Oracle ZFS Storage Appliance User Manual

Creating a Worksheet Based on a Specified Drive Type
chassis = list();
params.disks = [];
for (i = 0; i < chassis.length; i++) {
run('select ' + chassis[i]);
name = get('name');
run('select disk');
disks = list();
for (j = 0; j < disks.length; j++) {
run('select ' + disks[j]);
if (get('use') == params.type) {
params.disks.push(name + '/' +
get('label'));
}
run('cd ..');
}
run('cd ../..');
}
if (params.disks.length === 0)
throw ('No ' + params.type + ' disks found');
run('cd /');
}
}, {
step: 'Creating worksheet',
execute: function (params) {
/*
* In this step, we're ready to actually create the worksheet
* itself: we have the disks of the specified type and
* we know that we can create the worksheet. Note that we
* create several datasets: first, I/O bytes broken down
* by disk, with each disk of the specified type highlighted
* as a drilldown. Then, we create a separate dataset for
* each disk of the specified type. Finally, note that we
* aren't saving the datasets -- we'll let the user do that
* from the created worksheet if they so desire. (It would
* be straightforward to add a boolean parameter to this
* workflow that allows that last behavior to be optionally
* changed.)
*/
var disks = [], i;
run('analytics worksheets');
Maintenance Workflows 605

Oracle ZFS Storage Appliance Specifications

General

Connectivity	10GbE, 40GbE, InfiniBand, Fibre Channel
Protocols	NFS, SMB, iSCSI, Fibre Channel, HTTP
Operating System	Oracle Solaris
Data Protection	snapshots, clones, remote replication
Data Reduction	Inline compression, deduplication
High Availability	Redundant hardware components (controllers, power supplies, fans). Automatic failover between controllers. Hot-swappable drives and components. Cluster configurations for increased availability and scalability.
Management Interface	Web-based GUI, CLI, REST API
Storage Type	Hybrid (SSD + HDD), All-Flash
Storage Capacity	Up to several petabytes
Encryption	AES-256 encryption at rest