thin pool MyPool and preallocate 5GB for each device.

This commands will provide the list of DATA devices created in array 1234.

Allocate the tdevs AAAA to AABB to 100% of its defined size.

Shows the wwn of the local HBA and the devices assigned to those.

Rename name of view Host1_Allocation as Host2_Allocation

This command will backup all the Masking Views information for array 1234 to file Total_views.

This command will restore all Masking view information for Vmax Array 1234 from file Total_views , which is earlier created by "backup" option.

List the local devices along with the serial number of corresponding array.

Make the front-end port 6h:1 to online.

Make the front-end port 6h:1 to offline.

shows the amount and details of memory configure in the array .

This provides a brief summary of all diskgroups in array 1234 along with speed , size and type of disks.

Queries the pair devices mentioned in the pairfile "rdf_pair.txt" in every 5 seconds.This command also shows the estimated time to sync up all the devices if those are currently in "sync in progress" state.

Moves the SRDF devices from rdf group 3 to 4.We need to split the pair before doing this operation.

Change the current SRDF mode of the pair file devices to Adaptive disk mode.

Establish a full copy on the devices in MyDg

Change the current SRDF mode of the pair file devices to Synchronous

Add another HBA WWN to the existing Initiator group(IG) "Host1".

Add an aditional port 6e:0 to the existing port group(PG) "MyPorts".

Add a child Initiator Group(Host2_IG) to the parent Initiator Group(Host1_Host2_IG).

Convert a CELERA_FBA device to FBA.(the existing emulation type of device ABCD is CELERA_FBA)

Convert FBA Device ABCD to a CELERA Device.( The current emulation type of the device ABCD is FBA.)

Lists all Gatekeeper devices in the local host.

Define the symdev 00AA as Gatekeeper Device.

This command will list all the SRDF devices in all rdf groups.

With "detail" option ,this commands will displays the multiple thin pools that each TEVS binded with.

Bind the devices in Storage Group "Server1_SG" to thin pool "My_Pool"

List the Traditional Solution Enabler License.

Register the Traditional Solution Enabler License key FFFF-FFFF-FFFF-FFFF.

Delete the Traditional Solution Enabler License key FFFF-FFFF-FFFF-FFFF.

Assign a name "Tier2_400GB" to disk group 5.

List all the failed drives in array 1234.

convert static SRDF device AAA to dynamic device.

delete the symdevs AAA:AAB.

Enables the concurrent SRDF Feature in a Symmetric Array.This will enable to create SRDF-R1 devices with multiple R2s.

Enables the Dynamic RDF capabilty of the array.

enables the concurrent SRDF capability in the array level, where can have multiple R2s for a single R1 dynamic rdf device.

Lists the detailed VCMDB database which includes all the FA ports , the WWN associated with it and the devices masked to those.Also shows the flag status like "Visibility"," Lun Offset" ect ..

By including '-detail' option will shows the Flag settings like 'FCID Lockdown' ,'Consistent Lun'.. for each WWN number in the initiator group.

This command is the best option to see both parent and child initiator groups( cascaded initiator group) and associated devices for a masking view.

Displays the content of view 'Server_A_B_View' with the WWN details of child-Initiator group 'Server_B_IG'.

List all the storage groups in Vmax array 1234 along with informations like whether the SG a member of Masking View and is a part of FAST Policy.

the -v options displays the member devices of Storage Groups along with other details given by list.

Create a new SG,'MySrorageGroup' in Vmax Array 1234

Deletes the empty SG 'MySrorageGroup' from 1234.The SG should not be associated with any Masking View.

Deletes the SG 'MySrorageGroup' which contains devices but not associated with any Masking View.

Shows the devices in a Storage Group along with its Masking View and FAST Policy association status.

Export the device information from SG to the text file.

exports the device information from all the SGs from 1234 array to the text file storagegroups.txt

Create SG 'MyStorageGroup' from the earlier exported file MystorageGroup.txt.

Create storage groups from the earlier exported file MystorageGroup.txt.Storage Group names will be created according to the names in text file.

Rename SG MyStorageGroup to MyNewStorageGroup

Set the status of all devices in SG 'MyStorageGroup' to READY.

Change the status of all the devices in SG 'MyStorageGroup' from READY to NOT READY.

Write enable all the devices in SG 'MyStorageGroup'

Write Disable all the devices in SG 'MyStorageGroup'

Delete the wwn 1000000000000001 on port 6g:1 from the login history table of vmax 1234

Bind the device AAA to thin pool MyPool and prellocate the entire size of device.

This command will create a dynamic rdf group 100 on array 1234( RA Port-3h,4h,13h,14h ) pairing remote array 5678( RA Port 7h,8h,9h,10h ) with label 'dynagrp100'.

Displays the datadevices in array 1234 along with the pool information of each device is associated with.

Lists all the thin devices in array 1234 which are bounded to a thin pool.

Lists all the thin devices in array 1234 which are not bounded to any thin pools.

Lists thin devices starting from AAA to ABB and the pools which are bounded with.

Delete/Remove an empty storage group.The "-force" must be used if the storage group(SG) is not empty.We can't delete SG if it is part of a Masking View.

Delete/Remove an empty port group.The "-force" must be used if the port group(PG) is not empty.We can't delete PG if it is part of any Masking View.

Delete/Remove an empty initiator group.The "-force" must be used if the initiator group(IG) is not empty.We can't delete IG if it is part of a Masking View.

With 'cmd" option we can mention the commands to be executed along with the symconfigure command itself and thus avoid the creation of a command file.

Lists all the BCV devices in array 1234 along with details like BCV-STD device,Status of the pair etc.

Add the BCV device BBB to the Device Group TestDg.

Remove/Disassociates the device BBB from DG TestDg.

Establiash the relationship between the standard and BCV devices in Device Group TestDg.

Split the pair in device group TestDg

Terminate the relationship between the standard and BCV devices in device group TestDg.

Attach the standard device in DG TestDg with the BCV device BCV001.This will become the preferred BCV device to be paired with the standard device when a full establish or full restore action is issued.

Detach the standard device DEV001 in the TestDg from the BCV device BCV001.

Query the device Group TestDg

List all the FAST Policies in array 1234 along with the number of Tiers and Storage Groups(SG) .

Lists all the storage groups and Tiers associated with the FAST Policy in array 1234

Abort a configuration session started earlier.

Verify the current symmetrix configuration is ready for a configuration change.

List the symdevs along with its Name

Backup all the view and group information currently on VMAX 1234 to the file Views_Groups_1234.txt.

Restores all the groups, views, and security informations from the previously(created using backup option) file.

List all the Group(storage,port,initiator) information from the backup file "Views_Groups_1234.txt".

Lists all the views from the backup file "Views_Groups_1234.txt".

SYMAPI return code '0' is the success code.This command will shows the text version of the error code ie, "SYMAPI_C_SUCCESS" and the respective message.

Create thinpool named "ThinPool1"

Create 4 RAID-5 DATADEVS of 2GB each in diskgroup1 with FBA emulation.

Lists all the storage tiers in array 1234.( both DiskGroup(DP) and Virtual Pool(VP) Tiers )

List only VirtualPool(Thin Pool) provisioned Tiers.

Lists only DiskGroup provisioned Tiers.

Create Diskroup Povisioned(DP) tier named "Tier1" from disk_group 1 of type RAID-5.The type of the disk in disk_group 1 is EFD.

Create a Virtual Provisioned(VP) tier named "Tier3" from Thin Pool TP3_2000GB of type RAID-5(3+1)

Add disk_group 3 to the existing Storage Tier "Tier1".

Remove disk_group from the existing Storage Tier "Tier1".

Add thin pool TP3_1000GB to the existing Storage Tier "Tier3".TP3_1000GB should not be included in any other Tier.

Remove thin pool TP3_1000GB from the existing Storage Tier "Tier3".We cannot remove all thin pools from a VP tier if the tier is part of a FAST policy. And also, we cannot remove a pool from a tier if the tier is in an associated policy,and a device in the storage group is bound to the pool.

Rename tier "Tier0" to "Tier0_New".

Delete tier "Tier0" .

Delete non-empty static DP tier "Tier2"

Displays detailed information about tier 'Tier0".

List all the FAST Policies in array 1234 , which contains Virtual Pool Tiers.

List all the FAST Policies in array 1234 , which contains Disk Group Tiers.

Lists all the TDEVs in Storage Group MySg with the bounded poolname and other useful details.

List all the TDEVs in Storage Group MySg with the bounded poolname and other useful details.This also displays actual bounded pool and also the pool which currently moved due to "rebind" or FAST Policy.

Shows the Tier usage of devices in MySG.

Create a FAST Policy "F_Policy1" in array 1234

Create a FAST Policy "F_Policy1" in array 1234 and add tier "Tier0" with a capacity of 30% of a storage group.

Add a Tier "Tier2" to an existing Policy "F_Policy1" with 30% SG Capacity.

Modify the limit of the tier capacity available to a storage group to 20%.

Remove the tier "Tier2" from the associated policy "F_Policy1"

Rename the FAST Policy "Tier2" to "Tier2_New"

Delete the FAST Policy "F_Policy1".This policy should not be associated with any Storage Groups.

Delete the FAST Policy "F_Policy1" which has tiers on it.This policy should not be associated with any Storage Groups.

Associate Storage Group "MySg" with FAST Policy "F_Policy1" and assign priority 2.

Disassociate Storage Group "MySg" from FAST Policy "F_Policy1".

Change the priority of "MySg" in policy "F_Policy1" to 1

Displays the state of both Disk Provisioning(DP) and Virtual Provisioning(VP) FAST Controller.

Enable FAST controller for disk group provisioning.

Enable FAST controller for Virtual Pool provisioning.

Disable FAST controller for disk group provisioning.

Disable FAST controller for Virtual Pool provisioning.

List all the hosts wlong with the OS version, connected to array 1234. This also give the information about the Service Processor of 1234.

List all the devices in Storage Group "MySg" along with its type,state and size.

Create the Initiator Group Host1 and enable the LUN id consistency at the same time.

Enable the LUN id consistency on an existing IG.

List first 10 devices in array 1234.

Create a clone copy session between the devices DEV001(source) and DEV002(target) in regular diskgroup TestDg. By default this will create a differentail session.That means, we can do a incremental recreate or restore later.This command will make the target device in Not Ready(NR).

Create a clone copy session between the devices DEV001(source) and DEV002(target) in regular diskgroup TestDg. This will start background copy from DEV001 to DEV002 after making the target device as NotReady(NR).

Create a "CopyOnAccess" clone session between the devices DEV001(source) and DEV002(target) in regular diskgroup TestDg.This wont start any background copying from source to target device even after activating the session.

Activate the clone session.This will make the traget devices in ReadWrite(RW) mode.If the session created with a "-copy" option(default create option is copy), this will start the background copy from source to target device.There won't be any background copy if the session created with "-nocopy" option.

This will terminate the clone session between DEV001 and DEV002, deletes the pairing information from the storage array and removes any hold on target device.You have to 'Terminate' while the pair in 'Copied' state to get a fully valid data.

Recreate a previously activated clone session.The session SHOULD NOT be created with a "-nocopy" or "-nondifferential" option.

Recreate a previously activated clone session.The session SHOULD NOT be created with a "-nocopy" or "-nondifferential" option.This will start an "incremental" background copy still keeping the target device in NR state.

List all the thinpools in array 1234 along with Subscription percentage for each thin pool. subscription percentage=Total Bounded TDEV capacity/Total Thin Pool Capacity*100.

This command shows more readable information about the associated Storage Group,Initiator Groups and Port Groups.

Provides detailed infomation about the masking view .This output is same as 'symmaccess show view'.

Remove the celerra device AAA to AAB from storage group Host1 and also unmap from the FAs

Add the Celerra devices AAA:AAB to storage group Host1.

Add multiple devices to DG "mydg"

Remove multiple devices from DG "mydg"

Rename the logical dev DEV001 to DEV002 in DG mydg.

Create/Rename Node Name(Host1) and Portname(HBA01) in Access-logix database for given WWN.

Create/Rename Node Name(Host1) and Portname(HBA01) in VCMDB for given WWN.

List the Background copy priority of devices in array 1234.

Shows all the devices in MyRDFDg along with background copy priority for each devices.

Set the background copy priority of the devices in MyRDFDg to the maximum.

Stop the background initiated copy of the devices in MyRDFDg.

Set the background copy priority of the devices in MyRDFDg to priority 8. priority can be set between 0(Fastest) to 16(Slowest).

List the devices AAA to AAC along with the informations like ConfigType,Status,Size etc.

List the devices AAA to AAC,BBB and CCC along with the informations like ConfigType,Status,Size etc.

List all physical devices with its corresponding WWPNs attached to local host.

Delete dynamic RDF group 100 from array 1234.

Ping the array 1234 through SRDF links and check the links are up and and running.

Change the current SRDF mode of the pair file devices to Adaptive Copy write pending mode.

List the SRDF swappable devices in array 1234.

List all the RDF devices in array 1234 as part of a concurrent SRDF setup( both R1 and R2).

View all the diskless rdf devices(DLDEV) in array 1234.

Lists all the diskless devices(DLDEV) in array 1234.

Delete an empty thin pool called MyThinPool.

Add the DATA devices AAA to AAB to MyTHinPool and enable its state.

Remove DATA device AAA from MyTHinPool.AAA must be disabled before executing this command.

Enable the DATA devices AAA and AAB in MyThinPool.Once enabled , a data device in a thin pool , can be use to allocate extents to its bounded thin devices.

Disable DATA devices AAA and AAB in MyThinPool. If the DATA device to be used for thin extent allocation , it should be on enabled state. Once it is disabled , we can remove the DATA devices from thin pool. Symmetrix automatically initiates drain operation on disabled DATA devices without any disruption to the application. Once all the allocated extents are drained to other DATA devices, the disabled DATA devices can be removed from the thin pool.

Rename thin pool MyOldThinPool to MyNewThinPool .

Verify the ACLX database in VMax 1234 is consistent.

List the reserved devices in array 1234.

Reserve the device AAA for migration.

Release the reservation on device(s).

set the maximum over subscription ratio of thin pool to 150%. If want to keep unlimited ratio , give value as "none".

Completely remove the wwn 1000000000000001 from the login history table of vmax 1234

Lists the VCM Devices in DMX and Accesslogix devices in Vmax Array.

Lists the VCM Devices in DMX and Accesslogix devices in Vmax Array

List all the devices in array 1234 , except meta members.( all the meta heads and non-meta devices )

Lists all the tdevs in the array 1234 , which are binded with a thinpool.

List all the tdevs in the array 1234 , which are NOT binded with any thinpool.

List all the free DATADEVs , those are not assigned to any thinpool.

Lists the devices , those mapped to atleast one FA port.

List all the RDF1 devices.

List all the dyn_rdf1 enabled devices.

List all the RDF2 devices.

List all the dyn_rdf2 enabled devices.

List all the RDF21 devices.

Checks whether hotspare invoked in the array .

List Hotspares configured in the array.

List all the non-srdf devices.

List all the devices which are FAST controlled.

Lists all the devices which are user pinned devices( User Pinned devices will not be moved by FAST Controller , but may be moved by Optimizer or Symmigrate)

Pin the device AAA on Vmax 1234.User Pinned devices will not be moved by FAST Controller , but may be moved by Optimizer or Symmigrate

Unpin the device AAA on Vmax 1234.User Pinned devices will not be moved by FAST Controller , but may be moved by Optimizer or Symmigrate .

Lists all the standard, non-bcv devices .

Lists all the FC thick devices on VMax 1234

Lists all the SATA thick devices on VMax 1234

Lists all the FLASH thick devices on VMax 1234

Lists the background copy priorities( CLONE,BCV,RDF etc ) of devices.

Set the background copy priority of the given RDF devices to priority 8. priority can be set between 0(Fastest) to 16(Slowest).

Write disable the devices AAA:BBB and BBD on all directors.

Set ready the status of all devices from AAA to BBB .

Make "Not Ready" the devices AAA to BBB.

Add a single device to MyStorageGroup

Remove a single device from MyStorageGroup

Add more than one devices to MyStorageGroup.

Remove more than one devices from MyStorageGroup.

Add child Storage Groups to the parent SG MyStorageGroup.

Remove child Storage Groups from the parent SG MyStorageGroup.

Set the maximum HOST I/O limit in MB per second to maximum 500MB/s for MyStorageGroup .( can be set from from 1 to 100000 MB/s )

Set the maximum HOST I/O limit in MB per second to UNLIMITED MB/s for MyStorageGroup .

Set the maximum HOST I/O limit in I/O per second to maximum 1000 IO/second for MyStorageGroup .( can be set from 100 to 100000 IO/sec )

Set the maximum HOST I/O limit in I/O per second to UNLIMITED IO/second for MyStorageGroup .

Create a new device group MyDg which contains all the RDF1 devices from Storage Group MyStorageGroup.

Add devices AAA,BBB,CCC,DDD:DDF to devicegroup MyDg

Remove devices AAA,BBB,CCC,DDD:DDF from devicegroup MyDg

Remove logical device DEV002 from device group MyDG.

Add multiple devices to DG "mydg"

Remove multiple devices from DG "mydg"

set the device_name identifier for device "AAAA" as "testdevice".These devices can be listed by command "symdev -sid 1234 list -identifier device_name" .

Remove the device_name identifier ,"testdevice" for device AAAA.

Reclaim the allocated but unused space as well as the pool space completely written with zeros.

Reclaim the allocated but unwritten space as well as the allocated thin pool space completely written with zeros, even it is allocated as persistent .

Reclaim the allocated but unwritten space of thin pool space for the mentioned tdevs.

Create a 2 member striped meta; AAA as meta head and AAB as member.
utility for DMX , utility for Vmax

List all the SRDF device belongs to RDF Group 10

Bind devices AAA:AAC and DDD to thin pool MyThinPool .( required SE 7.6+ and Enginuity 5876+ )

Unbind the devices AAA:AAC,DDD from its respective binded thin pools.( required SE 7.6+ and Enginuity 5876+ )

Rebind devices AAA:AAC,DDD to the thin pool , MyThinPool.( required SE 7.6+ and Enginuity 5876+ )

This will list all the devicegroups belongs to 1234 , and also the devices in it. This is equal to "show" each device groups in the array.

Establish the SRDF relation between the devices given in the file rdf.txt from array 1234(R1) and remote box according to the rdf group .This command can be used to just create the pair without starting the data copy from R1 to R2 .

Establish the SRDF relation between the devices given in the file rdf.txt from array 1234(R1) and remote box according to the rdf group .This command start copying between R1 and R2 in SYNC mode.( default is acp_disk mode )

Create 10 thick gatekeeper devices of FBA emulation. The size of each device will be ~3MB/3 cylinders.

Create 10 thin GateKeeper devices of emulation FBA. The size of each device will be ~3MB/3 cylinders.

Displays the I/O statistics for device AAAB, in an interval of 5 seconds.

Create 2 member striped meta , device AAAA as meta head.

Create 2 member concatenated meta device , AAAA as meta head.

dissolve meta heads AAAA to AAAF and BBBB.

Enable RDF Asynchronous on rdf group 100

Enable RDF Asynchronous on rdf group 100 and make that role swappable.

Map device AAAA to FA port 3e:0 , with lun id as AF

Remove a meta member AAAB from meta AAAA.

Unbind thin devices AAAA to AAAB from it bounded thin pool T2_2TB.

Unbind all the thin devices as part of device group Server_1_dg, from its bounded thin pool ,T2_2TB.

Unbind all the thin devices as part of Storage group Server_1_wg, from its bounded thin pool ,T2_2TB.

Unmap devices AAAA and AAAB from all the mapped FA ports.

Unmap devices AAAA and AAAB only from the mapped FA port, 3e:0.

Unmap devices AAAA and AAAB only from the mapped FA ports, 3e:0 and 3e:1.

unmap devices AAAA and AAAB from all the mapped FA ports, also removes the masking.

Create a SNAP pool for snapshot operations.

Create a DSE pool for RDF Asynchronous operations.

Create a thin pool .

Delete SNAP pool My_Snap_pool.

Delete thin pool My_Thinpool.

Delete DSE pool My_DSE_pool.

Rename thin pool My_Thinpool to My_New_Thinpool.

Add SAVEDEVices AAAA:AAAB to SANP pool MySnapPool and enable.

Add SAVEDEVices AAAA:AAAB to DSE pool MyDSEPool and enable.

Activate DATA devices AAAA:AAAB in thin pool for use.Reads and writes can be done on allocated or unallocated space on Activated DATA devices.

Activate DATA devices AAAA:AAAB in thin pool for use.Reads and writes can be done on already allocated space on Activated DATA devices.No new allocations can be done on deactivated DATA devices.

Bind devices AAAA:AAAB , which are already bounded to a thin pool , to another thin pool T2_2TB.The already written data on the earlier bounded pool will not migrated to the newly bounded pool.The upcoming writes will go to the newly bounded pool.

This command start full copy from R1 to R2 devices. The SRDF pairs are already created .

Suspend the replication from R1 to R2 devices.R1 will be in R/W, R2 in W/D and link will be in NR state.

Resume the suspend the replication from R1 to R2 devices.R1 will be in R/W, R2 in W/D and link will be in ready state.

Split the R1 and R2 devices by stopping the replication. This will make R2 also in Read/Write mode along with R1 . The link will go to NotReady(NR) state.

This will make the R1 devices Write Disabled , R2 Write Enabled to host , and logical connections between R1 to R2 in to Not Ready state.

the -v options displays the member devices of Storage Groups along with other details given by list.

Unmask the devices ABC and ABD from given wwn in 1234 array and also unmap from the mapped director 4a:0

Find the number of devices in storage Group MySg and number of associated Masking Views.

Find the number of devices in storage group MySg and also shows the associated Masking View

Find the number of child initiators in IG MyIG and number of associated Masking Views.

Find the number of child Initiator Groups in IG MyIG and also shows the associated Masking View.

Find the number of ports in Port Group MyPG and numbers of associated Masking views.

Find the number of ports in Port Group MyPG and also shows the associated Masking Views.

Move a devices from Storage Group "OldSG" to another Storage Group called "NewSG" . We have to use "-force" , if "OldSG" part of any Masking View.

Move the device 'AAAA' from OldSG to NewSG. OldSG is a part of masking view. This will not remove the mapping from the ports associated with Masking view part of OldSG.

Check whether wwn 1000000000000001 logged in to any of the FAs on array 1234."-v" options also provides the time of login change. This is helpful if the wwpn not logged in now on the FAs , but want to know when its got disconnected.

List WWPNs logged in to FA port 12f:1

List the devices AAA to AAC,BBB and CCC along with the informations like ConfigType,Status,Size etc.The size of the devices will be displayed in cylinders

List all the datadevices in thinpool My_Pool on array 1234.The '-detail' option also displays the configurable options like , Max. subscription Percentage etc.

List the full WWPN of the respective devices

Add Symmetrix Array based licenses in Vmax 1234

List the the Array based licenses installed in Vmax 1234

Query the array based licenses and display the usage in vmax 1234

Show the contents of array based license file installed in Vmax 1234

Remove ports 1e:0 and 16e:0 from port group 'PG_1_2_15_16_E0_Group'.The '-unmap' option also unmap(from 1e:0 and 16:e0) the devices on all related Storage Groups associated with port group 'PG_1_2_15_16_E0_Group'.

Lists all the devices created using the disks in diskgroup 2.

List all the remote arrays and respective remote RDF ports visible through the RA port 3h of 1234.This command can be issued after doing a RA to RA port zoning for SRDF .

Lists all the remote array and (target)ports visible through FA port 10F:1. Usually done for OR migration FA to FA, for eg, a Hitachi array port zoned to the port 10f:1, and need to be confirm the connectivity. This command also shows the number of devices assigned from remote array port to the FA 10f:1.

Lists all the remote array devices visible through FA port 10F:1 from a remote array FA port wwn.Usually use this command to confirm the lun visibility of remote third part/emc array FA port to the local array.

List all the Storage Resource Pools(SRP) in the Vmax3 array 1234.

List all the Storage Resource Pools(SRP) in the VMAX3 in verbose format, with underlying Disk Groups and available Service Level Objectives.

Ressociate Storage Group MySg to the fast policy F_Policy2.

List all the SRPs in the VMAX3 array 1234 along with usable, allocated and free storage capacity.

List all the available Service Level Objectives( SLO ) in Vmax3 1234.

List the SLOs and the workloads that can be associated with storage groups in VMAX3 array 1234, along with the approximate response time for each.

List the SLOs available in VMAX3 array 1234 along with the allocated and used storage capacity from the SRP.

Lists all the Storage Groups in VMAX3 1234 along with associated SLO and underlying SRP.

Set the Service Level Objective( SLO) for SG_Server1 to Gold.

Set the SLO for storage group to Gold and Workload type as OLTP.

Remove the assigned SLO for a SG_server1.

Unbind all the devices in SG_Server from its bounded pools.

Lists all the events happened such as informational, warnings,errors and fatal on array 1234.

Display the realtime events happening in array 1234.

Lists all the events in symmetrix array with a severity of Warning or greater. This will display all warning,error and fatal events.

Lists all the events in symmetrix array with a severity of error or greater. This will display all error and fatal events. For eg. power supply fault is an error event.

Lists all the fatal events in symmetrix array 1234. For eg. an event for a director failure is fatal.

Display the realtime events happening on array 1234 in an interval of 2 seconds for 10 times.

Lists all the events starting from 22:00 to 23:00 on 26th may 2016.

Lists all the events happened such as informational, warnings,errors and fatal on array 1234. "-v" option display this as a verbose style.

Lists all the events on symmetrix array 1234 grouped by the reporting directors

Lists all the fatal events in symmetrix array 1234 on 26th may 2016.

Displays the detailed information and status of arrays each physical components like power supply units Fans etc.

Display all the failed physical components in symmetrix array 1234.

Move mutiple devices from storage group "SG_Server_GOLD" to another storage group "SG_Server_BRONZE".We have to use "-force" if "SG_Server_GOLD" part of any other masking view.

Lists all the Storage Groups in VMAX3 1234 sorted with associated SLO and underlying SRP.

Lists all the Storage Groups in VMAX3 1234 sorted with underlying SRP and associated SLO.

Modify the size of the thin device AAAA to 100GB.

Delete the thin device AAAAA from array 1234.

Delete thin devices AAAAA:AAAAF and BBBBB in array 1234.

Bind all the thin devices in SG_Server to the MyThinPool.

Rebind all the thin devices in SG_Server from the binded pool to the MyThinPool.

Create five 10GB thin devices of FBA emulation.

Shows the total number of records in the Symaudit log file, along with the starting and ending record number. This command also shows the time frame from when the audit log started and at which time the last entry added.

List the first or oldest 10 records from the Symaudit log file.

List the last or latest 10 records from the Symaudit log file.

List the 100th record from the Symaudit log file

List the 100th to 110th records from the Symaudit log file

List the 100th record from the Symaudit log file along with its text description.

Shows the detailed information about the 100th record in the Symaudit log file. This includes the additional information such as the username who initiated the action and the hostname from where it is executed.

Filter those records with text description includes the devices AAAAA or BBBBB

Shows the detailed information of the records in the Symaudit log file, those text description includes the devices AAAAA or BBBBB.

List all the symrdf operation records from the Symaudit log file.

List all the symrdf split operation records from the Symaudit log file.

List all the symrdf operation records excluding the Split actions from the Symaudit log file.

List all the records related to Device Masking from the Symaudit log file.

List all the Symaudit records logged from 1st Oct 2017 12:30 to till date

List all the Symaudit records logged till 2nd Oct 2017 12:30 starting from the first record.

List all the Symaudit records logged from 1st Oct 2017 12:30 to 2nd Oct 2017 12:30

List all the records for those activities performed by test_user

Monitor the Symaudit log for any new entries, every 5 seconds and display the result if any thing added. This activity will repeat for 10 times.

List all the TDEVS which are NOT bounded to any Thin Pool but included in one or more Storage Groups.

List all the TDEVs which are bounded to a Thin Pool but not included in any Storage Groups.

List the background copy priorities( CLONE, BCV, RDF, Etc ) of devices included in the Storage Group SG_Server.

Query the SRDF devices inside the Storage Group. All the devices in the SG must be SRDF paired to work this query.

Free all the allocated tracks for the devices AAAAA to AAAAF. This command usually use before deleting the TDEVS in V-MAX3.

Starts data compression on thin devices in MyStorageGroup

Stop data compression on thin devices in MyStorageGroup

set SRP_1 on MYStorageGroup

add ChildStorageGroup1 to the parent SG MyStorageGroup

remove ChildStorageGroup1 from the parent SG MyStorageGroup

Set the RecoverPoint Tag to the device AAAA

Remove the RecoverPoint Tag from the device AAAA

Display a brief engine wise summary of all diskgroups in vmax array 1234 along with speed , size and type of disks.

List all the devices in vmax1234 with the Optimized Read Miss mode on.

List all the devices in vmax1234 with the Optimized Read Miss mode off.

Set the Optimized Read Miss mode on for the specified devices.

Set the Optimized Read Miss mode OFF for the specified devices.

Set the Optimized Read Miss mode to the system default for the specified devices.

Rename the SLO Gold to RealGold

Rename the Storage Resource Pool SRP_1 to MY_SRP.

Add FA emulation to the director 1 in vmax3 array 1234

Add RDF emulation to the director 1 in vmax3 array 1234

Remove RDF emulation from the director 1 in vmax3 array 1234

Remove FA emulation from the director 1 in vmax3 array 1234

Associate ports 4 and 5 to the FA port 1D.

Associate ports 6 and 7 to the RA port 1E.

Disassociate ports 6 and 7 from the RA port 1E.

Disassociate ports 5 and 6 from the RA port 1D.

List all the free ports not associated with any emulations

List all Storage Groups in AllFalsh Vmax 1234 along with the compression ratio

List all Storage Groups in AllFalsh Vmax 1234 along with the compression ratio in descending order

list all the free ports in director slot 1 not associated with any emulation

Display the array efficiency gained through Virtual Provisioning, Snap Shots and Compression for 1234 array

Display the SRP wise array efficiency gained through Virtual Provisioning, Snap Shots and Compression for 1234 array

Show the array efficiency gained through Virtual Provisioning, Snap Shots and Compression for 1234 array

Show the efficiency gained through Virtual Provisioning, Snap Shots and Compression for SRP_1 in 1234 array

List all the snapshot source devices in vmax 1234 along with the snapshot name

List all the snapshot source devices in vmax 1234 with failed status

List all the snapshot source devices those are linked to target devices

List all the snapshot source devices those are linked to target devices. The by_tgt option makes the list to be sorted in order of the target devices.

List all the snapshot source devices in vmax 1234 with restored status

create and establish a snapvx snapshot for devices 000AA:000AB and assign the name as TEST_SNAPSHOT

set the time to live(ttl) of 000AA:000AB in TEST_SNAPSHOT to 5 days. The snapshot for these devices will be terminated within 5 days from the day of setting if none of these devices linked to any target devices.

verify the current status of the previously created snapvx snapshots

provide a summary of snapvx devices in various states(Restored,Established,..) also the copying progress information in TB

present the snapshot data of source devices 000AA:000AB to the target devices 000BA:000BB. This will not start any data copy from the source to the target

present the snapshot data of source devices 000AA:000AB to the target devices 000BA:000BB. Background data copy will be started from source to target for a full volume copy

set the snapshot data copy mode for the existing link to Copy. Copy mode creates a full-volume copy of the data by copying it to the SRP of target devices

set the snapshot data copy mode for the existing link to NoCopy. Nocopy mode does not retain the point-in- time data once the link is removed.

remove the current link of snapshots from 000AA:000AB to the target devices 000BA:000BB

rename the snapshot name of the devices from TEST_SNAPSHOT to TEST_SNAPSHOT_1

Remove the existing snapshots for 000AA:000AB from the array. All these devices must NOT be linked with any target devices.

List detailed information about snap devices in vmax 1234 with additional informations such as expiration date and number of generations for each.

List all the clone copy sessions in array 1234

List all the clone copy sessions with ongoing background copy in array 1234

List all the clone copy sessions with No background copy activity in array 1234

Display the clone state information about the device pairs provided in file clonepairs.txt

list all the Access control entries defined in the array 1234

List the access groups defined in vmax array 1234 along with the number of access ids in each group

List the access pools defined in vmax array 1234 along with the number of devices in each pool

Display the details of access pool called MyPool

Display the details of access group called MyGroup

Display an encrypted 24-digit ACL ID for a host machine

Back up the access control database for Symmetrix Array to MyACLSetup.txt file

List all the RA ports in array 1234 and the RDF groups where each RA port is a member of.

List all the RDF groups where RA port 3f is a member of.

List all the composite groups defined

List the details of all composite groups defined

Create a regular composite group called TestCg

Create a regular composite group called TestCg

Create a R1 composite group called TestCg

Create a R2 composite group called TestCg

Create a R21 composite group called TestCg

Create a composite group called TestCg on which any types of devices can be included

Show detailed information about the composite group TestCg

Add physical device PHYSICALDRIVE10 to the TestCg

Add physical device PHYSICALDRIVE10 to the TestCg and assign the ldev name as DEV003

Add symdev 000ABC on array 1234 to the composite group TestCg

Add symdev 000ABD on array 1234 to the composite group TestCg and assign ldev name as DEV005

Rename composite group OldCg to NewCg

Delete the empty composite group TestCg

Delete the composite group TestCg even it has some member devices

Copy the ldev DEV002 from composite group TestCg to another composite group called DevCg

Remove ldev DEV002 from composite group TestCg

Rename ldev DEV001 to DEV100 in composite group TestCg

Move the ldev DEV002 from composite group TestCg to another composite group called DevCg

Copy all the devices from composite group TestCg to another coposite group called DevCg

Copy all the devices from composite group TestCg to another coposite group called DevCg and assign new name from each ldev

Copy all the R1 devices from composite group TestCg to another coposite group called DevCg

Copy all the R2 devices from composite group TestCg to another coposite group called DevCg

Changes made on R2 will be copied to R1. The R1 devices will be Write Enabled, R2 Write Disabled to host, and logical RDF link between R1 to R2 into Ready state.

Copy all the non SRDF devices from composite group TestCg to another coposite group called DevCg

Move all the devices from composite group TestCg to another coposite group called DevCg

Move all the devices from composite group TestCg to another coposite group called DevCg and assign new name from each ldev

Move all the R1 devices from composite group TestCg to another coposite group called DevCg

Move all the R2 devices from composite group TestCg to another coposite group called DevCg

Move all the non SRDF devices from composite group TestCg to another coposite group called DevCg

Add all the physical devices visible to the host(not member of another composite group) from array 1234 to composite group TestCg

Add all the symdevs from array 1234 to composite group TestCg

Remove all the physical devices visible to the host on array 1234 from composite group testCg

Add a device group TestDg to the composite group TestCg

Remove a device group TestDg from the composite group TestCg

Enable RDF consistency for all the devices in composite group TestCg

Disable RDF consistency for all the devices in composite group TestCg

Export the contents of composite group TestCg to the text file TestCgBackup.txt , which can be later be used to import the composite group

Import the contents of composite group TestCg from the text file TestCgBackup.txt , that was created earlier by export action

Imports all composite groups from the text file AllCgsBackup.txt , that was created earlier by exportall action

Export the contents of all the composite groups to the text file AllCgsBackup.txt , which can be later be used to import the composite groups

Read Write enable the ldev DEV001 in composite group TestCg

Write disable the ldev DEV001 in composite group TestCg

Change the status of ldev DEV001 to Not Ready in composite group TestCg

Change the status of ldev DEV001 to Ready in composite group TestCg

Swap the SRDF personality of the SRDF devices mentioned in the pair file. Source R1 devices become target R2 devices, and target R2 devices become source R1 devices. The SRDF link status must be NotReady for this operation.

Unset the SRP attached to the Storage Group

Create a new parent Storage Group called ParentSG and add the existing child storage groups ChildSG1 and ChildSG2 to it.

Add the existing child storage groups ChildSG1 and ChildSG2 to the parent Storage Group ParentSG

Remove the child storage groups ChildSG1 and ChildSG2 from the parent Storage Group ParentSG

Display current username that Solutions Enabler identifies as accessing the Symmetrix array. This command also displays all the groups to which the user belongs.

Lists the various user authorization roles available on a Symmetrix array along with a short description of that role.

Display the Symmetrix user authorization state Enabled or Disabled in array 1234. This command also shows the timestamp when it is last enabled, disabled and updated.

Enable user authorization in Symmetrix array 1234. We must have created at least one mapping for a user to Admin or SecurityAdmin before this.

Disable user authorization in Symmetrix array 1234.

List the array components types that are supported to specify the access. Common components are Storage Groups and Thin pools.

Lists the users and groups currently defined on the Symmetrix array 1234 along with their corresponding role. This also shows if the access limited any specific components.

Lists the current user accessing the Symmetrix array 1234 along with its corresponding role. This also shows if the access limited any specific components.

Lists the users and groups currently defined on the Symmetrix array 1234 sorted by role. This also shows if the access limited any specific components.

Set the enforcement type to enforce. Authorization rules are enforced. If a user does not have the necessary rights (role), operations will fail. This is the default setting.

Lists the users and groups currently defined on the Symmetrix array 1234 sorted by user-group domain. This also shows if the access limited any specific components.

Lists the users and groups currently defined on the Symmetrix array 1234 sorted by the user name. This also shows if the access limited any specific components.

Set the enforcement type to advice. Authorization rules are checked but not enforced. Operations will succeed if the user does not have the necessary rights (role).

Enable the secure reads. Users may only view authorization rules that apply to them. Only users with SECURITY_VIEW permissions (AUDITOR role) can view the full set of rules.

Disable the secure reads. This will make authorization rules visible to all users.

Saves the contents of the user and group authorization database from Symmetrix array 1234 to the file called BackupFile

assign_role_to_local_user.txt
---------------
assign user H:Server1\User1 to role StorageAdmin;


Assign StorageAdmin role to the local user User1 of Server1

assign_role_to_domain_user.txt
------------------------------
assign user D:mydomain\User1 to role StorageAdmin;


Assign StorageAdmin role to the AD user User1

assign_role_user.txt
-------------------
assign user User1 to role StorageAdmin;


Assign StorageAdmin role user User1. User1 may be a local user or a domain user.

assign_role_to_group.txt
------------------------
assign group D:mydomain\mygroup to role StorageAdmin;


Assign StorageAdmin role group mygroup that is part of mydomain

delete_all_roles_of_user.txt
------------------------
delete group D:mydomain\mygroup;


Delete all the roles assigned to user User1

re_assign_role_of_group.txt
------------------------
reassign group D:mydomain\mygroup to role Monitor;


Re assign role of group mygroup to Monitor

re_assign_role_of_user.txt
------------------------
reassign group D:mydomain\User1 to role Monitor;


Re assign role of Domain user User1 to Monitor

delete_all_roles_of_user.txt
------------------------
delete user H:Server1\User1;


Delete all the roles assigned to user User1

delete_a_role_of_group.txt
------------------------
remove group D:mydomainmygroup from role StorageAdmin;


Remove a particular role assigned to a group

delete_a_role_of_user.txt
------------------------
remove user H:Server1User1 from role StorageAdmin;


Remove a particular role assigned to a user

add_a_role_to_user_for_component.txt
------------------------
add user H:Server1\User1 to role LocalRep for StorGrp SG_Server1;


Add a Storage LocalRep role to User1 on Storage Group SG_Server1. Only LocalRep, RemoteRep and DeviceManage roles can be assigned to a Storage Group component.

create_new_acc_group.txt
------------------------
create accgroup MY_ACC_GROUP


Create a new access group called MY_ACC_GROUP in symmetrix array 1234.

add_hostaccid_to_acc_group.txt
------------------------
add host accid 12345678-12345678-12345678 name Server001 to accgroup MY_ACC_GROUP;


Add host id of Server001 to access group MY_ACC_GROUP in symmetrix array 1234. The host id can be obtained by running symacl -uniqe on Server001.

remove_hostaccid_from_acc_group.txt
------------------------
remove accid name Server001 from accgroup MY_ACC_GROUP;


Remove host access id of Server001 from access group MY_ACC_GROUP in symmetrix array 1234.

move_hostaccid_to_another_acc_group.txt
------------------------
move accid name Server001 to accgroup MY_ANOTHER_ACC_GROUP;


Move host access id of Server001 to another group MY_ANOTHER_ACC_GROUP in symmetrix array 1234.

remove_all_ace_from_acc_group.txt
------------------------
remove aces from accgroup MY_ACC_GROUP;


Remove all the access control entities( ACE ) from access group MY_ACC_GROUP in symmetrix array 1234.

delete_acc_group.txt
------------------------
delete accgroup MY_ACC_GROUP;


Delete access group MY_ACC_GROUP in symmetrix array 1234. All the access control entities ( ACE) related to MY_ACC_GROUP must be deleted prior running this command.

delete_acc_group_and_ace.txt
------------------------
delete accgroup MY_ACC_GROUP remove_aces=true;


Delete access group MY_ACC_GROUP in symmetrix array 1234. All the access control entities( ACEs) related to MY_ACC_GROUP also be deleted.

create_new_acc_pool.txt
------------------------
create accpool MY_ACC_POOL;


Create a new access pool called MY_ACC_POOL in symmetrix array 1234.

add_devices_to_acc_pool.txt
------------------------
add dev AAAAA:AAAAB to accpool MY_ACC_POOL;


Add devices AAAAA and AAAAB to MY_ACC_POOL in symmetrix array 1234.

remove_devices_from_acc_pool.txt
------------------------
remove dev AAAAA:AAAAB from accpool MY_ACC_POOL;


Remove devices AAAAA and AAAAB from MY_ACC_POOL in symmetrix array 1234.

delete_acc_pool.txt
------------------------
delete accpool MY_ACC_POOL;


Delete access pool MY_ACC_POOL in symmetrix array 1234. All the access control entities ( ACE) related to MY_ACC_POOL must be deleted prior running this command.

delete_acc_pool_and_ace.txt
------------------------
delete accpool MY_ACC_POOL remove_aces=true;


Delete access pool MY_ACC_POOL in symmetrix array 1234. All the access control entities( ACEs) related to MY_ACC_POOL also be deleted.

grand_access_permission.txt
------------------------
grant access=RDF to accgroup MY_ACC_GROUP for accpool MY_ACC_POOL;


Create an ACE to allow hosts in MYACC_GROUP to perform RDF operation on devices mentioned access pool MY_ACC_POOL in symmetrix array 1234.

remove_access_permission.txt
------------------------
remove access=RDF from accgroup MY_ACC_GROUP for accpool MY_ACC_POOL;


Remove an ACE to prevent the hosts in MYACC_GROUP to perform RDF operation on devices mentioned access pool MY_ACC_POOL in symmetrix array 1234.

Modify rdf group 100 and add local RA ports 1E:24 and 2E:24

Modify rdf group 100 and add local RA ports 1E:24, 2E:24 and remote RA ports 3E:24,4E:24

Remove local RA ports 1E:24, 2E:24 and remote RA ports 3E:24,4E:24 from rdf group 100

Remove local RA ports 1E:24, 2E:24 from rdf group 100

This command will create a dynamic rdf group 100 on array 1234( RA Port-1e:4,2e:4,3e:4,4e:4 ) pairing remote array 5678( RA Port 1e:4,2e:4,3e:4,4e:4 ) with label 'dynagrp100'.

This command will create a dynamic rdf group 100 on VMax array 1234( RA Port-1e:4,2e:4,3e:4,4e:4 ) pairing remote VMax3 array 5678( RA Port 1e:4,2e:4,3e:4,4e:4 ) with label 'dynagrp100'.