Timeout after which agent is considered unavailable. Works only for agents reachable from Zabbix server/proxy (passive mode).

The critical threshold of the % Interrupt Time counter.

The threshold of the % Privileged Time counter.

The threshold of the Processor Queue Length counter.

The critical threshold of the CPU utilization in %.

-

-

-

The warning threshold of the Memory Pages/sec counter.

The warning threshold of the Free System Page Table Entries counter.

The warning threshold of the Memory util item.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

The warning threshold of the minimum free swap.

The threshold for difference of system time in seconds.

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

Disk read average response time (in s) before the trigger would fire.

The warning threshold of disk time utilization in percent.

Disk write average response time (in s) before the trigger would fire.

The critical threshold of the filesystem utilization.

The warning threshold of the filesystem utilization.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

The critical threshold of the filesystem utilization in percent.

The warning threshold of the filesystem utilization in percent.

Discovery of file systems of different types.

Filter:

- {#FSTYPE} MATCHES_REGEX {$VFS.FS.FSTYPE.MATCHES}

- {#FSTYPE} NOT_MATCHES_REGEX {$VFS.FS.FSTYPE.NOT_MATCHES}

- {#FSNAME} MATCHES_REGEX {$VFS.FS.FSNAME.MATCHES}

- {#FSNAME} NOT_MATCHES_REGEX {$VFS.FS.FSNAME.NOT_MATCHES}

- {#FSDRIVETYPE} MATCHES_REGEX {$VFS.FS.FSDRIVETYPE.MATCHES}

- {#FSDRIVETYPE} NOT_MATCHES_REGEX {$VFS.FS.FSDRIVETYPE.NOT_MATCHES}

Discovery of installed network interfaces.

Preprocessing:

- JAVASCRIPT: The text is too long. Please see the template.

- DISCARD_UNCHANGED_HEARTBEAT: 1h

Filter:

- {#IFNAME} MATCHES_REGEX {$NET.IF.IFNAME.MATCHES}

- {#IFNAME} NOT_MATCHES_REGEX {$NET.IF.IFNAME.NOT_MATCHES}

- {#IFDESCR} MATCHES_REGEX {$NET.IF.IFDESCR.MATCHES}

- {#IFDESCR} NOT_MATCHES_REGEX {$NET.IF.IFDESCR.NOT_MATCHES}

- {#IFALIAS} MATCHES_REGEX {$NET.IF.IFALIAS.MATCHES}

- {#IFALIAS} NOT_MATCHES_REGEX {$NET.IF.IFALIAS.NOT_MATCHES}

Discovery of installed physical disks.

Preprocessing:

- STR_REPLACE: {#INSTANCE} {#DEVNAME}

Filter:

- {#DEVNAME} MATCHES_REGEX {$VFS.DEV.DEVNAME.MATCHES}

- {#DEVNAME} NOT_MATCHES_REGEX {$VFS.DEV.DEVNAME.NOT_MATCHES}

Discovery of Windows services of different types as defined in template's macros.

Filter:

- {#SERVICE.NAME} MATCHES_REGEX {$SERVICE.NAME.MATCHES}

- {#SERVICE.NAME} NOT_MATCHES_REGEX {$SERVICE.NAME.NOT_MATCHES}

- {#SERVICE.STARTUPNAME} MATCHES_REGEX {$SERVICE.STARTUPNAME.MATCHES}

- {#SERVICE.STARTUPNAME} NOT_MATCHES_REGEX {$SERVICE.STARTUPNAME.NOT_MATCHES}

CPU utilization in %.

The Processor Information% Interrupt Time is the time the processor spends receiving and servicing

hardware interrupts during sample intervals. This value is an indirect indicator of the activity of

devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication

lines, network interface cards and other peripheral devices. This is an easy way to identify a potential

hardware failure. This should never be higher than 20%.

Context Switches/sec is the combined rate at which all processors on the computer are switched from one thread to another.

Context switches occur when a running thread voluntarily relinquishes the processor, is preempted by a higher priority ready thread, or switches between user-mode and privileged (kernel) mode to use an Executive or subsystem service.

It is the sum of Thread\Context Switches/sec for all threads running on all processors in the computer and is measured in numbers of switches.

There are context switch counters on the System and Thread objects. This counter displays the difference between the values observed in the last two samples, divided by the duration of the sample interval.

The Processor Information% Privileged Time counter shows the percent of time that the processor is spent

executing in Kernel (or Privileged) mode. Privileged mode includes services interrupts inside Interrupt

Service Routines (ISRs), executing Deferred Procedure Calls (DPCs), Device Driver calls and other kernel-mode

functions of the Windows® Operating System.

Processor DPC time is the time that a single processor spent receiving and servicing deferred procedure

calls (DPCs). DPCs are interrupts that run at a lower priority than standard interrupts. % DPC Time is a

component of % Privileged Time because DPCs are executed in privileged mode. If a high % DPC Time is

sustained, there may be a processor bottleneck or an application or hardware related issue that can

significantly diminish overall system performance.

The Processor Information% User Time counter shows the percent of time that the processor(s) is spent executing

in User mode.

The number of logical processors available on the computer.

The Processor Queue Length shows the number of threads that are observed as delayed in the processor Ready Queue

and are waiting to be executed.

Used storage in Bytes

Total space in Bytes

Space utilization in % for {#FSNAME}

System local time of the host.

System host name.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

System description of the host.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

The number of processes.

The number of threads used by all running processes.

Operating system architecture of the host.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

Used memory in Bytes.

Total memory in Bytes.

Memory utilization in %.

Expression:

Cache Bytes is the sum of the Memory\System Cache Resident Bytes, Memory\System Driver Resident Bytes,

Memory\System Code Resident Bytes, and Memory\Pool Paged Resident Bytes counters. This counter displays

the last observed value only; it is not an average.

The free space of swap volume/file in bytes.

Expression:

The free space of swap volume/file in percent.

Preprocessing:

- JAVASCRIPT: return (100 - value)

The used space of swap volume/file in percent.

The total space of swap volume/file in bytes.

This indicates the number of page table entries not currently in use by the system. If the number is less

than 5,000, there may well be a memory leak or you running out of memory.

Page Faults/sec is the average number of pages faulted per second. It is measured in number of pages

faulted per second because only one page is faulted in each fault operation, hence this is also equal

to the number of page fault operations. This counter includes both hard faults (those that require

disk access) and soft faults (where the faulted page is found elsewhere in physical memory.) Most

processors can handle large numbers of soft faults without significant consequence. However, hard faults,

which require disk access, can cause significant delays.

This measures the rate at which pages are read from or written to disk to resolve hard page faults.

If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

This measures the size, in bytes, of the non-paged pool. This is an area of system memory for objects

that cannot be written to disk but instead must remain in physical memory as long as they are allocated.

There is a possible memory leak if the value is greater than 175MB (or 100MB with the /3GB switch).

A typical Event ID 2019 is recorded in the system event log.

-

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

-

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

The agent always returns 1 for this item. It could be used in combination with nodata() for availability check.

Incoming traffic on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

- MULTIPLIER: 8

Outgoing traffic on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

- MULTIPLIER: 8

The number of incoming packets dropped on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of outgoing packets dropped on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of incoming packets with errors on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of outgoing packets with errors on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

Estimated bandwidth of the network interface if any.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].Speed.first()

⛔️ON_FAIL: CUSTOM_VALUE -> 0

- JAVASCRIPT: return (value=='9223372036854775807' ? 0 : value)

- DISCARD_UNCHANGED_HEARTBEAT: 1h

The type of the network interface.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].AdapterTypeId.first()

- DISCARD_UNCHANGED_HEARTBEAT: 1d

The operational status of the network interface.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].NetConnectionStatus.first()

- DISCARD_UNCHANGED_HEARTBEAT: 1d

-

System uptime in 'N days, hh:mm:ss' format.

Monitoring agent availability status

Rate of read operations on the disk.

Rate of write operations on the disk.

Current average disk queue, the number of requests outstanding on the disk at the time the performance data is collected.

This item is the percentage of elapsed time that the selected disk drive was busy servicing read or writes requests based on idle time.

Preprocessing:

- JAVASCRIPT: return (100 - value)

The average time for read requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

The average time for write requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

Average disk read queue, the number of requests outstanding on the disk at the time the performance data is collected.

Average disk write queue, the number of requests outstanding on the disk at the time the performance data is collected.

Raw data of win32_networkadapter.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1h

CPU utilization is too high. The system might be slow to respond.

"The CPU Interrupt Time in the last 5 minutes exceeds {$CPU.INTERRUPT.CRIT.MAX}%."

The Processor Information% Interrupt Time is the time the processor spends receiving and servicing

hardware interrupts during sample intervals. This value is an indirect indicator of the activity of

devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication

lines, network interface cards and other peripheral devices. This is an easy way to identify a potential

hardware failure. This should never be higher than 20%.

Depends on:

- High CPU utilization

The CPU privileged time in the last 5 minutes exceeds {$CPU.PRIV.CRIT.MAX}%.

Depends on:

- CPU interrupt time is too high

- High CPU utilization

The CPU Queue Length in the last 5 minutes exceeds {$CPU.QUEUE.CRIT.MAX}. According to actual observations, PQL should not exceed the number of cores * 2. To fine-tune the conditions, use the macro {$CPU.QUEUE.CRIT.MAX }.

Depends on:

- High CPU utilization

Two conditions should match: First, space utilization should be above {$VFS.FS.PUSED.MAX.CRIT:"{#FSNAME}"}.

Second condition should be one of the following:

- The disk free space is less than {$VFS.FS.FREE.MIN.CRIT:"{#FSNAME}"}.

- The disk will be full in less than 24 hours.

Manual close: YES

Two conditions should match: First, space utilization should be above {$VFS.FS.PUSED.MAX.WARN:"{#FSNAME}"}.

Second condition should be one of the following:

- The disk free space is less than {$VFS.FS.FREE.MIN.WARN:"{#FSNAME}"}.

- The disk will be full in less than 24 hours.

Manual close: YES

Depends on:

- {#FSLABEL}({#FSNAME}): Disk space is critically low

The host system time is different from the Zabbix server time.

Manual close: YES

System name has changed. Ack to close.

Manual close: YES

The system is running out of free memory.

This trigger is ignored, if there is no swap configured

Depends on:

- High memory utilization

The Memory Free System Page Table Entries is less than {$MEM.PAGE_TABLE_CRIT.MIN} for 5 minutes. If the number is less than 5,000, there may well be a memory leak.

Depends on:

- High memory utilization

The Memory Pages/sec in the last 5 minutes exceeds {$MEM.PAGE_SEC.CRIT.MAX}. If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

Depends on:

- High memory utilization

The network interface utilization is close to its estimated maximum bandwidth.

Recovery expression:

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

Recovers when below 80% of {$IF.ERRORS.WARN:"{#IFNAME}"} threshold

Recovery expression:

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

This Ethernet connection has transitioned down from its known maximum speed. This might be a sign of autonegotiation issues. Ack to close.

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

This trigger expression works as follows:

1. Can be triggered if operations status is down.

2. {$IFCONTROL:"{#IFNAME}"}=1 - user can redefine Context macro to value - 0. That marks this interface as not important.

No new trigger will be fired if this interface is down.

3. {TEMPLATE_NAME:METRIC.diff()}=1) - trigger fires only if operational status is different from Connected(2).

WARNING: if closed manually - won't fire again on next poll, because of .diff.

Recovery expression:

Manual close: YES

The service has a state other than "Running" for the last three times.

The device uptime is less than 10 minutes.

Manual close: YES

For passive only agents, host availability is used with {$AGENT.TIMEOUT} as time threshold.

Manual close: YES

The disk appears to be under heavy load

Manual close: YES

Depends on:

- {#DEVNAME}: Disk read request responses are too high

- {#DEVNAME}: Disk write request responses are too high

This trigger might indicate disk {#DEVNAME} saturation.

Manual close: YES

This trigger might indicate disk {#DEVNAME} saturation.

Manual close: YES

Timeout after which agent is considered unavailable. Works only for agents reachable from Zabbix server/proxy (passive mode).

The critical threshold of the % Interrupt Time counter.

The threshold of the % Privileged Time counter.

The threshold of the Processor Queue Length counter.

The critical threshold of the CPU utilization expressed in %.

The warning threshold of the Free System Page Table Entries counter.

The warning threshold of the Memory Pages/sec counter.

The warning threshold of the Memory util item.

The warning threshold of the minimum free swap.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

The critical threshold of the filesystem utilization in percent.

The warning threshold of the filesystem utilization in percent.

The critical threshold of the filesystem utilization.

The warning threshold of the filesystem utilization.

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

The warning threshold of disk time utilization in percent.

Disk read average response time (in s) before the trigger would fire.

Disk write average response time (in s) before the trigger would fire.

The threshold for difference of system time in seconds.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

Preprocessing

• Discard unchanged with heartbeat: 1d

Preprocessing

• Discard unchanged with heartbeat: 1d

The agent always returns 1 for this item. It could be used in combination with nodata() for availability check.

Monitoring the availability status of the agent.

The CPU utilization expressed in %.

The Processor Information% Interrupt Time is the time the processor spends receiving and servicing

hardware interrupts during sample intervals. This value is an indirect indicator of the activity of

devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication

lines, network interface cards and other peripheral devices. This is an easy way to identify a potential

hardware failure. This should never be higher than 20%.

Context Switches/sec is the combined rate at which all processors on the computer are switched from one thread to another.

Context switches occur when a running thread voluntarily relinquishes the processor, is preempted by a higher priority ready thread, or switches between user-mode and privileged (kernel) mode to use an Executive or subsystem service.

It is the sum of Thread\Context Switches/sec for all threads running on all processors in the computer and is measured in numbers of switches.

There are context switch counters on the System and Thread objects. This counter displays the difference between the values observed in the last two samples, divided by the duration of the sample interval.

The Processor Information% Privileged Time counter shows the percent of time that the processor is spent

executing in Kernel (or Privileged) mode. Privileged mode includes services interrupts inside Interrupt

Service Routines (ISRs), executing Deferred Procedure Calls (DPCs), Device Driver calls and other kernel-mode

functions of the Windows® Operating System.

Processor DPC time is the time that a single processor spent receiving and servicing deferred procedure

calls (DPCs). DPCs are interrupts that run at a lower priority than standard interrupts. % DPC Time is a

component of % Privileged Time because DPCs are executed in privileged mode. If a high % DPC Time is

sustained, there may be a processor bottleneck or an application or hardware related issue that can

significantly diminish overall system performance.

The Processor Information% User Time counter shows the percent of time that the processor(s) is spent executing

in User mode.

The number of logical processors available on the computer.

The Processor Queue Length shows the number of threads that are observed as delayed in the processor Ready Queue

and are waiting to be executed.

Used memory in bytes.

The total memory expressed in bytes.

Memory utilization in %.

Cache Bytes is the sum of the Memory\System Cache Resident Bytes, Memory\System Driver Resident Bytes,

Memory\System Code Resident Bytes, and Memory\Pool Paged Resident Bytes counters. This counter displays

the last observed value only; it is not an average.

The free space of the swap volume/file expressed in bytes.

The free space of the swap volume/file expressed in %.

Preprocessing

• JavaScript: return (100 - value)

The used space of swap volume/file in percent.

The total space of the swap volume/file expressed in bytes.

This indicates the number of page table entries not currently in use by the system. If the number is less

than 5,000, there may well be a memory leak or you running out of memory.

Page Faults/sec is the average number of pages faulted per second. It is measured in number of pages

faulted per second because only one page is faulted in each fault operation, hence this is also equal

to the number of page fault operations. This counter includes both hard faults (those that require

disk access) and soft faults (where the faulted page is found elsewhere in physical memory.) Most

processors can handle large numbers of soft faults without significant consequence. However, hard faults,

which require disk access, can cause significant delays.

This measures the rate at which pages are read from or written to disk to resolve hard page faults.

If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

This measures the size, in bytes, of the non-paged pool. This is an area of system memory for objects

that cannot be written to disk but instead must remain in physical memory as long as they are allocated.

There is a possible memory leak if the value is greater than 175MB (or 100MB with the /3GB switch).

A typical Event ID 2019 is recorded in the system event log.

The system uptime expressed in the following format: "N days, hh:mm:ss".

The local system time of the host.

The host name of the system.

Preprocessing

• Discard unchanged with heartbeat: 1d

System description of the host.

Preprocessing

• Discard unchanged with heartbeat: 1d

The number of processes.

The number of threads used by all running processes.

The architecture of the operating system.

Preprocessing

• Discard unchanged with heartbeat: 1d

Raw data of win32_networkadapter.

Preprocessing

• Discard unchanged with heartbeat: 1h

For passive only agents, host availability is used with {$AGENT.TIMEOUT} as time threshold.

The CPU utilization is too high. The system might be slow to respond.

"The CPU Interrupt Time in the last 5 minutes exceeds {$CPU.INTERRUPT.CRIT.MAX}%."
The Processor Information% Interrupt Time is the time the processor spends receiving and servicing
hardware interrupts during sample intervals. This value is an indirect indicator of the activity of
devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication
lines, network interface cards and other peripheral devices. This is an easy way to identify a potential
hardware failure. This should never be higher than 20%.

• Windows: High CPU utilization

The CPU privileged time in the last 5 minutes exceeds {$CPU.PRIV.CRIT.MAX}%.

• Windows: High CPU utilization
• Windows: CPU interrupt time is too high

The CPU Queue Length in the last 5 minutes exceeds {$CPU.QUEUE.CRIT.MAX}. According to actual observations, PQL should not exceed the number of cores * 2. To fine-tune the conditions, use the macro {$CPU.QUEUE.CRIT.MAX }.

• Windows: High CPU utilization

The system is running out of free memory.

This trigger is ignored, if there is no swap configured

• Windows: High memory utilization

The Memory Free System Page Table Entries is less than {$MEM.PAGE_TABLE_CRIT.MIN} for 5 minutes. If the number is less than 5,000, there may well be a memory leak.

• Windows: High memory utilization

The Memory Pages/sec in the last 5 minutes exceeds {$MEM.PAGE_SEC.CRIT.MAX}. If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

• Windows: High memory utilization

The device uptime is less than 10 minutes.

The host's system time is different from Zabbix server time.

The name of the system has changed. Acknowledge to close the problem manually.

Discovery of file systems of different types.

Used storage in bytes

Total space in bytes

Space utilization in % for {#FSNAME}

Two conditions should match:
1. The first condition - utilization of the space should be above {$VFS.FS.PUSED.MAX.CRIT:"{#FSNAME}"}.
2. The second condition should be one of the following:
- the disk free space is less than {$VFS.FS.FREE.MIN.CRIT:"{#FSNAME}"};
- the disk will be full in less than 24 hours.

Two conditions should match:
1. The first condition - utilization of the space should be above {$VFS.FS.PUSED.MAX.WARN:"{#FSNAME}"}.
2. The second condition should be one of the following:
- the disk free space is less than {$VFS.FS.FREE.MIN.WARN:"{#FSNAME}"};
- the disk will be full in less than 24 hours.

• {#FSLABEL}({#FSNAME}): Disk space is critically low

Discovery of installed physical disks.

Preprocessing

• Replace: {#INSTANCE} -> {#DEVNAME}

Rate of read operations on the disk.

Rate of write operations on the disk.

The current average disk queue; the number of requests outstanding on the disk while the performance data is being collected.

This item is the percentage of elapsed time that the selected disk drive was busy servicing read or writes requests based on idle time.

Preprocessing

• JavaScript: return (100 - value)

The average time for read requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

The average time for write requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

Average disk read queue, the number of requests outstanding on the disk at the time the performance data is collected.

Average disk write queue, the number of requests outstanding on the disk at the time the performance data is collected.

The disk appears to be under heavy load.

• {#DEVNAME}: Disk read request responses are too high
• {#DEVNAME}: Disk write request responses are too high

This trigger might indicate the disk {#DEVNAME} saturation.

This trigger might indicate the disk {#DEVNAME} saturation.

Discovery of installed network interfaces.

Preprocessing

• JavaScript: The text is too long. Please see the template.

• Discard unchanged with heartbeat: 1h

Incoming traffic on the network interface.

Preprocessing

• Change per second

• Custom multiplier: 8

Outgoing traffic on the network interface.

Preprocessing

• Change per second

• Custom multiplier: 8

The number of incoming packets dropped on the network interface.

Preprocessing

• Change per second

The number of outgoing packets dropped on the network interface.

Preprocessing

• Change per second

The number of incoming packets with errors on the network interface.

Preprocessing

• Change per second

The number of outgoing packets with errors on the network interface.

Preprocessing

• Change per second

Estimated bandwidth of the network interface if any.

Preprocessing

• JSON Path: $[?(@.GUID == "{#IFGUID}")].Speed.first()

  ⛔️Custom on fail: Set value to: 0

• JavaScript: return (value=='9223372036854775807' ? 0 : value)

• Discard unchanged with heartbeat: 1h

The type of the network interface.

Preprocessing

• JSON Path: $[?(@.GUID == "{#IFGUID}")].AdapterTypeId.first()

• Discard unchanged with heartbeat: 1d

The operational status of the network interface.

Preprocessing

• JSON Path: $[?(@.GUID == "{#IFGUID}")].NetConnectionStatus.first()

• Discard unchanged with heartbeat: 1d

The utilization of the network interface is close to its estimated maximum bandwidth.

• Interface {#IFNAME}({#IFALIAS}): Link down

It recovers when it is below 80% of the {$IF.ERRORS.WARN:"{#IFNAME}"} threshold.

• Interface {#IFNAME}({#IFALIAS}): Link down

This Ethernet connection has transitioned down from its known maximum speed. This might be a sign of autonegotiation issues. Acknowledge to close the problem manually.

• Interface {#IFNAME}({#IFALIAS}): Link down

This trigger expression works as follows:
1. It can be triggered if the operations status is down.
2. {$IFCONTROL:"{#IFNAME}"}=1 - a user can redefine context macro to value - 0. That marks this interface as not important.
No new trigger will be fired if this interface is down.
3. {TEMPLATE_NAME:METRIC.diff()}=1 - the trigger fires only if the operational status was up to (1) sometime before (so, do not fire for the 'eternal off' interfaces.)

WARNING: if closed manually - it will not fire again on the next poll, because of .diff.

Discovery of Windows services of different types as defined in template's macros.

The service has a state other than "Running" for the last three times.

The critical threshold of the % Interrupt Time counter.

The threshold of the % Privileged Time counter.

The threshold of the Processor Queue Length counter.

The critical threshold of the CPU utilization in %.

CPU utilization in %

The Processor Information% Interrupt Time is the time the processor spends receiving and servicing

hardware interrupts during sample intervals. This value is an indirect indicator of the activity of

devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication

lines, network interface cards and other peripheral devices. This is an easy way to identify a potential

hardware failure. This should never be higher than 20%.

Context Switches/sec is the combined rate at which all processors on the computer are switched from one thread to another.

Context switches occur when a running thread voluntarily relinquishes the processor, is preempted by a higher priority ready thread, or switches between user-mode and privileged (kernel) mode to use an Executive or subsystem service.

It is the sum of Thread\Context Switches/sec for all threads running on all processors in the computer and is measured in numbers of switches.

There are context switch counters on the System and Thread objects. This counter displays the difference between the values observed in the last two samples, divided by the duration of the sample interval.

The Processor Information% Privileged Time counter shows the percent of time that the processor is spent

executing in Kernel (or Privileged) mode. Privileged mode includes services interrupts inside Interrupt

Service Routines (ISRs), executing Deferred Procedure Calls (DPCs), Device Driver calls and other kernel-mode

functions of the Windows® Operating System.

Processor DPC time is the time that a single processor spent receiving and servicing deferred procedure

calls (DPCs). DPCs are interrupts that run at a lower priority than standard interrupts. % DPC Time is a

component of % Privileged Time because DPCs are executed in privileged mode. If a high % DPC Time is

sustained, there may be a processor bottleneck or an application or hardware related issue that can

significantly diminish overall system performance.

The Processor Information% User Time counter shows the percent of time that the processor(s) is spent executing

in User mode.

The number of logical processors available on the computer.

The Processor Queue Length shows the number of threads that are observed as delayed in the processor Ready Queue

and are waiting to be executed.

CPU utilization is too high. The system might be slow to respond.

"The CPU Interrupt Time in the last 5 minutes exceeds {$CPU.INTERRUPT.CRIT.MAX}%."

The Processor Information% Interrupt Time is the time the processor spends receiving and servicing

hardware interrupts during sample intervals. This value is an indirect indicator of the activity of

devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication

lines, network interface cards and other peripheral devices. This is an easy way to identify a potential

hardware failure. This should never be higher than 20%.

Depends on:

- High CPU utilization (over {$CPU.UTIL.CRIT}% for 5m)

The CPU privileged time in the last 5 minutes exceeds {$CPU.PRIV.CRIT.MAX}%.

Depends on:

- CPU interrupt time is too high (over {$CPU.INTERRUPT.CRIT.MAX}% for 5m)

- High CPU utilization (over {$CPU.UTIL.CRIT}% for 5m)

The CPU Queue Length in the last 5 minutes exceeds {$CPU.QUEUE.CRIT.MAX}. According to actual observations, PQL should not exceed the number of cores * 2. To fine-tune the conditions, use the macro {$CPU.QUEUE.CRIT.MAX }.

Depends on:

- High CPU utilization (over {$CPU.UTIL.CRIT}% for 5m)

The warning threshold of the Memory Pages/sec counter.

The warning threshold of the Free System Page Table Entries counter.

The warning threshold of the Memory util item.

The warning threshold of the minimum free swap.

Used memory in Bytes

Total memory in Bytes

Memory utilization in %

Expression:

Cache Bytes is the sum of the Memory\System Cache Resident Bytes, Memory\System Driver Resident Bytes,

Memory\System Code Resident Bytes, and Memory\Pool Paged Resident Bytes counters. This counter displays

the last observed value only; it is not an average.

The free space of swap volume/file in bytes.

Expression:

The free space of swap volume/file in percent.

Preprocessing:

- JAVASCRIPT: return (100 - value)

The used space of swap volume/file in percent.

The total space of swap volume/file in bytes.

This indicates the number of page table entries not currently in use by the system. If the number is less

than 5,000, there may well be a memory leak or you running out of memory.

Page Faults/sec is the average number of pages faulted per second. It is measured in number of pages

faulted per second because only one page is faulted in each fault operation, hence this is also equal

to the number of page fault operations. This counter includes both hard faults (those that require

disk access) and soft faults (where the faulted page is found elsewhere in physical memory.) Most

processors can handle large numbers of soft faults without significant consequence. However, hard faults,

which require disk access, can cause significant delays.

This measures the rate at which pages are read from or written to disk to resolve hard page faults.

If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

This measures the size, in bytes, of the non-paged pool. This is an area of system memory for objects

that cannot be written to disk but instead must remain in physical memory as long as they are allocated.

There is a possible memory leak if the value is greater than 175MB (or 100MB with the /3GB switch).

A typical Event ID 2019 is recorded in the system event log.

The system is running out of free memory.

This trigger is ignored, if there is no swap configured

Depends on:

- High memory utilization (>{$MEMORY.UTIL.MAX}% for 5m)

The Memory Free System Page Table Entries is less than {$MEM.PAGE_TABLE_CRIT.MIN} for 5 minutes. If the number is less than 5,000, there may well be a memory leak.

Depends on:

- High memory utilization (>{$MEMORY.UTIL.MAX}% for 5m)

The Memory Pages/sec in the last 5 minutes exceeds {$MEM.PAGE_SEC.CRIT.MAX}. If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

Depends on:

- High memory utilization (>{$MEMORY.UTIL.MAX}% for 5m)

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

The critical threshold of the filesystem utilization in percent.

The warning threshold of the filesystem utilization in percent.

Discovery of file systems of different types.

Filter:

- {#FSTYPE} MATCHES_REGEX {$VFS.FS.FSTYPE.MATCHES}

- {#FSTYPE} NOT_MATCHES_REGEX {$VFS.FS.FSTYPE.NOT_MATCHES}

- {#FSNAME} MATCHES_REGEX {$VFS.FS.FSNAME.MATCHES}

- {#FSNAME} NOT_MATCHES_REGEX {$VFS.FS.FSNAME.NOT_MATCHES}

- {#FSDRIVETYPE} MATCHES_REGEX {$VFS.FS.FSDRIVETYPE.MATCHES}

- {#FSDRIVETYPE} NOT_MATCHES_REGEX {$VFS.FS.FSDRIVETYPE.NOT_MATCHES}

Used storage in Bytes

Total space in Bytes

Space utilization in % for {#FSNAME}

Two conditions should match: First, space utilization should be above {$VFS.FS.PUSED.MAX.CRIT:"{#FSNAME}"}.

Second condition should be one of the following:

- The disk free space is less than 5G.

- The disk will be full in less than 24 hours.

Manual close: YES

Two conditions should match: First, space utilization should be above {$VFS.FS.PUSED.MAX.WARN:"{#FSNAME}"}.

Second condition should be one of the following:

- The disk free space is less than 10G.

- The disk will be full in less than 24 hours.

Manual close: YES

Depends on:

- {#FSNAME}: Disk space is critically low (used > {$VFS.FS.PUSED.MAX.CRIT:"{#FSNAME}"}%)

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

Disk read average response time (in s) before the trigger would fire.

The warning threshold of disk time utilization in percent.

Disk write average response time (in s) before the trigger would fire.

Discovery of installed physical disks.

Preprocessing:

- STR_REPLACE: {#INSTANCE} {#DEVNAME}

Filter:

- {#DEVNAME} MATCHES_REGEX {$VFS.DEV.DEVNAME.MATCHES}

- {#DEVNAME} NOT_MATCHES_REGEX {$VFS.DEV.DEVNAME.NOT_MATCHES}

Rate of read operations on the disk.

Rate of write operations on the disk.

Current average disk queue, the number of requests outstanding on the disk at the time the performance data is collected.

This item is the percentage of elapsed time that the selected disk drive was busy servicing read or writes requests based on idle time.

Preprocessing:

- JAVASCRIPT: return 100 - value

The average time for read requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

The average time for write requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

Average disk read queue, the number of requests outstanding on the disk at the time the performance data is collected.

Average disk write queue, the number of requests outstanding on the disk at the time the performance data is collected.

The disk appears to be under heavy load

Manual close: YES

Depends on:

- {#DEVNAME}: Disk read request responses are too high (read > {$VFS.DEV.READ.AWAIT.WARN:"{#DEVNAME}"}s for 15m

- {#DEVNAME}: Disk write request responses are too high (write > {$VFS.DEV.WRITE.AWAIT.WARN:"{#DEVNAME}"}s for 15m)

This trigger might indicate disk {#DEVNAME} saturation.

Manual close: YES

This trigger might indicate disk {#DEVNAME} saturation.

Manual close: YES

The threshold for difference of system time in seconds.

System local time of the host.

System host name.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

System description of the host.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

The number of processes.

The number of threads used by all running processes.

Operating system architecture of the host.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

System uptime in 'N days, hh:mm:ss' format.

The host system time is different from the Zabbix server time.

Manual close: YES

System name has changed. Ack to close.

Manual close: YES

The device uptime is less than 10 minutes.

Manual close: YES

-

-

-

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

Discovery of installed network interfaces.

Preprocessing:

- JAVASCRIPT: The text is too long. Please see the template.

- DISCARD_UNCHANGED_HEARTBEAT: 1h

Filter:

- {#IFNAME} MATCHES_REGEX {$NET.IF.IFNAME.MATCHES}

- {#IFNAME} NOT_MATCHES_REGEX {$NET.IF.IFNAME.NOT_MATCHES}

- {#IFDESCR} MATCHES_REGEX {$NET.IF.IFDESCR.MATCHES}

- {#IFDESCR} NOT_MATCHES_REGEX {$NET.IF.IFDESCR.NOT_MATCHES}

- {#IFALIAS} MATCHES_REGEX {$NET.IF.IFALIAS.MATCHES}

- {#IFALIAS} NOT_MATCHES_REGEX {$NET.IF.IFALIAS.NOT_MATCHES}

Incoming traffic on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

- MULTIPLIER: 8

Outgoing traffic on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

- MULTIPLIER: 8

The number of incoming packets dropped on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of outgoing packets dropped on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of incoming packets with errors on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of outgoing packets with errors on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

Estimated bandwidth of the network interface if any.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].Speed.first()

⛔️ON_FAIL: CUSTOM_VALUE -> 0

- JAVASCRIPT: return (value=='9223372036854775807' ? 0 : value)

- DISCARD_UNCHANGED_HEARTBEAT: 1h

The type of the network interface.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].AdapterTypeId.first()

- DISCARD_UNCHANGED_HEARTBEAT: 1d

The operational status of the network interface.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].NetConnectionStatus.first()

- DISCARD_UNCHANGED_HEARTBEAT: 1d

Raw data of win32_networkadapter.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1h

The network interface utilization is close to its estimated maximum bandwidth.

Recovery expression:

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

Recovers when below 80% of {$IF.ERRORS.WARN:"{#IFNAME}"} threshold

Recovery expression:

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

This Ethernet connection has transitioned down from its known maximum speed. This might be a sign of autonegotiation issues. Ack to close.

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

This trigger expression works as follows:

1. Can be triggered if operations status is down.

2. {$IFCONTROL:"{#IFNAME}"}=1 - user can redefine Context macro to value - 0. That marks this interface as not important.

No new trigger will be fired if this interface is down.

3. {TEMPLATE_NAME:METRIC.diff()}=1) - trigger fires only if operational status is different from Connected(2).

WARNING: if closed manually - won't fire again on next poll, because of .diff.

Recovery expression:

Manual close: YES

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

Discovery of Windows services of different types as defined in template's macros.

Filter:

- {#SERVICE.NAME} MATCHES_REGEX {$SERVICE.NAME.MATCHES}

- {#SERVICE.NAME} NOT_MATCHES_REGEX {$SERVICE.NAME.NOT_MATCHES}

- {#SERVICE.STARTUPNAME} MATCHES_REGEX {$SERVICE.STARTUPNAME.MATCHES}

- {#SERVICE.STARTUPNAME} NOT_MATCHES_REGEX {$SERVICE.STARTUPNAME.NOT_MATCHES}

-

The service has a state other than "Running" for the last three times.

The critical threshold of the % Interrupt Time counter.

The threshold of the % Privileged Time counter.

The threshold of the Processor Queue Length counter.

The critical threshold of the CPU utilization in %.

CPU utilization in %.

The Processor Information% Interrupt Time is the time the processor spends receiving and servicing

hardware interrupts during sample intervals. This value is an indirect indicator of the activity of

devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication

lines, network interface cards and other peripheral devices. This is an easy way to identify a potential

hardware failure. This should never be higher than 20%.

Context Switches/sec is the combined rate at which all processors on the computer are switched from one thread to another.

Context switches occur when a running thread voluntarily relinquishes the processor, is preempted by a higher priority ready thread, or switches between user-mode and privileged (kernel) mode to use an Executive or subsystem service.

It is the sum of Thread\Context Switches/sec for all threads running on all processors in the computer and is measured in numbers of switches.

There are context switch counters on the System and Thread objects. This counter displays the difference between the values observed in the last two samples, divided by the duration of the sample interval.

The Processor Information% Privileged Time counter shows the percent of time that the processor is spent

executing in Kernel (or Privileged) mode. Privileged mode includes services interrupts inside Interrupt

Service Routines (ISRs), executing Deferred Procedure Calls (DPCs), Device Driver calls and other kernel-mode

functions of the Windows® Operating System.

Processor DPC time is the time that a single processor spent receiving and servicing deferred procedure

calls (DPCs). DPCs are interrupts that run at a lower priority than standard interrupts. % DPC Time is a

component of % Privileged Time because DPCs are executed in privileged mode. If a high % DPC Time is

sustained, there may be a processor bottleneck or an application or hardware related issue that can

significantly diminish overall system performance.

The Processor Information% User Time counter shows the percent of time that the processor(s) is spent executing

in User mode.

The number of logical processors available on the computer.

The Processor Queue Length shows the number of threads that are observed as delayed in the processor Ready Queue

and are waiting to be executed.

CPU utilization is too high. The system might be slow to respond.

"The CPU Interrupt Time in the last 5 minutes exceeds {$CPU.INTERRUPT.CRIT.MAX}%."

The Processor Information% Interrupt Time is the time the processor spends receiving and servicing

hardware interrupts during sample intervals. This value is an indirect indicator of the activity of

devices that generate interrupts, such as the system clock, the mouse, disk drivers, data communication

lines, network interface cards and other peripheral devices. This is an easy way to identify a potential

hardware failure. This should never be higher than 20%.

Depends on:

- High CPU utilization (over {$CPU.UTIL.CRIT}% for 5m)

The CPU privileged time in the last 5 minutes exceeds {$CPU.PRIV.CRIT.MAX}%.

Depends on:

- CPU interrupt time is too high (over {$CPU.INTERRUPT.CRIT.MAX}% for 5m)

- High CPU utilization (over {$CPU.UTIL.CRIT}% for 5m)

The CPU Queue Length in the last 5 minutes exceeds {$CPU.QUEUE.CRIT.MAX}. According to actual observations, PQL should not exceed the number of cores * 2. To fine-tune the conditions, use the macro {$CPU.QUEUE.CRIT.MAX }.

Depends on:

- High CPU utilization (over {$CPU.UTIL.CRIT}% for 5m)

The warning threshold of the Memory Pages/sec counter.

The warning threshold of the Free System Page Table Entries counter.

The warning threshold of the Memory util item.

The warning threshold of the minimum free swap.

Used memory in Bytes.

Total memory in Bytes.

Memory utilization in %.

Expression:

Cache Bytes is the sum of the Memory\System Cache Resident Bytes, Memory\System Driver Resident Bytes,

Memory\System Code Resident Bytes, and Memory\Pool Paged Resident Bytes counters. This counter displays

the last observed value only; it is not an average.

The free space of swap volume/file in bytes.

Expression:

The free space of swap volume/file in percent.

Preprocessing:

- JAVASCRIPT: return (100 - value)

The used space of swap volume/file in percent.

The total space of swap volume/file in bytes.

This indicates the number of page table entries not currently in use by the system. If the number is less

than 5,000, there may well be a memory leak or you running out of memory.

Page Faults/sec is the average number of pages faulted per second. It is measured in number of pages

faulted per second because only one page is faulted in each fault operation, hence this is also equal

to the number of page fault operations. This counter includes both hard faults (those that require

disk access) and soft faults (where the faulted page is found elsewhere in physical memory.) Most

processors can handle large numbers of soft faults without significant consequence. However, hard faults,

which require disk access, can cause significant delays.

This measures the rate at which pages are read from or written to disk to resolve hard page faults.

If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

This measures the size, in bytes, of the non-paged pool. This is an area of system memory for objects

that cannot be written to disk but instead must remain in physical memory as long as they are allocated.

There is a possible memory leak if the value is greater than 175MB (or 100MB with the /3GB switch).

A typical Event ID 2019 is recorded in the system event log.

The system is running out of free memory.

This trigger is ignored, if there is no swap configured.

Depends on:

- High memory utilization (>{$MEMORY.UTIL.MAX}% for 5m)

The Memory Free System Page Table Entries is less than {$MEM.PAGE_TABLE_CRIT.MIN} for 5 minutes. If the number is less than 5,000, there may well be a memory leak.

Depends on:

- High memory utilization (>{$MEMORY.UTIL.MAX}% for 5m)

The Memory Pages/sec in the last 5 minutes exceeds {$MEM.PAGE_SEC.CRIT.MAX}. If the value is greater than 1,000, as a result of excessive paging, there may be a memory leak.

Depends on:

- High memory utilization (>{$MEMORY.UTIL.MAX}% for 5m)

The critical threshold of the filesystem utilization.

The warning threshold of the filesystem utilization.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

This macro is used in filesystems discovery. Can be overridden on the host or linked template level.

The critical threshold of the filesystem utilization in percent.

The warning threshold of the filesystem utilization in percent.

Discovery of file systems of different types.

Filter:

- A: {#FSTYPE} MATCHES_REGEX {$VFS.FS.FSTYPE.MATCHES}

- B: {#FSTYPE} NOT_MATCHES_REGEX {$VFS.FS.FSTYPE.NOT_MATCHES}

- C: {#FSNAME} MATCHES_REGEX {$VFS.FS.FSNAME.MATCHES}

- D: {#FSNAME} NOT_MATCHES_REGEX {$VFS.FS.FSNAME.NOT_MATCHES}

- E: {#FSDRIVETYPE} MATCHES_REGEX {$VFS.FS.FSDRIVETYPE.MATCHES}

- F: {#FSDRIVETYPE} NOT_MATCHES_REGEX {$VFS.FS.FSDRIVETYPE.NOT_MATCHES}

Used storage in Bytes

Total space in Bytes

Space utilization in % for {#FSNAME}

Two conditions should match: First, space utilization should be above {$VFS.FS.PUSED.MAX.CRIT:"{#FSNAME}"}.

Second condition should be one of the following:

- The disk free space is less than {$VFS.FS.FREE.MIN.CRIT:"{#FSNAME}"}.

- The disk will be full in less than 24 hours.

Manual close: YES

Two conditions should match: First, space utilization should be above {$VFS.FS.PUSED.MAX.WARN:"{#FSNAME}"}.

Second condition should be one of the following:

- The disk free space is less than {$VFS.FS.FREE.MIN.WARN:"{#FSNAME}"}.

- The disk will be full in less than 24 hours.

Manual close: YES

Depends on:

- {#FSNAME}: Disk space is critically low (used > {$VFS.FS.PUSED.MAX.CRIT:"{#FSNAME}"}%)

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

This macro is used in physical disks discovery. Can be overridden on the host or linked template level.

Disk read average response time (in s) before the trigger would fire.

The warning threshold of disk time utilization in percent.

Disk write average response time (in s) before the trigger would fire.

Discovery of installed physical disks.

Preprocessing:

- STR_REPLACE: {#INSTANCE} {#DEVNAME}

Filter:

- A: {#DEVNAME} MATCHES_REGEX {$VFS.DEV.DEVNAME.MATCHES}

- B: {#DEVNAME} NOT_MATCHES_REGEX {$VFS.DEV.DEVNAME.NOT_MATCHES}

Rate of read operations on the disk.

Rate of write operations on the disk.

Current average disk queue, the number of requests outstanding on the disk at the time the performance data is collected.

This item is the percentage of elapsed time that the selected disk drive was busy servicing read or writes requests based on idle time

Preprocessing:

- JAVASCRIPT: return 100 - value

The average time for read requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

The average time for write requests issued to the device to be served. This includes the time spent by the requests in queue and the time spent servicing them.

Average disk read queue, the number of requests outstanding on the disk at the time the performance data is collected.

Average disk write queue, the number of requests outstanding on the disk at the time the performance data is collected.

The disk appears to be under heavy load

Manual close: YES

Depends on:

- {#DEVNAME}: Disk read request responses are too high (read > {$VFS.DEV.READ.AWAIT.WARN:"{#DEVNAME}"}s for 15m

- {#DEVNAME}: Disk write request responses are too high (write > {$VFS.DEV.WRITE.AWAIT.WARN:"{#DEVNAME}"}s for 15m)

This trigger might indicate disk {#DEVNAME} saturation.

Manual close: YES

This trigger might indicate disk {#DEVNAME} saturation.

Manual close: YES

The threshold for difference of system time in seconds.

System local time of the host.

System host name.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

System description of the host.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

The number of processes.

The number of threads used by all running processes.

Operating system architecture of the host.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1d

System uptime in 'N days, hh:mm:ss' format.

The host system time is different from the Zabbix server time.

Manual close: YES

System name has changed. Ack to close.

Manual close: YES

The device uptime is less than 10 minutes.

Manual close: YES

-

-

-

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

This macro is used in Network interface discovery. Can be overridden on the host or linked template level.

Discovery of installed network interfaces.

Preprocessing:

- JAVASCRIPT: The text is too long. Please see the template.

- DISCARD_UNCHANGED_HEARTBEAT: 1h

Filter:

- C: {#IFNAME} MATCHES_REGEX {$NET.IF.IFNAME.MATCHES}

- D: {#IFNAME} NOT_MATCHES_REGEX {$NET.IF.IFNAME.NOT_MATCHES}

- E: {#IFDESCR} MATCHES_REGEX {$NET.IF.IFDESCR.MATCHES}

- F: {#IFDESCR} NOT_MATCHES_REGEX {$NET.IF.IFDESCR.NOT_MATCHES}

- G: {#IFALIAS} MATCHES_REGEX {$NET.IF.IFALIAS.MATCHES}

- H: {#IFALIAS} NOT_MATCHES_REGEX {$NET.IF.IFALIAS.NOT_MATCHES}

Incoming traffic on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

- MULTIPLIER: 8

Outgoing traffic on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

- MULTIPLIER: 8

The number of incoming packets dropped on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of outgoing packets dropped on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of incoming packets with errors on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

The number of outgoing packets with errors on the network interface.

Preprocessing:

- CHANGE_PER_SECOND

Estimated bandwidth of the network interface if any.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].Speed.first()

⛔️ON_FAIL: CUSTOM_VALUE -> 0

- JAVASCRIPT: return (value=='9223372036854775807' ? 0 : value)

- DISCARD_UNCHANGED_HEARTBEAT: 1h

The type of the network interface.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].AdapterTypeId.first()

- DISCARD_UNCHANGED_HEARTBEAT: 1d

The operational status of the network interface.

Preprocessing:

- JSONPATH: $[?(@.GUID == "{#IFGUID}")].NetConnectionStatus.first()

- DISCARD_UNCHANGED_HEARTBEAT: 1d

Raw data of win32_networkadapter.

Preprocessing:

- DISCARD_UNCHANGED_HEARTBEAT: 1h

The network interface utilization is close to its estimated maximum bandwidth.

Recovery expression:

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

Recovers when below 80% of {$IF.ERRORS.WARN:"{#IFNAME}"} threshold

Recovery expression:

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

This Ethernet connection has transitioned down from its known maximum speed. This might be a sign of autonegotiation issues. Ack to close.

Manual close: YES

Depends on:

- Interface {#IFNAME}({#IFALIAS}): Link down

This trigger expression works as follows:

1. Can be triggered if operations status is down.

2. {$IFCONTROL:"{#IFNAME}"}=1 - user can redefine Context macro to value - 0. That marks this interface as not important.

No new trigger will be fired if this interface is down.

3. {TEMPLATE_NAME:METRIC.diff()}=1) - trigger fires only if operational status is different from Connected(2).

WARNING: if closed manually - won't fire again on next poll, because of .diff.

Recovery expression:

Manual close: YES

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

This macro is used in Service discovery. Can be overridden on the host or linked template level.

Discovery of Windows services of different types as defined in template's macros.

Filter:

- A: {#SERVICE.NAME} MATCHES_REGEX {$SERVICE.NAME.MATCHES}

- B: {#SERVICE.NAME} NOT_MATCHES_REGEX {$SERVICE.NAME.NOT_MATCHES}

- C: {#SERVICE.NAME} NOT_MATCHES_REGEX {$SERVICE.NAME.NOT_MATCHES.EXTENDED}

- D: {#SERVICE.STARTUPNAME} MATCHES_REGEX {$SERVICE.STARTUPNAME.MATCHES}

- E: {#SERVICE.STARTUPNAME} NOT_MATCHES_REGEX {$SERVICE.STARTUPNAME.NOT_MATCHES}

-

The service has a state other than "Running" for the last three times.