NAME

IBM::V7000Unified - Perl API to IBM V7000 Unified CLI

VERSION

Version 0.02

SYNOPSIS

IBM::V7000Unified is a Perl API to IBM V7000 Unified CLI.

METHODS

new

        my $ibm = IBM::V7000Unified->new(
				user     => 'admin',
				host     => 'my-v7000-unified.company.com',
				key_path => '/path/to/my/.ssh/private_key'
			) or die "Couldn't create object! $!\n";

Constructor - creates a new IBM::V7000Unified object. This method accepts three mandatory parameters and one optional parameter, the three mandatory parameters are:

user: The username of the user with which to connect to the device.
host: The hostname or IP address of the device to which we are connecting.
key_path: Either a relative or fully qualified path to the private ssh key valid for the user name and device to which we are connecting. Please note that the executing user must have read permission to this key.

The optional parameter is:

stats_threshold: The period in seconds for which retrieved system statistics will be considered fresh, after which they will be re-retrieved. If not set, the default value of this parameter is zero meaning that the statistics are not refreshed unless done explicitly via the refresh method of an IBM:StorageSystem::Statistic object.

auth_service_cert_set

Specifies if the authentication service certificate has been set.

auth_service_configured

True if the auth_service_type is configured and either one of the following is true:

The auth_service_type is LDAP-only (if at least one LDAP server is configured)
The auth_service_type is TIP-only:
- The name, password, and URL are established
- An SSL certificate is created (if an HTTPS URL is available)

auth_service_enabled

True if auth_service_type is configured.

auth_service_pwd_set

Specifies if the authentication password has been set.

auth_service_type

returns the authentication services type, either; Tivoli Integrated Portal (TIP) or Native Lightweight Directory Access Protocol (LDAP)

auth_service_url

Returns the authentication services URL.

auth_service_user_name

Returns the user name used for authentication services.

bandwidth

Returns the bandwidth available on the intersystem link for background copy, in megabytes per second (MBps).

cluster_isns_IP_address

Returns the cluster ISNS IP address.

cluster_locale

Returns the cluster configured locale.

cluster_ntp_IP_address

Returns the cluster NTP service address.

code_level

Returns the cluster code level.

console_IP

Returns the cluster console IP address.

email_contact

Returns the clusters email contact information - this value is usually the system name.

email_contact2

Returns the clusters extended email contact information.

email_contact2_alternate

Returns the clusters extended alternate email contact information.

email_contact2_primary

Returns the clusters extended primary email contact information.

email_contact_alternate

Returns the clusters email contact alternate information.

email_contact_location

Returns the clusters email contact location.

email_contact_primary

Returns the clusters email contact phone number.

email_reply

Returns the clusters email reply email.

email_state

Returns the clusters email operational state.

gm_inter_cluster_delay_simulation

Returns the cluster gm inter cluster delay simulation.

gm_intra_cluster_delay_simulation

Returns the cluster gm intra cluster delay simulation.

gm_link_tolerance

Returns the cluster gm link delay tolerance in seconds.

gm_max_host_delay

Returns the cluster gm maximum host delay value.

has_nas_key

Specifies if the cluster has a NAS key configured.

id

Returns the cluster ID.

id_alias

Returns the cluster ID alias.

inventory_mail_interval

Returns the cluster inventory mail interval period in days.

iscsi_auth_method

Returns the cluster iSCSI authentication method.

iscsi_chap_secret

Returns the iSCSI CHAP secret.

layer

Returns the cluster layer type; either replication or storage (default). Replication means the system can create partnerships with Storwize StorageSystem Unified. Storage means the system can present storage to Storwize StorageSystem Unified.

location

Returns the cluster location type, either local or remote.

name

Returns the cluster name.

partnership

Returns the cluster partnership type, either one of; fully_configured, partially_configured_local, partially_configured_local_stopped, not_present, fully_configured_stopped, fully_configured_remote_stopped, fully_configured_local_excluded, fully_configured_remote_excluded or fully_configured_exceeded

rc_buffer_size

Returns the cluster resource buffer size assigned for Metro Mirror or Global Mirrored Copy Services.

relationship_bandwidth_limit

Returns the cluster relationship bandwidth limit in megabytes per second (MBps).

space_allocated_to_vdisks

Returns the space allocated to VDisks - this may be in a variable notation format.

space_in_mdisk_grps

Returns the space allocated to MDisk groups - this may be in a variable notation format.

statistics_frequency

Returns the statistics collection frequency interval.

statistics_status

Returns the statistics collection status.

tier

Returns an array containing the supported tier types for the cluster.

Note that this method returns an array of the available tier types and that the ordering of these types is preserved from the CLI output. The ordering of these types can be used to retrieve the tier capacity of each tier type with the tier_capacity command.

tier_capacity

Returns the total tier capacity for each tier type in the cluster.

Note that this method returns an array of tier capacity ivalues, the index of which corresponds with the array indexes of tier types as returned by the tier method.

For example, to print each tier type and the corresponding tier capacity for this cluster:

        for ( my $i = 0; $i < scalar @{ $ibm->tier } ; $i++ ) {
                print "Tier: " . $ibm->tier->[$i] 
			. " - Capacity: " . $ibm->tier_capacity->[$i] . "\n"
        }

tier_free_capacity

Returns the free tier capacity for each tier type in the cluster.

Note that like the tier and tier_capacity methods, this method also returns an array of tier free capacity values, the order of which corresponds with the arrays returned by the aforementioned methods.

time_zone

Returns the cluster time zone.

total_allocated_extent_capacity

Returns the clusters total allocated capacity - this may be in a variable notation format.

total_free_space

Returns the clusters total free space - this may be in a variable notation format.

total_mdisk_capacity

Returns the clusters total MDisk capacity - this may be in a variable notation format.

total_overallocation

Returns the cluster total overallocation limit.

total_used_capacity

Returns the clusters total used capacity - this may be in a variable notation format.

total_vdisk_capacity

Returns the clusters total VDisk capacity - this may be in a variable notation format.

total_vdiskcopy_capacity

Returns the clusters total VDisk copy capacity - this may be in a variable notation format.

compression_cpu_pc

Returns an IBM::StorageSystem::Statistic object for allocated CPU capacity utilised for compression.

cpu_pc

Returns an IBM::StorageSystem::Statistic object for allocated CPU capacity utilised for the system.

drive_r_io

Returns an IBM::StorageSystem::Statistic object the average amount of I/O operations transferred per second for read operations to drives during the sample period.

drive_r_mb

Returns an IBM::StorageSystem::Statistic object for the average number of megabytes transferred per second for read operations to drives during the sample period.

drive_r_ms

Returns an IBM::StorageSystem::Statistic object for the average amount of time in milliseconds that the system takes to respond to read requests to drives over the sample period.

drive_w_io

Returns an IBM::StorageSystem::Statistic object the average amount of I/O operations transferred per second for write operations to drives during the sample period.

drive_w_mb

Returns an IBM::StorageSystem::Statistic object for the average number of megabytes transferred per second for write operations to drives during the sample period.

drive_w_ms

Returns an IBM::StorageSystem::Statistic object for the average amount of time in milliseconds that the system takes to respond to write requests to drives over the sample period.

fc_io

Returns an IBM::StorageSystem::Statistic object for the total input/output (I/O) operations transferred per seconds for Fibre Channel traffic on the system. This value includes host I/O and any bandwidth that is used for communication within the system.

fc_mb

Returns an IBM::StorageSystem::Statistic object for the total number of megabytes transferred per second for Fibre Channel traffic on the system. This value includes host I/O and any bandwidth that is used for communication within the system.

iscsi_io

Returns an IBM::StorageSystem::Statistic object for the total I/O operations transferred per second for iSCSI traffic on the system.

iscsi_mb

Returns an IBM::StorageSystem::Statistic object for the total number of megabytes transferred per second for iSCSI traffic on the system.

mdisk_r_io

Returns an IBM::StorageSystem::Statistic object for the average amount of I/O operations transferred per second for read operations to MDisks during the sample period.

mdisk_r_mb

Returns an IBM::StorageSystem::Statistic object for the average number of megabytes transferred per second for read operations to MDisks during the sample period.

mdisk_r_ms

Returns an IBM::StorageSystem::Statistic object for the average amount of time in milliseconds that the system takes to respond to read requests to MDisks over the sample period.

mdisk_w_io

Returns an IBM::StorageSystem::Statistic object for the average amount of I/O operations transferred per second for write operations to MDisks during the sample period.

mdisk_w_mb

Returns an IBM::StorageSystem::Statistic object for the average number of megabytes transferred per second for write operations to MDisks during the sample period.

mdisk_w_ms

Returns an IBM::StorageSystem::Statistic object for the average amount of time in milliseconds that the system takes to respond to write requests to MDisks over the sample period.

sas_io

Returns an IBM::StorageSystem::Statistic object for the total I/O operations transferred per second for SAS traffic on the system. This value includes host I/O and bandwidth that is used for background RAID activity.

sas_mb

Returns an IBM::StorageSystem::Statistic object for the total number of megabytes transferred per second for iSCSI traffic on the system.

total_cache_pc

Returns an IBM::StorageSystem::Statistic object for the total percentage for both the write and read cache usage for the node.

vdisk_r_io

Returns an IBM::StorageSystem::Statistic object for the average amount of I/O operations transferred per second for read operations to volumes during the sample period.

vdisk_r_mb

Returns an IBM::StorageSystem::Statistic object for the average number of megabytes transferred per second for read operations to MDisks during the sample period.

vdisk_r_ms

Returns an IBM::StorageSystem::Statistic object for the average amount of time in milliseconds that the system takes to respond to read requests to MDisks over the sample period.

vdisk_w_io

Returns an IBM::StorageSystem::Statistic object for the average amount of I/O operations transferred per second for read operations to drives during the sample period.

vdisk_w_mb

Returns an IBM::StorageSystem::Statistic object for the average number of megabytes transferred per second for read operations to drives during the sample period

vdisk_w_ms

Returns an IBM::StorageSystem::Statistic object for the average amount of time in milliseconds that the system takes to respond to read requests to MDisks over the sample period.

write_cache_pc

Returns an IBM::StorageSystem::Statistic object for the percentage of the write cache usage for the node.

refresh_system_stats

This method refreshes all system statistics with updated values from the system. This method may be handy if instantiate an IBM::StorageSystem object within a long running or non-exiting process and wish to either periodically retrieve updated system statistics.

Note that you can call refresh on individual system statistics which may have a slight performance increase over this method.

stats_threshold

This method allows you specify the statistics threshold freshness interval in seconds. This interval is used to determine if the value sreturned by a statistics method are fresh or whether they should be refreshed from the atregt system.

By default this value is zero, meaning that the statistics are never refreshed unless explicitly done so by calling the reefresh method of the statistic object. This may result in a performance increase in situations where statistic methods are frequently used, and may also result in more consistent reporting of the target system state as the statistic values will more closely represent a single point in time overview of the system rather than a series of consecutive snapshots.

In situation where you may want to gather a set of statistical values for the target system over a finite period, you could set the threshold value low, and reset it afterwards. e.g.

# Print the current FC IOPS value every two seconds for a minute
$ibm->stats_threshold = 1;
for ( 1 .. 30 ) {
	print $ibm->fc_io_current;
	sleep 2
}
# Disable automatic refreshing
$ibm->stats_threshold = 0;

cluster_throughput ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterThroughput performance data on bytes read and written acorss all nodes and all GPFS filesystems in the cluster.

The method accepts a single optional parameter; the time period for which to return the data. The allowed values for this parameter are one of; minute, hour, day, week, month, quarter and year. If omitted, this parameter will default to minute.

cluster_client_throughput ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterClientThroughput performance data on client throughput across all nodes in the target cluster.

cluster_create_delete_latency ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterCreateDeleteLatency performance data on cluster file creation and deletion latency across all nodes in the target cluster.

cluster_create_delete_operations ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterCreateDeleteOperations performance data on cluster file creation and deletion operations across all nodes in the target cluster.

cluster_open_close_latency ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterOpenCloseLatency performance data on cluster file open and close latency across all nodes in the target cluster.

cluster_open_close_operations ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterCreateDeleteOperations performance data on cluster file open and close operations across all nodes in the target cluster.

cluster_read_write_latency ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterReadWriteLatency performance data on cluster file read and write latency across all nodes in the target cluster.

cluster_read_write_operations ( $interval )

Returns either a single, or list, of IBM::StorageSystem::StatisticsSet objects containing IBM::StorageSystem::Statistics::ClusterReadWriteOperations performance data on cluster file read and write operations across all nodes in the target cluster.

array( $id )

# Print the capacity and RAID level of array 1 in GB
my $array = $ibm->array( 1 );
print "Array 1 capacity: " . int ( $array->capacity / ( 1024 ** 3 ) )
        . " (" . $array->raid_level . ")\n"

# e.g. Array 1 capacity: 5824G (raid10)

Returns an IBM::StorageSystem::Array object representing the array specified by the numerical id parameter.

Note that this is a caching method and that a previously retrieved IBM::StorageSystem::Array object will be returned if one has been cached from previous invocations.

get_array( $id )

Returns the array specified by the value of the numerical ID argument as an IBM::StorageSystem:Array object.

Note that this method is non-caching and the array information will always be retrieved from the StorageSystem system even if a cached object exists.

get_arrays

# Print the array status of all arrays in our system
map { print "Array ", $_->mdisk_id, " status ", $_->status, "\n" } $ibm->get_arrays;

Returns an array of IBM::StorageSystem::Array objects representing all arrays in the target system.

disk ( $id )

# Get the disk named "system_vol_00" as an IBM::StorageSystem::Disk object
my $disk = $ibm->disk(system_vol_00);

# Print the disk status
print $disk->status;

# Alternately
print $ibm->disk(system_vol_00)->status;

Returns a IBM::StorageSystem::Disk object representing the disk specified by the value of the id parameter, which should be a valid disk name in the target system.

get_disk( $id )

This is a functionally equivalent non-caching implementation of the disk method.

get_disks

# Print a listing of all disks in the target system including their name, the assigned pool and status

printf( "%-20s%-20s%-20s\n", "Name", "Pool", "Status" );
printf( "%-20s%-20s%-20s\n", "-----", "------", "-------" );
foreach my $disk ( $ibm->get_disks ) { printf( "%-20s%-20s%-20s\n", $disk->name, $disk->pool, $disk->status ) }

# Prints something like:
#
# Name                Pool                Status              
# -----               ------              -------             
# silver_vol_00       silver              ready               
# silver_vol_01       silver              ready               
# silver_vol_02       silver              ready    
# ... etc.

Returns an array of IBM::StorageSystem::Disk objects representing all disks in the target system.

drive ( $id )

# Get drive ID 2 as an IBM::StorageSystem::Drive object
my $drive = $ibm->drive( 2 );

# Print the drive capacity in bytes
print $drive->capacity;

# Alternately;
print $ibm->drive( 2 )->capacity;

# Print the drive vendor and product IDs
print "Vendor ID: ", $drive->vendor_id, " - Product ID: ", $drive->product_id, "\n";

Returns the drive specified by the value of the integer argument as a IBM::StorageSystem::Drive object.

note that this method implements caching and that a cached object will be retrieved if present.

If you require a non-cached object, then use the get_drive method instead.

get_drive( $id )

Returns the drive specified by the value of the integer argument. This method is non-caching and always retrieves information directly from the target system even if a cached object is present.

get_drives( $id )

# Print the SAS port status and drive status for all drives in a nicely formatted list
printf("%-20s%-20s%-20s%-20s\n", 'Drive', 'SAS Port 1 Status', 'SAS Port 2 Status', 'Status');
printf("%-20s%-20s%-20s%-20s\n", '-'x18, '-'x18, '-'x18, '-'x18);
map { printf( "%-20s%-20s%-20s%-20s\n", $_->id, $_->port_1_status, $_->port_2_status, $_->status) } $ibm->get_drives;

# e.g.
# Drive               SAS Port 1 Status   SAS Port 2 Status   Status              
# ------------------  ------------------  ------------------  ------------------  
# 0                   online              online              online              
# 1                   online              online              online              
# 2                   online              online              online              
# 3                   online              online              online
# ...

Returns all drives as an array of IBM::StorageSystem::Drive objects.

enclosure( $id )

# Print the status of a specific enclosure
print "Enclosure two status is " . $ibm->enclosure(2)->status . "\n";

# Get all PSUs in an enclosure as L<IBM::StorageSystem::Enclosure::PSU> objects.
my @psus = $ibm->enclosure(1)->psus;

Returns the enclosure specified by the numerical identifer of the id parameter as an IBM::StorageSystem::Enclosure object.

Note that this is a caching method and that a cached object will be returned if one is present. If you require a non-cached result, then please use the get_enclosure method.

get_enclosure( $id )

This method is a functionally equivalent non-caching implementation of the enclosure method.

get_enclosures

# Print the status of each enclosure in our system.
foreach my $enclosure ( $ibm->get_enclosures ) {
        print "Enclosure ", $enclosure->id, " status: ", $enclosure->status, "\n"
}

Returns an array of IBM::StorageSystem::Enclosure objects representing all enclosures present in teh target system.

get_exports

# Print a listing of all configured exports containing the export name, the export path,
# the export protocol and the export status.

printf( "%-20s%-40s%-10s%-10s\n", 'Name', 'Path', 'Protocol', 'Active' );

foreach my $export ( $ibm->get_exports ) { 
        print '-'x100,"\n";
        printf( "%-20s%-40s%-10s%-10s\n", $export->name, $export->path, $export->protocol, $export->active )
}

# Prints something like:
#
#Name                Path                                    Protocol  Active    
# ----------------------------------------------------------------------------------------------------
# homes_root          /ibm/fs1/homes                          NFS       true      
# ----------------------------------------------------------------------------------------------------
# shares_root         /ibm/fs1/shares                         NFS       true      
# ----------------------------------------------------------------------------------------------------
# test                /ibm/fs1/test                           CIFS      true      
# ----------------------------------------------------------------------------------------------------
# ... etc.

Returns all configured exports on the target system as an array of IBM::StorageSystem::Export objects.

get_fabrics

# Print a list of our fabrics (sorted by fabric ID) including the fabric ID, node ID, port ID,
# local WWPN, remote WWPN and fabric status.

printf( "%-5s%-8s%-8s%-20s%-20s%-10s\n", 'ID', 'Node', 'Port', 'Local WWPN', 'Remote WWPN', 'Status');
print '-'x80,"\n";

for my $fabric ( map { $_->[0] } sort { $a->[1] cmp $b->[1] } map { [$_, $_->id] } $ibm->get_fabrics ) {
        printf( "%-5s%-8s%-8s%-20s%-20s%-10s\n", $fabric->id, $fabric->node_name, $fabric->local_port,
                $fabric->local_wwpn, $fabric->remote_wwpn, $fabric->state )
}

# Prints something like:
#
# ID   Node    Port    Local WWPN          Remote WWPN         Status    
# --------------------------------------------------------------------------------
# 1    node1   1       5005076802159D73    21000024FF43DE7B    active    
# 1    node1   2       5005076802259D73    21000024FF35B8FC    active    
# 2    node2   1       5005076802159D74    21000024FF43DE7A    active    
# 2    node2   2       5005076802259D74    21000024FF35B8FD    active

Returns all configured fabrics on the target system as an array of IBM::StorageSystem::Fabric objects.

filesystem( $filesystem_name )

# Print the block size of file system 'fs1'
print $ibm->filesystem(fs1)->block_size;

# Get the file system 'fs2' as a IBM::StorageSystem::FileSystem object
my $fs = $ibm->filesystem(fs2);

# Print the mount point of this file system
print "fs2 mount point: " . $fs->mount_point . "\n";

# Call a function if inode usage on file system 'fs2' exceeds 90% of maximum allocation.
monitoring_alert( 'Inode allocation > 90% on '.$filesystem->device_name ) 
        if ( ( ( $fs->inodes / $fs->max_inodes ) * 100 ) > 90 );

Returns the file system specified by the value of the named parameter as a IBM::StorageSystem::FileSystem object.

Note that this is a caching method and a cached object will be retrieved if one exists, If you require a non-cached object, then please use the get_filesystem method.

get_filesystem( $filesystem_name )

This is a non-caching functionally equivalent implementation of the filesystem method. Use this method if you require the file system information to be retrieved directly from the target system rather than cache.

get_filesystems

# Do the same for all file systems
map { monitoring_alert( 'Inode allocation > 90% on '.$_->device_name )
        if ( ( ( $fs->inodes / $fs->max_inodes ) * 100 ) > 90 ) } $ibm->get_filesystems;

Returns an array of IBM::StorageSystem:FileSystem objects representing all configured file systems on the target system.

get_healths

# Simple one-liner to print the sensor status and value for any error conditions.
map { print join ' -> ', ( $_->sensor, $_->value."\n" ) } 
        grep { $_->status =~ /ERROR/ } $ibm->get_healths;

# e.g.
# CLUSTER -> Alert found in component cluster
# MDISK -> Alert found in component mdisk
# NODE -> Alert found in component node

Returns an array of IBM::StorageSystem::Health objects representative of all health sensors on the target system.

Note that this method is only implemented on StorageSystem Unified systems and not StorageSystem SONAS systems.

host( $hostname )

# Print the host status of the attached host 'sauron'
print "Status: " . $ibm->host(sauron)->status . "\n";

Returns the host specified by the value of the named host parameter as an IBM::StorageSystem::Host object.

Note that this is a caching method and a cached object will be returned if one exists. If you require a non-cached object, then please use the get_host method.

get_host( $hostname )

This is a functionally equivalent non-caching implementation of the host method.

get_hosts

# Print a list of all configured hosts sorted by hostname, their WWPNs,
# port state and login status.

foreach $host ( map { $_->[0] } sort { $a->[1] cmp $b->[1] } map { [ $_, $_->name ] } $ibm->get_hosts ) { 
        my $c = 0;

        foreach $wwpn ( @{ $host->WWPN } ) { 
                print ( $c ? "\t" : ('-'x100)."\n".$host->name );
                print "\t\t\t$wwpn\t" . @{ $host->state }[$c] . "\t\t" .
                        ( @{$host->node_logged_in_count }[$c] ? '' : 'not ' ) . "logged in\n";
                $c++
        }   
}

# Prints something similar to:
# ----------------------------------------------------------------------------------------------------
# host-3                        2101001B32A3D94C        active          logged in
#                               2100001B3283D94C        active          logged in
# ----------------------------------------------------------------------------------------------------
# host-4                        2100001B320786E7        active          logged in
#                               2101001B322786E7        active          logged in
# ----------------------------------------------------------------------------------------------------
# storage-2                     210100E08BB40A08        offline         not logged in
#                               210000E08B940A08        offline         not logged in
# ... etc.

Returns an array of IBM::StorageSystem::Host objects representing all host attached to the target system.

interface ( $id )

# Get interface ethX0 on management node mgmt001st001 as an IBM::StorageSystem::Interface object
# Print the interface status
print $interface->up_or_down;

# Print the interface status
print $interface->speed;

# Alternately;
print $ibm->interface('mgmt001st001:ethX0')->speed;

Returns the interface identified by the value of the id parameter as an IBM::StorageSystem::Interface object.

The value of the id parameter must be a valid node and interface name separated by a colon.

Note that this method implements caching and a cached object will be returned shoudl one be present. If you require a non-cached object then please use the get_iogroup method.

get_interface( $id )

This is a functionally equivalent non-caching implementation of the interface method.

get_interfaces

# Print a list of all interfaces, their status, speed and role

foreach my $interface ( $ibm->get_interfaces ) {
        print "Interface: " . $interface->interface . "\n";
        print "\tStatus: " . $interface->up_or_down . "\n";
        print "\tSpeed: " . $interface->speed . "\n";
        print "\tRole: " . $interface->isubordinate_or_master . "\n----------\n";
}

Returns an array of IBM::StorageSystem::Interface objects representing all interfaces on the target system.

iogroup( $id )

# Get I/O group 0
my $io_group = $ibm->get_iogroup(0);

# Print the I/O group maintenance state
print $io_group->maintenance_state;

# Alternately:
print $ibm->iogroup(0)->maintenance_state;

Returns the I/O group identified by the value of the numerical ID parameter as an IBM::StorageSystem::IOGroup object.

Note that this method implements caching and a cached object will be returned shoudl one be present. If you require a non-cached object then please use the get_iogroup method.

get_iogroup( $id )

This is a functionally equivalent non-caching implementation of the iogroup method.

get_iogroups

# Print a formatted listing of all I/O groups by ID and name, along with
# their VDisk count, host count, node count and maintenance state.
map { printf("%-8s%-20s%-20s%-20s%-20s%-20s\n", 
        $_->id,
        $_->name,
        $_->vdisk_count,
        $_->host_count,
        $_->node_count,
        $_->maintenance )
} $ibm->get_iogroups;

# Prints something like:
#
# ID      Name                VDisk Count         Host Count          Node Count          Maintenance         
# 0       io_grp0             2                   3                   2                   no                  
# 1       io_grp1             0                   3                   0                   no                  
# 2       io_grp2             0                   3                   0                   no                  
# 3       io_grp3             0                   3                   0                   no
# ... etc.

Returns an array of IBM::StorageSystem::IOGroup objects representing all configured I/O groups on the target system.

mount( $mount )

# Print mount status of file system fs1
print "Mount status: " . $ibm->mount(fs1) . "\n";

# Print only those file system that are not mounted
map { print $_->file_system . " is not mounted.\n" }
grep { $_->mount_status ne 'mounted' }
$ibm->get_mounts;

Returns the mount identified by the mount parameter as a IBM::StorageSystem::Mount object.

Note that this method implements caching and a cached object will be returned shoudl one be present. If you require a non-cached object then please use the get_iogroup method.

get_mount( $mount )

This is a functionally equivalent non-caching implementation of the mount method.

get_mounts

This method returns an array of IBM::StorageSystem::Mount objects representing all mounts on the target system.

node( $node )

# Get node mgmt001st001 as an IBM::StorageSystem::Node object
my $node = $ibm->node( mgmt001st001 );

# Print the node description
print "Description: " . $node->description . "\n";

# Prints something like: "Description: active management node"
# Or alternately;
print "Description: " . $ibm->node( mgmt001st001 )->description . "\n";

Returns the node identified by the value of the node parameter as a IBM::StorageSystem::Node object.

Note that this method implements caching and that a cached object will be returned if one is available. If you require a non-cached object, then please use the non-caching get_node method.

get_node( $node )

This is a functionally equivalent non-caching implementation of the node method.

get_nodes

# Print the GPFS and CTDB stati of all nodes
foreach my $node ( $ibm->get_nodes ) {
        print "GPFS status: " . $node->GPFS_status . " - CTDB status: " . $node->CTDB_status . "\n"
}

Returns an array of IBM::StorageSystem::Node objects representing all configured nodes on the target system.

get_quotas

# Call a function to send a quota warning email for any quotas where the current
# usage exceeds 85% of the quota usage hard limit.

map  { send_quota_warning_email( $_ ) }
grep { ( $_->used_usage / $_->HL_usage ) > 0.85 }
grep { $_->name ne 'root' }
grep { $_->type eq 'U' } $ibm->get_quotas;

Returns all quotas defined on the target system as an array of IBM::StorageSystem::Quota objects.

service( $service )

# Print the enabled status of the NFS service
print $ibm->service(NFS)->enabled;

# Print the configured and enabled status of all services
printf( "%-20s%-20s%-20s\n", 'Service', 'Configured', 'Active' );
map { printf( "%-20s%-20s%-20s\n", $_->name, $_->configured, $_->active ) } $ibm->get_services;

Returns a IBM::StorageSystem::Service object representing the service identified by the value of the service parameter.

Note that this method implements caching and that a cached object will be returned if one is available. If you require a non-cached object, then please use the non-caching get_node method.

get_service( $service )

This is a functionally equivalent non-caching implementation of the service method.

get_services

Returns an array of IBM::StorageSystem::Service objects representing all configured services on the target system.

task( $task )

# Print the status of the SNAPSHOTS task
my $snapshots = $ibm->task(SNAPSHOTS);
print "Status: " . $snapshots->status . "\n";

# Alternately
print "Status: " . $ibm->task(SNAPSHOTS)->status . "\n";

Return the task identified by the value of the task parameter as an IBM::StorageSystem::Task object.

Note that this method implements caching and that a cached object will be returned if one is available. If you require a non-cached object, then please use the non-caching get_node method.

task( $task )

# Print the status of the SNAPSHOTS task
my $snapshots = $ibm->task(SNAPSHOTS);
print "Status: " . $snapshots->status . "\n";

# Alternately
print "Status: " . $ibm->task(SNAPSHOTS)->status . "\n";

Return the task identified by the value of the task parameter as an IBM::StorageSystem::Task object.

Note that this method implements caching and that a cached object will be returned if one is available. If you require a non-cached object, then please use the non-caching get_node method.

get_task( $task )

This is a functionally equivalent non-caching implementation of the task method.

get_tasks

# Call an alert function for any tasks that are not in an OK state
map { alert( $_->name ) } grep { $_->status ne 'OK' } $ibm->get_tasks;

Returns an array of IBM::StorageSystem::Task objects representing all tasks on the target system.

vdisk( $id )

# Get the VDisk ID 3 and print the VDisk UUID
my $vdisk = $ibm->vdisk(3);
print $vdisk->vdisk_UUID;

# Alternately:
print $ibm->vdisk(3)->vdisk_UUID;

Returns an IBM::StorageSystem::VDisk object representing the VDisk identified by the numerical ID parameter.

Note that this method implements caching to improve performance and reduce network overhead, and that a cached object will be returned if one is present. If you require a non-cached object then please use the get_vdisk method.

get_vdisk( $id )

This is a functionally equivalent non-caching implementation of the vdisk method.

get_vdisks

# Print the name, ID, capacity in GB and MDisk group name of all VDisks in a
# nicely formatted output
printf( "%-20s%-8s%-15s%20s\n", 'Name', 'ID', 'Capacity (GB)', 'MDisk Group Name' );
printf( "%-20s%-8s%-15s%20s\n", '-'x18, '-'x4, '-'x12, '-'x15 );
map { printf( "%-20s%-8s%-15s%20s\n", $_->name, $_->id, (int($_->capacity / (1024**3))), $_->mdisk_grp_name) } 
grep { $_->status eq 'online' } $ibm->get_vdisks;

# Should print something like:
# Name                ID      Capacity (GB)      MDisk Group Name
# ------------------  ----    ------------       ---------------
# file-host-1         0       5823               FILE_POOL
# backup-host-2       1       2330               BACKUP_POOL
# ... etc.

Returns all configured VDisks in the target system as an array of IBM::StorageSystem::VDisk objects.

AUTHOR

Luke Poskitt, <ltp at cpan.org>

BUGS

Please report any bugs or feature requests to bug-ibm-v7000unified at rt.cpan.org, or through the web interface at http://rt.cpan.org/NoAuth/ReportBug.html?Queue=IBM-V7000Unified. I will be notified, and then you'll automatically be notified of progress on your bug as I make changes.

SUPPORT

You can find documentation for this module with the perldoc command.

perldoc IBM::V7000Unified

RT: CPAN's request tracker (report bugs here)

http://rt.cpan.org/NoAuth/Bugs.html?Dist=IBM-V7000Unified
AnnoCPAN: Annotated CPAN documentation

http://annocpan.org/dist/IBM-V7000Unified
CPAN Ratings

http://cpanratings.perl.org/d/IBM-V7000Unified
Search CPAN

http://search.cpan.org/dist/IBM-V7000Unified/

ACKNOWLEDGEMENTS

LICENSE AND COPYRIGHT

This program is free software; you can redistribute it and/or modify it under the terms of either: the GNU General Public License as published by the Free Software Foundation; or the Artistic License.

See http://dev.perl.org/licenses/ for more information.

To install IBM::V7000Unified, copy and paste the appropriate command in to your terminal.

cpanm

cpanm IBM::V7000Unified

CPAN shell

perl -MCPAN -e shell
install IBM::V7000Unified

For more information on module installation, please visit the detailed CPAN module installation guide.

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