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BMC Atrium Orchestrator Content 20.15.03 ... Operations Actions Management Modules and Utilities Operations Actions Management modules Storage Management module Storage Management module workflows

Storage Management module storage container workflows

You can use the workflows contained in the Storage Container folder to manage storage containers.

Note

The storage concept storage container is mapped to storage group in EMC.



This section describes the following Storage Management module storage container workflows, their inputs, and their outputs:

Note

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Add Host to Storage Container workflow description, inputs, and outputs

This workflow adds a host to a storage container.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.

Add Host to Storage Container workflow inputs



Sample Add Host to Storage Container workflow storage input XML

<storage>
  		<storage-system-name>Storage system1</storage-system-name>
  		<storage-group-name>Storage grp1</storage-group-name>
  		<wwn>10000000C96EB8DA</wwn>
  		<disconnect-host-from-other-group>no</disconnect-host-from-other-group>
</storage>

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Add LUN to Storage Container workflow description, inputs, and outputs

This workflow adds a LUN to a storage container.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.



Add LUN to Storage Container workflow inputs



Sample Add LUN to Storage Container workflow storage input XML

<storage>
  <storage-system-name>Storage system1</storage-system-name>
  <storage-group-name>Storage grp1</storage-group-name>
  <lun-name>Lun02</lun-name>
</storage>

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Create Storage Container from Template workflow description, inputs, and outputs

This workflow creates a storage container from a template.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.

Create Storage Container from Template workflow inputs



Sample Create Storage Container from Template workflow storage XML

<storage>
 <storage-container-contact>test@globallogic.com</storage-container-contact>
 <storage-container-description>test desc</storage-container-description>
 <storage-container-name>testds1</storage-container-name>
 <assume-confirmation>true</assume-confirmation>
 <storage-container-metadata>
  	<dfm-metadata-field>
    <field-name>test field</field-name>
    <field-value>test value</field-value>
  </dfm-metadata-field>
 </storage-container-metadata>
 <storage-container-owner>test</storage-container-owner>
 <requires-non-disruptive-restore>false</requires-non-disruptive-restore>
 <is-suspended>false</is-suspended>
 <is-application-data>true</is-application-data>
 <application-name>Name of the application</application-name>
 <application-server-name>Name of the server</application-server-name>
 <application-version>2.1</application-version>
 <is-application-responsible-for-primary-backup>true</is-application-responsible-for-primary-backup>
 <is-application-managing-primary-backup-retention>true</is-application-managing-primary-backup-retention>
 <carry-primary-backup-retention>true</carry-primary-backup-retention>
 <volume-qtree-name-prefix>bmc</volume-qtree-name-prefix>
 <group-name-or-id>new group</group-name-or-id>
 <online-migration>true</online-migration>
 <storage-service-name-or-id>Gold</storage-service-name-or-id>
 <storage-set-details>
  <storage-set-info>
   <dataset-access-details>
      <ip-address>172.16.49.151</ip-address>
      <netmask>255.0.0.0</netmask>
   </dataset-access-details>

   <dp-node-name>Primary data</dp-node-name>
   <server-name-or-id>test filer</server-name-or-id>
   <timezone-name>GMT</timezone-name>
  </storage-set-info>
  <storage-set-info>
    <dataset-access-details>
      <ip-address>172.16.49.151</ip-address>
      <netmask>255.0.0.0</netmask>
    </dataset-access-details>
    <dp-node-name>Primary data</dp-node-name>
    <server-name-or-id>test filer</server-name-or-id>
    <timezone-name>GMT</timezone-name>
   </storage-set-info>
 </storage-set-details>
</storage>

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Create Storage Container workflow description, inputs, and outputs

This workflow creates a storage container.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.



Create Storage Container workflow inputs



Sample Create Storage Container workflow NetApp storage input XML

<storage>
 <storage-container-contact>test@globallogic.com</storage-container-contact>
 <storage-container-description>test desc</storage-container-description>
 <storage-container-name>testds1</storage-container-name>
 <storage-container-metadata>
 <dfm-metadata-field>
 <field-name>test field</field-name>
 <field-value>test value</field-value>
 </dfm-metadata-field>
 </storage-container-metadata>
 <storage-container-access-details>
 <ip-address>172.16.49.160</ip-address>
 <netmask>255.255.255.0</netmask>
 </storage-container-access-details>
 <storage-container-owner>test</storage-container-owner>
 <protection-policy-name-or-id>Back up</protection-policy-name-or-id>
 <provisioning-policy-name-or-id>policy_sdp</provisioning-policy-name-or-id>
 <requires-non-disruptive-restore>false</requires-non-disruptive-restore>
 <is-suspended>false</is-suspended>
 <timezone-name>GMT</timezone-name>
 <volume-qtree-name-prefix>bmc</volume-qtree-name-prefix>
 <is-application-data>true</is-application-data>
 <application-name>Name of the application</application-name>
 <application-server-name>Name of the server</application-server-name>
 <application-version>2.1</application-version>
 <is-application-responsible-for-primary-backup>true</is-application-responsible-for-primary-backup>	
     <is-application-managing-primary-backup-retention>true</is-application-managing-primary-backup-retention>
     <carry-primary-backup-retention>true</carry-primary-backup-retention>
</storage>



Sample Create Storage Container workflow EMC storage input XML

 	<storage>
  		<timeout-secs>100</timeout-secs>
  		<storage-container-name>Storage Group 1</storage-container-name>
	</storage>

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Delete Member of Storage Container workflow description, inputs, and outputs

This workflow deletes a member of a specified storage container.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.

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Delete Storage Container workflow description, inputs, and outputs

This workflow deletes a storage container.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.

Delete Storage Container workflow inputs



Sample Delete Storage Container workflow EMC storage input XML

<storage>
	  <storage-system-name>CLARiiON+CKM00083900053</storage-system-name>
	  <storage-group-name>S Group 4</storage-group-name>
</storage>

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Remove Host from Storage Container workflow description, inputs, and outputs

This workflow removes a host from a given storage container.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.



Sample Remove Host from Storage Container workflow storage input XML

<storage>
  <storage-system-name>Storage system1</storage-system-name>
  <storage-group-name>Storage grp1</storage-group-name>
  <wwn>hostName</wwn>
</storage>

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Remove LUN from Storage Container workflow description, inputs, and outputs

This workflow removes a LUN from a specified storage container.

In EMC Symmetric environments, if a LUN is the last LUN in a storage container, it cannot be removed.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.



Sample Remove LUN from Storage Container workflow storage input XML

<storage>
  <storage-system-name>Storage system1</storage-system-name>
  <storage-group-name>Storage grp1</storage-group-name>
  <lun-name>Lun02</lun-name>
</storage>

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Update NAS Node workflow description, inputs, and outputs

This workflow updates a NAS node.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.



Sample Update NAS Node workflow storage input XML

<storage>
 <storage-container-name-or-id>test1</storage-container-name-or-id>
 <force>true</force>
 <dp-node-name>Primary data</dp-node-name>
 <online-migration>true</online-migration>
 <resourcepool-name-or-id>Gold</resourcepool-name-or-id>
 <provisioning-policy-name-or-id>Gold</provisioning-policy-name-or-id>
 <relinquish-vfiler>true</relinquish-vfiler>
 <vfiler-name-or-id>test</vfiler-name-or-id>
 <dataset-access-details>
  <ip-address>172.16.49.104</ip-address>
  <netmask>255.255.255.0</netmask>
 </dataset-access-details>
 <dataset-export-info>
  <dataset-export-protocol>nfs</dataset-export-protocol>
  <dataset-nfs-export-setting>
    <nfs-protocol-version>v3</nfs-protocol-version>
    <anonymous-access-user>65534</anonymous-access-user>
    <disable-setuid>true</disable-setuid>
    <disable-setuid>true</disable-setuid>
    <is-readonly-for-all-hosts>false</is-readonly-for-all-hosts>		  
    <is-readwrite-for-all-hosts>true</is-readwrite-for-all-hosts>		  
    <nfs-security-flavors>
      <nfs-security-flavor>krb5</nfs-security-flavor>
      <nfs-security-flavor>krb5p</nfs-security-flavor>
      <nfs-security-flavor>sys</nfs-security-flavor>
    </nfs-security-flavors>
    <nfs-export-ro-hosts>
     <nfs-export-host>
      <is-an-exception>false</is-an-exception>
      <hostname>172.16.49.104</hostname>
    </nfs-export-host>
   </nfs-export-ro-hosts>
   <nfs-export-root-hosts>
    <nfs-export-host>
      <is-an-exception>false</is-an-exception>
      <hostname>172.16.49.104</hostname>
    </nfs-export-host>
    <nfs-export-root-hosts>
    <nfs-export-rw-hosts>
      <nfs-export-host>
       <is-an-exception>false</is-an-exception>
       <hostname>172.16.49.104</hostname>
      </nfs-export-host>
    </nfs-export-rw-hosts>
   </dataset-nfs-export-setting>
  </dataset-export-info>
  <timezone-name>GMT</timezone-name>
</storage>

Sample Items XML for CIFS use case:

<storage>
  <storage-container-name-or-id>test1</storage-container-name-or-id>
  <force>true</force>
  <dp-node-name>Primary data</dp-node-name>
  <online-migration>true</online-migration>
  <resourcepool-name-or-id>Gold</resourcepool-name-or-id>
  <provisioning-policy-name-or-id>Gold</provisioning-policy-name-or-id>
  <relinquish-vfiler>true</relinquish-vfiler>
  <vfiler-name-or-id>test</vfiler-name-or-id>
  <dataset-access-details>
    <ip-address>172.16.49.104</ip-address>
    <netmask>255.255.255.0</netmask>
  </dataset-access-details>
  <dataset-export-info>
    <dataset-export-protocol>cifs</dataset-export-protocol>
    <dataset-cifs-export-setting>
      <cifs-domain>synapse.com</cifs-domain>
      <dataset-cifs-share-permissions>
      <dataset-cifs-share-permission>
       <cifs-username>Everyone</cifs-username>
       <permission>full_control</permission>
      </dataset-cifs-share-permission>
      <dataset-cifs-share-permission>
       <cifs-username>test</cifs-username>
       <permission>read</permission>
      </dataset-cifs-share-permission>
    </dataset-cifs-share-permissions>
    </dataset-cifs-export-setting>
  </dataset-export-info>
  <timezone-name>GMT</timezone-name>
</storage>

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Update SAN Node workflow description, inputs, and outputs

This workflow updates a SAN node.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.



Sample Update SAN Node workflow storage input XML

<storage>
  <storage-container-name-or-id>test1</storage-container-name-or-id>
  <force>true</force>
  <dp-node-name>Primary data</dp-node-name>
  <online-migration>true</online-migration>
  <resourcepool-name-or-id>Gold</resourcepool-name-or-id>
  <provisioning-policy-name-or-id>Gold</provisioning-policy-name-or-id>
  <relinquish-vfiler>true</relinquish-vfiler>
  <vfiler-name-or-id>test</vfiler-name-or-id>
  <dataset-access-details>
    <ip-address>172.16.49.104</ip-address>
    <netmask>255.255.255.0</netmask>
  </dataset-access-details>
  <dataset-export-info>
    <dataset-export-protocol>fcp</dataset-export-protocol>
    <dataset-lun-mapping-info>
      <igroup-os-type>windows</igroup-os-type>
      <lun-mapping-initiators>
        <lun-mapping-initiator>
         <hostname>172.16.49.104</hostname>
         <initiator-id>aaaaaaaaaaaaaaaa</initiator-id>
        </lun-mapping-initiator>
      </lun-mapping-initiators>
    </dataset-lun-mapping-info>
  </dataset-export-info>
  <timezone-name>GMT</timezone-name>
</storage>

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Update Storage Container Node workflow description, inputs, and outputs

This workflow updates a storage container node.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.



Sample Update Storage Container Node workflow storage input XML

<storage>
  <storage-container-name-or-id>test1</storage-container-name-or-id>
  <force>true</force>
  <dp-node-name>Primary data</dp-node-name>
  <online-migration>true</online-migration>
  <resourcepool-name-or-id>Gold</resourcepool-name-or-id>
  <provisioning-policy-name-or-id>Gold</provisioning-policy-name-or-id>
  <relinquish-vfiler>false</relinquish-vfiler>
  <vfiler-name-or-id>test</vfiler-name-or-id>
  <storage-container-access-details>
   <ip-address>172.16.49.104</ip-address>
   <netmask>255.255.255.0</netmask>
  </storage-container-access-details>
  <dataset-export-info>
   <dataset-export-protocol>nfs</dataset-export-protocol>
   <dataset-nfs-export-setting>
   <nfs-protocol-version>v3</nfs-protocol-version>
   <anonymous-access-user>65534</anonymous-access-user>
   <disable-setuid>true</disable-setuid>
   <disable-setuid>true</disable-setuid>
   <is-readonly-for-all-hosts>false</is-readonly-for-all-hosts>		  
   <is-readwrite-for-all-hosts>true</is-readwrite-for-all-hosts>		  
   <nfs-security-flavors>
    <nfs-security-flavor>krb5</nfs-security-flavor>
    <nfs-security-flavor>krb5p</nfs-security-flavor>
    <nfs-security-flavor>sys</nfs-security-flavor>
   </nfs-security-flavors>
   <nfs-export-root-hosts>
    <nfs-export-host>
     <is-an-exception>false</is-an-exception>
     <hostname>172.16.49.104</hostname>
    </nfs-export-host>
   </nfs-export-root-hosts>
   <nfs-export-rw-hosts>
    <nfs-export-host>
     <is-an-exception>false</is-an-exception>
     <hostname>172.16.49.104</hostname>
    </nfs-export-host>
    </nfs-export-rw-hosts>
   </dataset-nfs-export-setting>
  </dataset-export-info>
  <timezone-name>GMT</timezone-name>
</storage>

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Update Storage Container workflow description, inputs, and outputs

This workflow updates a storage container.

This workflow supports dynamic targeting. See [baom201103:About dynamic target support in OA Storage Management] for details about dynamic targeting.

Update Storage Container workflow inputs



Sample Update Storage Container workflow storage input XML

<storage>
  <storage-container-contact>test@bmc.com</storage-container-contact>
  <storage-container-description>test desc</storage-container-description>
  <storage-container-name-or-id>testds1</storage-container-name-or-id>
  <storage-container-metadata>
   <dfm-metadata-field>
    <field-name>test field</field-name>
    <field-value>test value</field-value>
   </dfm-metadata-field>
  </storage-container-metadata>
  <storage-container-owner>test</storage-container-owner>
  <protection-policy-name-or-id>Back up</protection-policy-name-or-id>
  <requires-non-disruptive-restore>false</requires-non-disruptive-restore>
  <is-suspended>false</is-suspended>
  <is-dp-ignored>true</is-dp-ignored>
  <check-protection-policy-on-commit>true</check-protection-policy-on-commit>
  <volume-qtree-name-prefix>newbmc</volume-qtree-name-prefix>
  <is-application-data>true</is-application-data>
  <application-name>Name of the application</application-name>
  <application-server-name>Name of the server</application-server-name>
  <application-version>2.1</application-version>
  <is-application-responsible-for-primary-backup>true</is-application-responsible-for-primary-backup>
  <is-application-managing-primary-backup-retention>true</is-application-managing-primary-backup-retention>
  <carry-primary-backup-retention>true</carry-primary-backup-retention>
</storage>

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Last modified by Deepa Bhat on Dec 01, 2015
outputs workflows reference storage_management inputs sample

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