platforms: • Linux • Windows • Solaris • HP-UX • AIX 5.1.1.2 Mounted filesystem discovery Mounted filesystem discovery returns filesystem names along with their types. Network interface discovery support FreeBSD • OpenBSD • NetBSD • MacOS X It is possible to filter by regular expression on the filesystem name or type. 5.1.2 Automatic inventory data collection 7 Host inventory now can be populated desired size. In majority of cases you will accept the available maximum, which will expand the filesystem to whatever size you made available for the virtual disk. To do so, enter the following sequence

get agent item has been added that returns a JSON with filesystem data including such details as the mountpoint name, mountpoint type, filesystem size and inode metrics. See a working example of how this A CPU utilization item has been added to Template Module HOST-RESOURCES-MIB CPU SNMPv2; • The filesystem discovery filter has been improved to exclude some unnecessary values in Template Module HOST- ] Number or percentage of inodes. Integer - for number Float - for percentage fs - filesystem mode - possible values: total (default), free, used, //pfree // (free, percentage), pused

snapshots where Zabbix agent can be stopped and later started from a split-off disk copy or a filesystem snapshot. If Zabbix agent is often stopped/started the new parameter can be also useful on simple functionality. Templates New macros allowing to define warning and critical thresholds of the filesystem utilization for virtual file system monitoring have been added to the templates Template App PFSense Module Windows filesystems by Zabbix agent, Template Net Mellanox SNMP, Template OS Linux by Prom. Filesystem utilization triggers have been updated to use these macros. 34 You can get these templates:

do that, it falls back on the old method of obtaining this information from the /proc virtual filesystem, which has also been improved. See What’s new in Zabbix 3.0.0 for details. vfs.fs.discovery item configured to synchronise to the public pool servers: ntp.ubuntu.com; • LVM volume is used with ext4 filesystem. • ”UseDNS no” is added to SSH server configuration file /etc/ssh/sshd_config to avoid long SSH desired size. In the majority of cases you will accept the available maximum, which will expand the filesystem to whatever size you made available for the virtual disk. To do so, enter the following sequence

instructions for HTTP templates New macros allowing to define warning and critical thresholds of the filesystem utilization for virtual file system monitoring have been added to the templates HOST-RESOURCES-MIB PFSense SNMP, Windows filesystems by Zabbix agent active, Windows filesystems by Zabbix agent. Filesystem utilization triggers have been updated to use these macros. You can get these templates: • In client. github.com/miekg/dns 1.1.43 DNS library. github.com/omeid/go- yarn 0.0.1 Embeddable filesystem mapped key-string store. github.com/goburrow/modbus 0.1.0 Fault-tolerant implementation of Modbus

desired size. In majority of cases you will accept the available maximum, which will expand the filesystem to whatever size you made available for the virtual disk. To do so, enter the following sequence the partition we modified is in use currently). After reboot, filesystem resizing can take place. resize2fs /dev/sda1 That’s it, filesystem should be grown to the partition size now. 6.7 Format-specific vfs.file.time[/etc/passwd,modify] vfs.fs.inode[fs,] Number of inodes Numeric value fs - filesystem mode - one of total (default), free, used, pfree (free, percentage), pused (used, percentage)

get agent item has been added that returns a JSON with filesystem data including such details as the mountpoint name, mountpoint type, filesystem size and inode metrics. See a working example of how this A CPU utilization item has been added to Template Module HOST-RESOURCES-MIB CPU SNMPv2; • The filesystem discovery filter has been improved to exclude some unnecessary values in Template Module HOST- ] Number or percentage of inodes. Integer - for number Float - for percentage fs - filesystem mode - possible values: total (default), free, used, //pfree // (free, percentage), pused

configured to synchronise to the public pool servers: ntp.ubuntu.com; • LVM volume is used with ext4 filesystem. • ”UseDNS no” is added to SSH server configuration file /etc/ssh/sshd_config to avoid long SSH desired size. In the majority of cases you will accept the available maximum, which will expand the filesystem to whatever size you made available for the virtual disk. To do so, enter the following sequence oot Reboot the virtual machine (as the partition we modified is in use currently). That’s it, filesystem should be grown to the partition size now. Check ”/dev/mapper/zabbix--vg-root” volume: df -h

configured to synchronise to the public pool servers: ntp.ubuntu.com; • LVM volume is used with ext4 filesystem. • ”UseDNS no” is added to SSH server configuration file /etc/ssh/sshd_config to avoid long SSH desired size. In the majority of cases you will accept the available maximum, which will expand the filesystem to whatever size you made available for the virtual disk. To do so, enter the following sequence 92 Reboot the virtual machine (as the partition we modified is in use currently). That’s it, filesystem should be grown to the partition size now. Check ”/dev/mapper/zabbix--vg-root” volume: df -h

desired size. In majority of cases you will accept the available maximum, which will expand the filesystem to whatever size you made available for the virtual disk. To do so, enter the following sequence the partition we modified is in use currently). After reboot, filesystem resizing can take place. resize2fs /dev/sda1 That’s it, filesystem should be grown to the partition size now. 9 Format-specific 129 Key Number or percentage of inodes. Integer - for number Float - for percentage fs - filesystem mode - possible values: total (default), free, used, //pfree // (free, percentage), pused