hitachivantara.vspone_block.vsp.hv_ldev_bulk module – Manages multiple logical devices (LDEVs) in bulk on VSP block storage systems.

Note

This module is part of the hitachivantara.vspone_block collection (version 4.8.1).

You might already have this collection installed if you are using the ansible package. It is not included in ansible-core. To check whether it is installed, run ansible-galaxy collection list.

To install it, use: ansible-galaxy collection install hitachivantara.vspone_block. You need further requirements to be able to use this module, see Requirements for details.

To use it in a playbook, specify: hitachivantara.vspone_block.vsp.hv_ldev_bulk.

New in hitachivantara.vspone_block 4.7.0

Synopsis
Requirements
Parameters
Attributes
Notes
Examples
Return Values

Synopsis

This module is designed for bulk operations on logical devices (LDEVs) on VSP block storage systems.
It allows for efficient creation, modification, or deletion of multiple LDEVs in a single operation.
Supports parallel execution for faster processing of bulk LDEV operations.
Use this module when you need to perform operations on multiple LDEVs simultaneously.
For single LDEV operations, use the `hv_ldev` module instead.
For creating multiple volumes on VSP One Block or VSP E Series storage systems, you can also use `hv_vsp_one_volume` module for optimized execution.
For examples, go to URL https://github.com/hitachi-vantara/vspone-block-ansible/blob/main/playbooks/vsp_direct/ldev.yml
For examples to create multiple LDEVs, go to URL https://github.com/hitachi-vantara/vspone-block-ansible/blob/main/playbooks/vsp_direct/ldev_bulk.yml

Requirements

The below requirements are needed on the host that executes this module.

python >= 3.9

Parameters

Parameter	Comments
connection_info dictionary / required	Information required to establish a connection to the storage system.
address string / required	IP address or hostname of the storage system.
api_token string	Token used to operate on locked resources.
connection_type string	Type of connection to the storage system. Choices: `"direct"` ← (default)
password string	Password for authentication. This is a required field.
username string	Username for authentication. This is a required field.
spec dictionary / required	Specification for bulk LDEV operations. Supports creating, modifying, or deleting multiple LDEVs.
capacity_saving string	Whether to enable the capacity saving functions for all LDEVs in the bulk operation. Valid value is one of the following three options: - 1. compression - Enable the capacity saving function (compression). - 2. compression_deduplication - Enable the capacity saving function (compression and deduplication). - 3 disabled - Disable the capacity saving function (compression and deduplication) Default value is disabled. This setting will be applied to all LDEVs created in the bulk operation. Optional for bulk creating multiple LDEVs within a range of LDEV IDs using parallel execution. Required for bulk creating multiple LDEVs with capacity saving and data_reduction_share.
clpr_id integer	The CLPR (Control Logical Partition) ID to which all LDEVs will be assigned. This is used for specifying the CLPR for multiple LDEVs. If not specified, the LDEVs will be assigned to the default CLPR. This setting will be applied to all LDEVs in the bulk operation. Required for bulk setting CLPR ID for multiple volumes.
cylinder integer	The cylinder number for Mainframe LDEVs. This is used for specifying the cylinder for multiple LDEVs. This setting will be applied to all mainframe LDEVs in the bulk operation.
data_reduction_process_mode string	The data reduction process mode of the capacity saving function for all LDEVs. This setting will be applied to all LDEVs in the bulk operation. Valid values are: - “post_process” - Post-process mode. - “inline” - Inline mode. Optional for bulk changing settings for multiple volumes. Choices: `"post_process"` `"inline"`
data_reduction_share boolean	Specify whether to create data reduction shared volumes for all LDEVs in the bulk operation. This value is set to true for Thin Image Advance. This setting will be applied to all LDEVs created in the bulk operation. Required for bulk creating multiple LDEVs with capacity saving and data_reduction_share. Choices: `false` `true`
emulation_type string	The emulation type for Mainframe LDEVs. This is used for specifying the emulation type for multiple LDEVs. This setting will be applied to all mainframe LDEVs in the bulk operation. Example values are 3390-A and 3390-V.
end_ldev_id string	The ending LDEV ID for the range of LDEVs to be created in bulk. Used to define the end of the LDEV ID range for bulk creation. All LDEVs from start_ldev_id to end_ldev_id will be created. Can be decimal or hexadecimal. Required for bulk creating multiple LDEVs within a range of LDEV IDs using parallel execution.
external_parity_group string	The external parity group ID to which the LDEVs will be assigned. This is used for specifying the external parity group for multiple LDEVs in bulk operations. If not specified, the LDEVs will be assigned to the default parity group. Optional for bulk creating multiple LDEVs using external parity group and auto free LDEV ID selection.
force boolean	Force delete multiple LDEVs. Deletes the LDEVs and removes them from hostgroups, iscsi targets or NVM subsystem namespace. When used with bulk operations, this will apply to all specified LDEVs in ldev_ids list. Required for bulk force deleting multiple LDEVs and removing them from hostgroups, iSCSI targets or NVM subsystem namespace. Choices: `false` `true`
format_type string	The format type for multiple volumes. Valid values are: - “quick” - Quick formatting. - “normal” - Normal formatting. It may take time to finish the formatting process for all volumes. This format type will be applied to all LDEVs in the bulk operation. Optional for bulk formatting multiple volumes. Choices: `"quick"` ← (default) `"normal"`
host_nqns list / elements=string	List of host NQNs to add to or remove from multiple LDEVs depending on the state value. When used in bulk operations, these NQNs will be applied to all specified LDEVs. Optional for bulk operations with NVM subsystems.
is_alua_enabled boolean	Whether the ALUA (Asymmetric Logical Unit Access) is enabled for all LDEVs. This setting will be applied to all LDEVs in the bulk operation. Optional for bulk changing settings for multiple volumes. Choices: `false` `true`
is_compression_acceleration_enabled boolean	Whether the compression accelerator of the capacity saving function is enabled for all LDEVs. This setting will be applied to all LDEVs in the bulk operation. Optional for bulk creating multiple LDEVs within a range of LDEV IDs using parallel execution /Bulk changing settings for multiple volumes. Choices: `false` `true`
is_ese_volume boolean	Whether the LDEVs are ESE (Enhanced Space Efficiency) volumes. This is used for specifying if multiple LDEVs are ESE volumes. This setting will be applied to all LDEVs in the bulk operation. Choices: `false` `true`
is_full_allocation_enabled boolean	Whether the LDEVs are full allocation volumes. This setting will be applied to all LDEVs in the bulk operation. Optional for bulk changing settings for multiple volumes. Choices: `false` `true`
is_parallel_execution_enabled boolean	Whether to enable parallel execution for bulk LDEV operations. This significantly speeds up bulk operations. If set to true, multiple LDEV operations will be executed in parallel. Highly recommended when working with large numbers of LDEVs. Required for bulk creating multiple LDEVs within a range of LDEV IDs using parallel execution. Choices: `false` `true`
is_relocation_enabled boolean	Specify whether to enable the tier relocation setting for multiple HDT volumes. This setting will be applied to all LDEVs in the bulk operation. Optional for bulk changing settings for multiple volumes /Bulk creating multiple new volumes with tiering policy. Choices: `false` `true`
is_tse_volume boolean	Whether the LDEVs are TSE (Thin Provisioning with Space Efficiency) volumes. This is used for specifying if multiple LDEVs are TSE volumes. This setting will be applied to all LDEVs in the bulk operation. Choices: `false` `true`
ldev_ids list / elements=integer	A list of LDEV IDs for bulk operations. Specify multiple LDEV IDs to perform operations on them simultaneously. Use this for bulk delete, bulk update, bulk format, or other bulk operations on existing LDEVs. Example: [100, 101, 102, 103, 104].
mp_blade_id integer	The MP blade ID to which all LDEVs will be assigned. This is used for specifying the MP blade for multiple LDEVs. If not specified, the LDEVs will be assigned to the default MP blade. This setting will be applied to all LDEVs in the bulk operation. Optional for bulk setting MP blade ID for multiple volumes.
name string	Name for a single LDEV (optional). For bulk operations, use the ‘names’ parameter instead. If given, the LDEV name will be ‘name-<ldev_id>’. If not given and ‘names’ is not specified, assigns default names to LDEVs as “name-<ldev_id>” if start_ldev_id and end_ldev_id are specified,otherwise “smrha-<ldev_id>”. This naming convention is applicable for both single and bulk LDEV creation.
names dictionary	Names configuration for multiple LDEVs in bulk operations. This is used for automatically generating sequential names for multiple LDEVs. Example: base_name=”vol”, start_number=1, number_of_digits=3 generates vol001, vol002, vol003, etc.
base_name string	The base name prefix for the LDEVs in bulk operation. The actual name of each LDEV will be generated by appending a sequential number to this base name. Example: base_name=”prod_vol” generates prod_vol001, prod_vol002, etc. Default: `"smrha"`
number_of_digits integer	The number of digits for the sequential number in the generated LDEV names. Used for zero-padding. Example: number_of_digits=4 generates 0001, 0002, 0003, etc. Used in conjunction with base_name to generate names for multiple LDEVs. Default: `3`
start_number integer	The starting number for generating sequential LDEV names in bulk operations. Used in conjunction with base_name to generate names for multiple LDEVs. Example: start_number=5 with base_name=”vol” generates vol005, vol006, etc. Default: `0`
number_of_ldevs integer	The number of LDEVs to be created in the bulk operation. The system will automatically assign free LDEV IDs for the specified number of LDEVs. Use this when you want to create a specific count of LDEVs without specifying exact LDEV IDs. Example: number_of_ldevs=10 will create 10 new LDEVs.
nvm_subsystem_name string	Specify the NVM subsystem name where LDEVs will be presented. Can be used for bulk presenting multiple LDEVs to an NVM subsystem. Optional for bulk operations involving NVM subsystems.
parity_group_id string	ID of the parity_group where the LDEVs will be created. Options pool_id and parity_group_id are mutually exclusive. Required for bulk creating multiple LDEVs using a parity group and auto-free LDEV ID selection.
pool_id integer	ID of the pool where the LDEVs will be created. Options pool_id and parity_group_id are mutually exclusive. Required for bulk creating multiple LDEVs within a pool /Creating multiple LDEVs within a range of LDEV IDs using parallel execution /Creating multiple LDEVs with capacity saving and data_reduction_share /Configuring QoS settings for multiple volumes /Creating multiple volumes with tiering policy /Creating multiple volumes with virtual ldev assignment.
qos_settings dictionary	QoS settings to be applied to multiple LDEVs in the bulk operation. These settings will be applied to all LDEVs specified in ldev_ids or all newly created LDEVs. Required for bulk configuring QoS settings for multiple existing volumes /Bulk configuring QoS settings for multiple new volumes.
lower_alert_allowable_time integer	Lower alert allowable time to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
lower_iops integer	Lower IOPS limit to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
lower_transfer_rate integer	Lower transfer rate limit to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
response_alert_allowable_time integer	Response alert allowable time to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
response_priority integer	Response priority to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
upper_alert_allowable_time integer	Upper alert allowable time to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
upper_iops integer	Upper IOPS limit to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
upper_transfer_rate integer	Upper transfer rate limit to be applied to all LDEVs in the bulk operation. Optional for bulk configuring QoS settings for multiple existing/new volumes.
resource_group_id integer	The resource group ID for multiple LDEVs. This is used for specifying the resource group for multiple LDEVs. This setting will be applied to all LDEVs in the bulk operation.
should_format_volume boolean	Whether to format multiple volumes after creation or for existing volumes. When set to true, all LDEVs specified in ldev_ids will be formatted. Required for bulk formatting multiple volumes. Choices: `false` `true`
should_reclaim_zero_pages boolean	Whether to reclaim zero pages of multiple DP volumes. This is used to reclaim space in multiple DP volumes. If set to true, it will reclaim the zero pages of all specified DP volumes. Required for bulk reclaiming zero pages of multiple DP volumes. Choices: `false` `true`
should_shred_volume_enable boolean	Shreds multiple LDEVs (basic volumes) or DP volumes. Overwrites each volume three times with dummy data. When used with bulk operations, this will apply to all specified LDEVs in ldev_ids list. Required for bulk shredding multiple existing volumes /Bulk shredding multiple existing volumes before deleting. Choices: `false` `true`
should_stop_all_volume_format boolean	Whether to stop all ongoing volume format operations for multiple volumes. This is used to stop ongoing volume format tasks across multiple LDEVs. If set to true, it will stop all volume format operations. Optional for stopping all volume format operations in bulk. Choices: `false` `true`
size string	Size for each LDEV. Can be specified in units such as GB, TB, or MB (e.g., ‘10GB’, ‘5TB’, ‘100MB’, 200). This size will be applied to all LDEVs created in the bulk operation. Required for bulk creating multiple LDEVs within a range of LDEV IDs using parallel execution /Expanding the size of multiple LDEVs /Creating multiple LDEVs using a parity group and auto-free LDEV ID selection /Creating multiple LDEVs using external parity group and auto free LDEV ID selection /Creating multiple LDEVs with capacity saving and data_reduction_share /Configuring QoS settings for multiple new volumes /Creating multiple new volumes with tiering policy.
ssid string	The SSID (Subsystem ID) for Mainframe LDEVs. This is used for specifying the SSID for multiple LDEVs. If not specified, the default SSID will be used for all LDEVs. If specified, it will use the specified SSID. This setting will be applied to all mainframe LDEVs in the bulk operation.
start_ldev_id string	The starting LDEV ID for the range of LDEVs to be created in bulk. Used to define the beginning of the LDEV ID range for bulk creation. If not specified, a free LDEV ID will be assigned. Can be decimal or hexadecimal. Required for bulk creating multiple LDEVs within a range of LDEV IDs using parallel execution.
state string	State of the NVM subsystems task for bulk operations. This is valid only when nvm_subsystem_name is specified. `add_host_nqn` - Add the host NQNs to multiple LDEVs. `remove_host_nqn` - Remove the host NQNs from multiple LDEVs. Optional for bulk operations with NVM subsystems. Choices: `"add_host_nqn"` ← (default) `"remove_host_nqn"`
tier_level_for_new_page_allocation string	Specify which tier of the HDT pool will be prioritized when a new page is allocated for multiple volumes. This setting will be applied to all LDEVs in the bulk operation. Optional for bulk creating multiple new volumes with tiering policy.
tiering_policy dictionary	Tiering policy to be applied to multiple LDEVs in the bulk operation. This setting will be applied to all LDEVs in the bulk operation. Optional for bulk creating multiple new volumes with tiering policy.
tier1_allocation_rate_max integer	Tier1 max, a value from 1 to 100. Applied to all LDEVs in the bulk operation. Optional for bulk creating multiple new volumes with tiering policy.
tier1_allocation_rate_min integer	Tier1 min, a value from 1 to 100. Applied to all LDEVs in the bulk operation. Optional for bulk creating multiple new volumes with tiering policy.
tier3_allocation_rate_max integer	Tier3 max, a value from 1 to 100. Applied to all LDEVs in the bulk operation. Optional for bulk creating multiple new volumes with tiering policy.
tier3_allocation_rate_min integer	Tier3 min, a value from 1 to 100. Applied to all LDEVs in the bulk operation. Optional for bulk creating multiple new volumes with tiering policy.
tier_level integer	Tier level, a value from 0 to 31. Applied to all LDEVs in the bulk operation. Optional for bulk creating multiple new volumes with tiering policy.
vldev_ids list / elements=integer	A list of virtual LDEV IDs for bulk virtual LDEV assignment operations. Use this to assign virtual LDEVs to multiple LDEVs in bulk. Must be used in conjunction with ldev_ids and state=’assign_virtual_ldev’.
state string	The desired state for bulk LDEV operations. Choices: `"present"` ← (default) `"absent"` `"assign_virtual_ldev"`
storage_system_info dictionary	Information about the storage system. This field is an optional field.
serial string	The serial number of the storage system.

Attributes

Attribute	Support	Description
check_mode	Support: none	Determines if the module should run in check mode.

Notes

Note

The output parameters entitlement_status, subscriber_id and partner_id were removed in version 3.4.0. They were also deprecated due to internal API simplification and are no longer supported.
Connection type gateway was removed starting from version 3.4.0. Please use an earlier version if you require this connection type.

Examples

- name: Create multiple LDEVs within a range using parallel execution
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    state: present
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    spec:
      pool_id: 1
      size: "10GB"
      start_ldev_id: 100
      end_ldev_id: 110
      is_parallel_execution_enabled: true
      names:
        base_name: "bulk_vol"
        start_number: 1
        number_of_digits: 3

- name: Create multiple LDEVs with specific count
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    state: present
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    spec:
      pool_id: 1
      size: "20GB"
      number_of_ldevs: 5
      capacity_saving: "compression_deduplication"
      names:
        base_name: "prod_vol"
        start_number: 1

- name: Delete multiple LDEVs in bulk
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    state: absent
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    spec:
      ldev_ids: [100, 101, 102, 103, 104]
      force: true

- name: Update QoS settings for multiple LDEVs
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    state: present
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    spec:
      ldev_ids: [100, 101, 102]
      qos_settings:
        upper_iops: 1000
        lower_iops: 500
        upper_transfer_rate: 1000
        lower_transfer_rate: 500

- name: Format multiple volumes in bulk
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    state: "present"
    spec:
      ldev_ids: [100, 101, 102, 103]
      should_format_volume: true
      format_type: "quick"

- name: Assign virtual LDEVs to multiple LDEVs
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    state: "assign_virtual_ldev"
    spec:
      ldev_ids: [100, 101, 102]
      vldev_ids: [200, 201, 202]

- name: Reclaim zero pages for multiple DP volumes
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    state: "present"
    spec:
      ldev_ids: [100, 101, 102]
      should_reclaim_zero_pages: true

- name: Create multiple mainframe LDEVs with specific configuration
  hitachivantara.vspone_block.vsp.hv_ldev_bulk:
    connection_info:
      address: storage.company.com
      username: "admin"
      password: "passw0rd"
    state: "present"
    spec:
      pool_id: 1
      cylinder: 65945
      emulation_type: "3390-V"
      number_of_ldevs: 10
      ssid: "000C"
      names:
        base_name: "mf_vol"
        start_number: 1
        number_of_digits: 4

Return Values

Common return values are documented here, the following are the fields unique to this module:

Key	Description
volumes list / elements=dictionary	Storage volume with its attributes. Returned: success
canonical_name string	Unique identifier for the volume. Returned: success Sample: `"naa.60060e8028273d005080273d00000102"`
clpr_id integer	CLPR (Control Logical Partition) ID. Returned: success Sample: `0`
compression_acceleration_status string	Status of compression accelerator. Returned: success Sample: `"ENABLED"`
cylinder integer	Cylinder number for mainframe volumes. Returned: success Sample: `65945`
data_reduction_process_mode string	Data reduction process mode. Returned: success Sample: `"inline"`
dedup_compression_progress integer	Progress percentage of deduplication and compression. Returned: success Sample: `-1`
dedup_compression_status string	Status of deduplication and compression. Returned: success Sample: `"ENABLED"`
deduplication_compression_mode string	Mode of deduplication and compression. Returned: success Sample: `"compression_deduplication"`
emulation_type string	Emulation type of the volume. Returned: success Sample: `"3390-V-CVS"`
hostgroups list / elements=dictionary	List of host groups associated with the volume. Returned: success Sample: `[]`
is_alua boolean	Indicates if ALUA is enabled. Returned: success Sample: `false`
is_command_device boolean	Indicates if the volume is a command device. Returned: success
is_compression_acceleration_enabled boolean	Whether compression accelerator is enabled. Returned: success Sample: `true`
is_data_reduction_share_enabled boolean	Indicates if data reduction share is enabled. Returned: success Sample: `true`
is_device_group_definition_enabled boolean	Indicates if device group definition is enabled. Returned: success
is_encryption_enabled boolean	Indicates if encryption is enabled. Returned: success Sample: `false`
is_full_allocation_enabled boolean	Indicates if full allocation is enabled. Returned: success Sample: `false`
is_relocation_enabled boolean	Indicates if tier relocation is enabled. Returned: success
is_security_enabled boolean	Indicates if security is enabled. Returned: success
is_user_authentication_enabled boolean	Indicates if user authentication is enabled. Returned: success
is_write_protected boolean	Indicates if write protection is enabled. Returned: success
is_write_protected_by_key boolean	Indicates if write protection by key is enabled. Returned: success
iscsi_targets list / elements=dictionary	List of iSCSI targets associated with the volume. Returned: success Sample: `[]`
ldev_id integer	Logical Device ID. Returned: success Sample: `10010`
ldev_id_hex string	Logical Device ID in hexadecimal. Returned: success Sample: `"00:27:1A"`
mp_blade_id integer	MP blade ID. Returned: success Sample: `3`
name string	Name of the volume. Returned: success Sample: `"smrha-258"`
num_of_ports integer	Number of ports associated with the volume. Returned: success Sample: `2`
nvm_subsystems list / elements=dictionary	List of NVMe subsystems associated with the volume. Returned: success Sample: `[]`
parent_volume_id integer	Parent volume ID for snapshot volumes. Returned: success Sample: `-1`
parent_volume_id_hex string	Parent volume ID in hexadecimal format. Returned: success Sample: `"-0:00:01"`
parity_group_id string	Parity group ID. Returned: success Sample: `"1-8"`
path_count integer	Path count to the volume. Returned: success Sample: `2`
pool_id integer	Pool ID where the volume resides. Returned: success Sample: `13`
ports list / elements=dictionary	List of ports associated with the volume. Returned: success Sample: `[{"host_group_name": "1C-G00", "host_group_number": 156, "lun": 26, "port_id": "CL1-C"}]`
host_group_name string	Host group name. Returned: success Sample: `"1C-G00"`
host_group_number integer	Host group number. Returned: success Sample: `156`
lun integer	Logical Unit Number. Returned: success Sample: `26`
port_id string	Port identifier. Returned: success Sample: `"CL1-C"`
provision_type string	Provisioning type of the volume. Returned: success Sample: `"CVS"`
qos_settings dictionary	QoS settings for the volume. Returned: success
resource_group_id integer	Resource group ID of the volume. Returned: success Sample: `0`
snapshots list / elements=dictionary	List of snapshots associated with the volume. Returned: success Sample: `[]`
ssid string	Subsystem ID for mainframe volumes. Returned: success Sample: `"000C"`
status string	Current status of the volume. Returned: success Sample: `"NML"`
storage_serial_number string	Serial number of the storage system. Returned: success Sample: `"70033"`
tiering_policy dictionary	Tiering policy details. Returned: success Sample: `{}`
total_capacity string	Total capacity of the volume. Returned: success Sample: `"54.71GB"`
total_capacity_in_mb float	Total capacity of the volume in megabytes. Returned: success Sample: `56023.04`
used_capacity string	Used capacity of the volume. Returned: success Sample: `"0.00B"`
used_capacity_in_mb float	Used capacity of the volume in megabytes. Returned: success Sample: `0.0`
virtual_ldev_id integer	Virtual Logical Device ID. Returned: success Sample: `-1`
virtual_ldev_id_hex string	Virtual Logical Device ID in hexadecimal. Returned: success Sample: `""`

Authors

Hitachi Vantara LTD (@hitachi-vantara)

Collection links

© 2012–2018 Michael DeHaan
© 2018–2025 Red Hat, Inc.
Licensed under the GNU General Public License version 3.
https://docs.ansible.com/projects/ansible/latest/collections/hitachivantara/vspone_block/vsp.hv_ldev_bulk_module.html